aį &S? •n}ć 'ń‹|Žūģ§—“ƒüģ’Ż’ Š ö ę©™•…žīžŽż0»ż’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’en_en_asciiPrefaceenPrefaceEDIXVJokiranta, T.S.4-5S016158909900058Jokiranta, T.S.XV  199903/043631315001615890S016158909900058„N5en1B lymphocytesBCRSignalingProtein Kinase AIL-4zen_asciivInterleukin-4 overcomes the negative influence of cyclic amp accumulation on antigen receptor stimulated B lymphocytesenvInterleukin-4 overcomes the negative influence of cyclic amp accumulation on antigen receptor stimulated B lymphocytesFLA997?Venkataraman, C.Chelvarajan, R. L.Cambier, J. C. Bondada, S.enARRAY(0x8bc714)14-151121S016158909800068?Venkataraman, C.Chelvarajan, R. L.Cambier, J. C. Bondada, S.1014 19981001355en1B lymphocytesBCRSignalingProtein Kinase AIL-401615890S0161589098000688en_asciiAbstract author indexenAbstract author indexIND81111-12S016158909800086811 1998083501615890S016158909800086†en catalytic antibodies,immunoglobulin genes,single-chain antibody,Fv fragments,expression of antibody fragments,refolding,kinetic parameters‚enzExpression and characterization of recombinant single-chain Fv and Fv fragments derived from a set of catalytic antibodiesen_asciizExpression and characterization of recombinant single-chain Fv and Fv fragments derived from a set of catalytic antibodiesFLA891>Kim, S.Schindler, D.G. Lindner, A.B. Tawfik, D.S. Eshhar, Z.enARRAY(0x76b588)12-13S016158909700096>Kim, S.Schindler, D.G. Lindner, A.B. Tawfik, D.S. Eshhar, Z.906  199708/0934en catalytic antibodies,immunoglobulin genes,single-chain antibody,Fv fragments,expression of antibody fragments,refolding,kinetic parameters01615890S016158909700096„;>en:antigen processing,fusion protein,targeting,T cell epitopezenvTandem repeats of T helper epitopes enhance immunogenicity of fusion proteins by promoting processing and presentationen_asciivTandem repeats of T helper epitopes enhance immunogenicity of fusion proteins by promoting processing and presentationFLA5993 Kjerrulf, M.Lowenadler, B. Svanholm, C. Lycke, N.enARRAY(0x58ed40)8-9S0161589097000783 Kjerrulf, M.Lowenadler, B. Svanholm, C. Lycke, N.608 19970634>en:antigen processing,fusion protein,targeting,T cell epitope01615890S016158909700078ƒX>en:natural resistance,NRAMP1,subcellular localization,tubulin>enXLocation of NRAMP1 molecule on the plasma membrane and its association with microtubulesen_asciiXLocation of NRAMP1 molecule on the plasma membrane and its association with microtubulesFLA1241 Kishi, F. Yoshida, T.Aiso, S.enARRAY(0x5c3248)16S016158909600088 Kishi, F. Yoshida, T.Aiso, S.1246 19961133>en:natural resistance,NRAMP1,subcellular localization,tubulin01615890S016158909600088…IenEantibody networks,anti-fluorescein antibodies,imaging,metatypic state‚DenAntibody networks and imaging: elicitation of anti-fluorescein antibodies in response to the metatypic state of fluorescein-specific monoclonal antibodiesen_asciiAntibody networks and imaging: elicitation of anti-fluorescein antibodies in response to the metatypic state of fluorescein-specific monoclonal antibodiesFLA711-Cedergren, A.M. Miklasz, S.D.Voss, E.W. Jr.enARRAY(0x720218)7-8016158909600003-Cedergren, A.M. Miklasz, S.D.Voss, E.W. Jr.723  199605/0633IenEantibody networks,anti-fluorescein antibodies,imaging,metatypic state01615890016158909600003„Cfenbcatalytic antibody,antibody subunits,light chain,vasoactive intestinal polypeptide,disulfide bondsFen\Low level formation of potent catalytic Igg fragments mediated by disulfide bond instabilityen_ascii\Low level formation of potent catalytic Igg fragments mediated by disulfide bond instabilityFLA593(Lan, L.Mei, S.Qing-Sheng, G.Paul, S.enARRAY(0x6f9b08)7-8016158909600021(Lan, L.Mei, S.Qing-Sheng, G.Paul, S.600  199605/0633fenbcatalytic antibody,antibody subunits,light chain,vasoactive intestinal polypeptide,disulfide bonds01615890016158909600021†/aen]prostaglandin,PGE,EP1,EP2,EP3,EP4,ƒk<en8T cell activationSignal transductionCalciump90rskERKxen_ascii5Calcium-induced ERK activation in human T lymphocytesen5Calcium-induced ERK activation in human T lymphocytesFLA543IAtherfold, P.A. Norris, M.S.Robinson, P.J. Gelfand, E.W.Franklin, R.A.enARRAY(0x8abfec)8 aaaba, cS016158909900076IAtherfold, P.A. Norris, M.S.Robinson, P.J. Gelfand, E.W.Franklin, R.A.549 19990636<en8T cell activationSignal transductionCalciump90rskERK01615890S0161589099000768en_asciiAbstract author indexenAbstract author indexIND81111-12S016158909800086811 1998083501615890S016158909800086†en catalytic antibodies,immunoglobulin genes,single-chain antibody,Fv fragments,expression of antibody fragments,refolding,kinetic parameters‚enzExpression and characterization of recombinant single-chain Fv and Fv fragments derived from a set of catalytic antibodiesen_asciizExpression and characterization of recombinant single-chain Fv and Fv fragments derived from a set of catalytic antibodiesFLA891>Kim, S.Schindler, D.G. Lindner, A.B. Tawfik, D.S. Eshhar, Z.enARRAY(0x76b588)12-13S016158909700096>Kim, S.Schindler, D.G. Lindner, A.B. Tawfik, D.S. Eshhar, Z.906  199708/0934en catalytic antibodies,immunoglobulin genes,single-chain antibody,Fv fragments,expression of antibody fragments,refolding,kinetic parameters01615890S016158909700096„Cfenbcatalytic antibody,antibody subunits,light chain,vasoactive intestinal polypeptide,disulfide bondsFen\Low level formation of potent catalytic Igg fragments mediated by disulfide bond instabilityen_ascii\Low level formation of potent catalytic Igg fragments mediated by disulfide bond instabilityFLA593(Lan, L.Mei, S.Qing-Sheng, G.Paul, S.enARRAY(0x6f9b08)7-8016158909600021(Lan, L.Mei, S.Qing-Sheng, G.Paul, S.600  199605/0633fenbcatalytic antibody,antibody subunits,light chain,vasoactive intestinal polypeptide,disulfide bonds01615890016158909600021…fenbimmunoglobulin,kappa chain,immunoglobulin secretion,isotypic exclusion,anti-DNA antibody,hybridomanenpTwo kappa immunoglobulin light chains are secreted by an anti-DNA hybridoma: implications for isotypic exclusionen_asciipTwo kappa immunoglobulin light chains are secreted by an anti-DNA hybridoma: implications for isotypic exclusionFLA13453 Zack, D.J. Wong, A.L. Stempniak, M.Weisbart, R.H.enARRAY(0x60363c)17-180161589095001123 Zack, D.J. Wong, A.L. Stempniak, M.Weisbart, R.H.1353 19951232fenbimmunoglobulin,kappa chain,immunoglobulin secretion,isotypic exclusion,anti-DNA antibody,hybridoma01615890016158909500112ƒl*en&rheumatoid factor,peptide epitopes,CH3[enlRheumatoid-factor-reactive sites on CH3 established by overlapping 7-mer peptide epitope analysisen_asciiaRheumatoid-factor-reactive sites on CH3 established by overlapping 7-mer peptide epitope analysisFLA57, Peterson, C. Malone, C.C.Williams, R.C. JrenARRAY(0x8a53b0)1016158909400122, Peterson, C. Malone, C.C.Williams, R.C. Jr75 199501325en1rheumatoid factor,peptide epitopes,CH301615890016158909400122„dgencH-2,Db,MHC,class I,peptides,stability,affinity,CPEIA,immunodominance,influenza,antigen presentationiensDb-binding peptides from influenza virus: effect of non-anchor residues on stability and immunodominanceen_asciihDb-binding peptides from influenza virus: effect of non-anchor residues on stability and immunodominanceFLA623# Sigal, L.J. Goebel, P. Wylie, D.E.enARRAY(0x57d8e0)9016158909500031# Sigal, L.J. Goebel, P. Wylie, D.E.632 19950632rennH-2,Db,MHC,class I,peptides,stability,affinity,CPEIA,immunodominance,influenza,antigen presentation01615890016158909500031ńcT²£ķŽqļß  i G iŚ } n  8(¦–ø0zø*l…//en+CR2,p53,p68 calcium binding protein,p120RNPƒ$en_asciiJBinding sites of the Epstein-Barr virus and C3d receptor (CR2, CD21) for its three intracellular ligands, the p53 anti-oncoprotein, the p68 calcium binding protein and the nuclear p120 ribonucleoprotei„:ƒen_asciiCThe molecular basis of virus crossreactivity and neutralisation after immunization with optimised chimeric peptides mimicking a putative helical epitope of the measles virus hemagglutinin proteinenCThe molecular basis of virus crossreactivity and neutralisation after immunization with optimised chimeric peptides mimicking a putative helical epitope of the measles virus hemagglutinin proteinFLA905* KC El Kasmi D Theisen NHC Brons CP Muller14-15S016158909800087* KC El Kasmi D Theisen NHC Brons CP Muller918 199811183501615890S016158909800087ƒ\?en;T cell receptor,detergent insolubility,cytoskeleton,kinases0enQCharacterization of the detergent insolubility of the T cell receptor for antigenen_asciiQCharacterization of the detergent insolubility of the T cell receptor for antigenFLA967% Marano, N. Crawford, M. Govindan, B.enARRAY(0x76b564)12-13S016158909700079% Marano, N. Crawford, M. Govindan, B.976  199708/0934?en;T cell receptor,detergent insolubility,cytoskeleton,kinases01615890S016158909700079…4en0defensins,C1q binding,complement activation,gp41‚6enDefensins purified from human granulocytes bind C1q and activate the classical complement pathway like the transmembrane glycoprotein gp41 of HIV-1en_asciiDefensins purified from human granulocytes bind C1q and activate the classical complement pathway like the transmembrane glycoprotein gp41 of HIV-1FLA809B Prohaszka, Z. Nemet, K. Csermely, P. Hudecz, F.Mezo, G.Fust, G.enARRAY(0x58a600)11S016158909700097B Prohaszka, Z. Nemet, K. Csermely, P. Hudecz, F.Mezo, G.Fust, G.816 199708344en0defensins,C1q binding,complement activation,gp4101615890S016158909700097…FBen>repertoire development,B lymphocytes,cellular activation,human‚Qen&VH repertoire in human B lymphocytes stimulated by CD40 ligand and IL-4: Evidence for positive and negative selection mechanisms coupled to CD40 activationen_asciiVH repertoire in human B lymphocytes stimulated by C%‚ien‚dMHC I, class I major histocompatibility complexb2m, b2-microglobulinhb2m, human b2-microglobulinmb2m, murine b2-microglobulinBSA, bovine serum albuminD53N, aspartate 53 to asparagine point mutant of hb2mD53V, aspartate 53 to valine point mutant of hb2mS55V, serine 55 to valine point mutant of hb2mS55I, serine 55 to isoleucine point mutant of hb2mƒen_asciiDifferential association of b2-microglobulin mutants with MHC class I heavy chains and structural analysis demonstrate allele-specific interactionsenbDifferential association of b2-microglobulin mutants with MHC class I heavy chains and structural analysis demonstrate allele-specific interactionsFLA561( Shields, M.J. Hodgson, W. Ribaudo, R.K.enARRAY(0x897eb4)9S016158909900077( Shields, M.J. Hodgson, W. Ribaudo, R.K.573 19990636ˆenˆzMHC I, class I major histocompatibility complexb2m, b2-microglobulinhb2m, human b2-microglobulinmb2m, murine b2-microglobulinBSA, bovine serum albuminD53N, aspartate 53 to asparagine point mutant of hb2mD53V, aspartate 53 to valine point mutant of hb2mS55V, serine 55 to valine point mutant of hb2mS55I, serine 55 to isoleucine point mutant of hb2m14853201615890S016158909900077†=QenMMeasles virusNeutralisationB cell epitopeT cell epitopeSynthetic peptidesƒen_asciiCThe molecular basis of virus crossreactivity and neutralisation after immunisation with optimised chimeric peptides mimicking a putative helical epitope of the measles virus hemagglutinin proteinenCThe molecular basis of virus crossreactivity and neutralisation after immunisation with optimised chimeric peptides mimicking a putative helical epitope of the measles virus hemagglutinin proteinFLA905KKasmi, Karim C. ElTheisen, DietmarBrons, Nicolaas H.C.Muller, Claude P.enARRAY(0x8bc630)14-15 2,1112,1S016158909800087KKasmi, Karim C. ElTheisen, DietmarBrons, Nicolaas H.C.Muller, Claude P.918 1998100135QenMMeasles virusNeutralisationB cell epitopeT cell epitopeSynthetic peptides01615890S016158909800087…4en0defensins,C1q binding,complement activation,gp41‚6enDefensins purified from human granulocytes bind C1q and activate the classical complement pathway like the transmembrane glycoprotein gp41 of HIV-1en_asciiDefensins purified from human granulocytes bind C1q and activate the classical complement pathway like the transmembrane glycoprotein gp41 of HIV-1FLA809B Prohaszka, Z. Nemet, K. Csermely, P. Hudecz, F.Mezo, G.Fust, G.enARRAY(0x58a600)11S016158909700097B Prohaszka, Z. Nemet, K. Csermely, P. Hudecz, F.Mezo, G.Fust, G.816 199708344en0defensins,C1q binding,complement activation,gp4101615890S016158909700097„[YenUMajor Histocompatibility Complex,apolipoprotein E,tolerance,self peptides,Th1 and Th2tensImmune responses to self peptides naturally presented by murine class II major histocompatibility complex moleculesen_asciisImmune responses to self peptides naturally presented by murine class II major histocompatibility complex moleculesFLA625* Rider, B.J. Fraga, E. Qiang, Y. Singh, B.enARRAY(0x700d64)7-8016158909600022* Rider, B.J. Fraga, E. Qiang, Y. Singh, B.633  199605/0633YenUMajor Histocompatibility Complex,apolipoprotein E,tolerance,self peptides,Th1 and Th201615890016158909600022ƒ4!enCD63,RBL-2H3,tetraspan familyBenZAntibodies against human CD63 activate transfected rat basophilic leukemia (RBL-2H3) cellsen_asciiZAntibodies against human CD63 activate transfected rat basophilic leukemia (RBL-2H3) cellsFLA1339' Smith, D.A. Monk, P.N.Partridge, L.J.enARRAY(0x5fd248)17-18016158909500113' Smith, D.A. Monk, P.N.Partridge, L.J.1344 19951232!enCD63,RBL-2H3,tetraspan family01615890016158909500113ƒ 1en-class I MHC,assembly,heavy chain intermediateHen]Evidence for an early heavy chain intermediate in the assembly of H-2Db class I MHC moleculesen_ascii]Evidence for an early heavy chain intermediate in the assembly of H-2Db class I MHC moleculesFLA137 Cauley, L.S.enARRAY(0x8e7158)2016158909400123 Cauley, L.S.146 199502321en-class I MHC,assembly,heavy chain intermediate01615890016158909400123… VenRthymocyte development,selection,subtractive hybridization,Nedd-6,immunosuppressionrenrIdentification of genes downregulated in the thymus by cyclosporin-A: preliminary characterization of clone CSA-19en_asciirIdentification of genes downregulated in the thymus by cyclosporin-A: preliminary characterization of clone CSA-19FLA565I Fisicaro, N. Katerelos, M. Williams, J. Power, D. D'Apice, A. Pearse, M.enARRAY(0x7008bc)8016158909500032I Fisicaro, N. Katerelos, M. Williams, J. Power, D. D'Apice, A. Pearse, M.572 19950632VenRthymocyte development,selection,subtractive 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łøØ • …œzœTDAŅ AÓ£ †]OŠ8en4FcRIFcRgammaIgEChimeric moleculeProtein assembly…\en_asciiPThe Fc receptor (FcR) gamma subunit is essential for IgE-binding activity of cell-surface expressed chimeric receptor molecules constructed from human high-affinity IgE receptor (FcRI) a and FcRgamma subunitsenƒ|The Fc receptor (FcR) gamma subunit is essential for IgE-binding activity of cell-surface expressed chimeric receptor molecules constructed from human high-affinity IgE receptor (FcRI) a and FcRgamma subunitsFLA259]Suzuki, KatsuhiroHirose, TomohiroMatsuda, HironoriHasegawa, Shunji Okumura, Ko Ra, ChiseienARRAY(0x920068)5 111111S016158909800047]Suzuki, KatsuhiroHirose, TomohiroMatsuda, HironoriHasegawa, Shunji Okumura, Ko Ra, Chisei270 1998040135AenRIFcRgammaIgEChimeric moleculeProtein assembly69008001615890S016158909800047…1'en#b2-microglobulinMHCBovinePeptide‚4en_asciimFunctional comparison of bovine, murine, and human b2-microglobulin: interactions with murine MHC i 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GeorgeWade, William F.Jovin, Thomas M.Arndt-Jovin, DonnaRoess, Deborah A.enARRAY(0x956630)11-12 abccdS016158909900091ZBarisas, B. GeorgeWade, William F.Jovin, Thomas M.Arndt-Jovin, DonnaRoess, Deborah A.708 19990836‚#en‚Ag, antigenTCR, T-cell receptorMHC, major histocompatibility complexAPC, antigen presenting cellFPR, fluorescence photobleaching recoveryTPA, time-resolved phosphorescence anisotropyErITC, erythrosin isothiocyanateTRITC, tetramethylrhodamine isothiocyanateOVA, chicken ovalbumin18605601615890S016158909900091„?@enLeishmania infantum heat shock proteins HSP70 and HSP83FLA1131> Rico, Ana I.Angel, Sergio O.Alonso, CarlosRequena, Jose M.enARRAY(0x92c7c8)17 aa, baaS016158909900136> Rico, Ana I.Angel, Sergio O.Alonso, CarlosRequena, Jose M.1139 19991236GenCHeat shock proteinsLeishmania infantumAdjuvantSplenocytes82453501615890S016158909900136ƒl/en+ComplementRegulationIschaemia/reperfusion*en_asciiNStrategies for targeting complement inhibitors in ischaemia/reperfusion injuryenNStrategies for targeting complement inhibitors in ischaemia/reperfusion injuryFLA9578Dong, J. Pratt, J.R. Smith, R.A.G.Dodd, I. Sacks, S.H.enARRAY(0x828a48)13-14 aabbaS0161589099001188Dong, J. Pratt, J.R. Smith, R.A.G.Dodd, I. Sacks, S.H.963  199909/1036/en+ComplementRegulationIschaemia/reperfusion23108801615890S016158909900118†`en[HSA, human serum albuminTED, Tris(carboxymethyl)ethylenediamineGT, glutathione transferaseTS, thrombospondinLDL, low density lipoproteinEDGF, epidermal growth factorDFP, diisopropyl fluorphosphatePL, phospholipid en_asciiIThe architectural transition of human complement component C9 to poly(C9)enIThe architectural transition of human complement component C9 to poly(C9)FLA575)DiScipio, Richard G.Berlin, ChristopherenARRAY(0x896f5c)9S016158909900073)DiScipio, Richard G.Berlin, Christopher585 19990636`en[HSA, human serum albuminTED, Tris(carboxymethyl)ethylenediamineGT, glutathione transferaseTS, thrombospondinLDL, low density lipoproteinEDGF, epidermal growth factorDFP, diisopropyl fluorphosphatePL, phospholipid14853201615890S016158909900073…+enLSP1, lymphocyte specific gene 1BCR, B-cell receptor for antigenCAT, chloramphenicol acetyl transferaseLPS, lipopolysaccharide<en_asciiWLSP1 regulates anti-IgM induced apoptosis in WEHI-231 cells and normal immature B-cellsenWLSP1 regulates anti-IgM induced apoptosis in WEHI-231 cells and normal immature B-cellsFLA349=Jongstra-Bilen, J.Wielowieyski, A. Misener, V. Jongstra, J.enARRAY(0x72a0f8)6S016158909900055=Jongstra-Bilen, J.Wielowieyski, A. Misener, V. 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Baensch, M. Bautsch, W.Klos, A. Köhl, J.enARRAY(0x724690)2S0161589099000193Kola, A. Baensch, M. Bautsch, W.Klos, A.Kohl, J.152 19990236…uen…pBSA, bovine serum albuminBt2cAMP, N62´-O-dibutyryladenosine 3´,5´-cyclic monophosphatebp, base paircfu, colony forming unitsC5, the complement component C5C5a, the complement component C5a[Ala27]C5a, human complement C5a with a Cys27Ala replacement[Ala27]C5a[35-40], the human complement C5a core library randomly mutated between amino acid residues 35-40ELISA, enzyme linked immunosorbent assayIMAC, immobilized metal affinity chromatographyIPTG, isopropyl-b-D-thiogalactoside125I-rhC5a, 125I-labeled recombinant human C5amAb, monoclonal antibodyPCR, polymerase chain reaction01615890S016158909900019ń "[L“„<-Źŗśź  ..š}½­į0£į~1ē10014 „\en SuperantigenAntigen processingT cell receptorsvSAg, viral superantigenCHO, Chinese hamster ovaryPE, phycoerythrinPC, protein converƒJ4en0SuperantigenAntigen processingT cell receptors~en_ascii8Redundant proteolytic activation of a viral superantigenen8Redundant proteolytic activation of a viral superantigenFLA897<Winslow, Gary M.Cronin, Thomas Mix, DeniseReilly, MelissaenARRAY(0x918b2c)14-15 2,1111S016158909800088<Winslow, Gary M.Cronin, Thomas Mix, DeniseReilly, Melissa903 19981001354en0SuperantigenAntigen processingT cell receptors01615890S016158909800088ƒ>,en(antibody expression system,Sindbis virusBenZExpression of a biologically active antiviral antibody using a sindbis virus vector systemen_asciiZExpression of a biologically active antiviral antibody using a sindbis virus vector systemFLA907 Xiao, H.L. Hui, H.J. Levine, B.enARRAY(0x74fa54)12-13S016158909700098 Xiao, H.L. Hui, H.J. Levine, B.917  199708/0934,en(antibody expression system,Sindbis virus01615890S016158909700098„aLenHvaccine,antibody,growth hormone peptide,peptide antigen,growth promotionHen]Immunological effect of a synthetic growth hormone peptide on the growth performance in swineen_ascii]Immunological effect of a synthetic growth hormone peptide on the growth performance in swineFLA609P Bosco, S.W.Lumanglas, A.A. Hong-Ming, S. Corbett, M.J. Ren-Jie, Z. Kraft, L.A.enARRAY(0x71d420)7-8016158909600023P Bosco, S.W.Lumanglas, A.A. Hong-Ming, S. Corbett, M.J. Ren-Jie, Z. 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Nakamura, T. Tomonaga, S.enARRAY(0x5c00d4)9016158909500033$ Fujii, T. Nakamura, T. Tomonaga, S.642 19950632'en#complement,C3,C3b,hagfish,isolation01615890016158909500033ƒV2en.T cells,signaling,CD2,pertussis toxin receptorPenaDifferential regulation of accessory mitogenic signaling receptors by the T cell antigen receptoren_asciiaDifferential regulation of accessory mitogenic signaling receptors by the T cell antigen receptorFLA323# Zhang, X. Berland, R. Rosoff, P.M.enARRAY(0x59f648)5016158909400160# Zhang, X. Berland, R. Rosoff, P.M.332 199504322en.T cells,signaling,CD2,pertussis toxin receptor01615890016158909400160ń÷蝮Į²üķD5 ūG7 ! ­o_$ņ$0Sƒ3-en)quantitative PCR,cytokine,T-helper subsetJen_ascii^A synthetic standard DNA construct for use in quantification of murine cytokine mRNA moleculesen^A synthetic standard DNA construct for use in quantification of murine cytokine mRNA moleculesFLA991 Farr„(6en2IgE,monkey,affinity,FcepsilonRI,purification,ELISAfenlBinding of cynomolgus monkey IgE to a humanized anti-human IgE antibody and human high a†9^enZShort consensus repeat proteinsVirus receptorBacterial receptorComplementMeasles virus‚@en_asciiMolecular assembly of CD46 with CD9, alpha3-beta1 integrin and protein tyrosine phosphatase SHP-1 in human macrophages through differentiation by GM-CSFenMolecular assembly of CD46 with CD9, alpha3-beta1 integrin and protein tyrosine phosphatase SHP-1 in human macrophages through differentiation by GM-CSFFLA689iKurita-Taniguchi, M. Hazeki, K.Murabayashi, N. Fukui, A. Tsuji, S. Matsumoto, M. Toyoshima, K.Seya, T.enARRAY(0x7bc23c)9S016158900100100iKurita-Taniguchi, M. Hazeki, K.Murabayashi, N. Fukui, A. Tsuji, S. Matsumoto, M. Toyoshima, K.Seya, T.700 20020238^enZShort consensus repeat proteinsVirus receptorBacterial receptorComplementMeasles virus44845201615890S016158900100100„,5en1Antibody diversityH3 loopsTdTVDJ recombinationven_asciitAnalysis of diversity of nucleotide and amino acid distributions in the VD and DJ joining regions in Ig heavy chainsentAnalysis of diversity of nucleotide and amino acid distributions in the VD and DJ joining regions in Ig heavy chainsFLA827 3Hofle, MichaelLinthicum, D. ScottIoerger, ThomasenARRAY(0x85eb50)14abaS0161589000001103Hofle, MichaelLinthicum, D. ScottIoerger, Thomas 835 200010375en1Antibody diversityH3 loopsTdTVDJ recombination01615890S016158900000110†b5en0TRAF, TNF receptor-associated factorTNF-R, Tumor Necrosis Factor ReceptorZn finger, zinc fingerORF, open reading frameaa, amino acidIscove's Modified Dulbecco Medium, IMDMuen_asciiQTRAF-3 mRNA splice-deletion variants encode isoforms that induce NF-kB activationenTRAF-3 mRNA splice-deletion variants encode isoforms that induce NF-kB activationFLA647Evan Eyndhoven, W.G. Gamper, C.J.Cho, E.Mackus, W.J.M. Lederman, S.enARRAY(0x837320)10a, ca, baaa, dS016158909900079Evan Eyndhoven, W.G. Gamper, C.J.Cho, E.Mackus, W.J.M. Lederman, S.658 199907365en0TRAF, TNF receptor-associated factorTNF-R, Tumor Necrosis Factor ReceptorZn finger, zinc fingerORF, open reading frameaa, amino acidIscove's Modified Dulbecco Medium, IMDM11958901615890S016158909900079„KenGCatalytic antibodiesProteaseSingle-chain FvFluorescence polarizationen_asciiFConversion of an antibody into an enzyme which cleaves the protein HPrenFConversion of an antibody into an enzyme which cleaves the protein HPrFLA1069<Liu, E. Prasad, L.Delbaere, L.T.J. Waygood, E.b. Lee, J.S.enARRAY(0x913d58)16 11111S016158909800089<Liu, E. Prasad, L.Delbaere, L.T.J. Waygood, E.b. Lee, J.S.1077 1998110135KenGCatalytic antibodiesProteaseSingle-chain FvFluorescence polarization01615890S016158909800089…26en2CD21,alternative splicing,soluble CD21,exon 11,CR2ƒ en>Analysis of the human CD21 transcription unit reveals differential splicing of exon 11 in mature transcripts and excludes alternative splicing as the mechanism causing solubilization of CD21en_ascii>Analysis of the human CD21 transcription unit reveals differential splicing of exon 11 in mature transcripts and excludes alternative splicing as the mechanism causing solubilization of CD21FLA683. Illges, H. Braun, M. Peter, H.H. Melchers, I.enARRAY(0x6304e0)10S016158909700099. Illges, H. Braun, M. Peter, H.H. Melchers, I.693 199707346en2CD21,alternative splicing,soluble CD21,exon 11,CR201615890S016158909700099„(6en2IgE,monkey,affinity,FcepsilonRI,purification,ELISAfenlBinding of cynomolgus monkey IgE to a humanized anti-human IgE antibody and human high affinity IgE receptoren_asciilBinding of cynomolgus monkey IgE to a humanized anti-human IgE antibody and human high affinity IgE receptorFLA635 Meng, Y.G. Singh, N. Wai, L.W.enARRAY(0x71ffbc)7-8016158909600024 Meng, Y.G. Singh, N. Wai, L.W.642  199605/0633meniIgE,monkey,affinity,Fcepsilon RI,purification,ELISA01615890016158909600024ƒ'5en1gene regulation,transcription,DNA binding proteinenHCoordinate regulation of HLA class II genes: a novel DNA binding complexen_asciiHCoordinate regulation of HLA class II genes: a novel DNA binding complexFLA407 Bannish, G.Hume, C. Lee, J.S.enARRAY(0x5816e4)4-5016158909500151 Bannish, G.Hume, C. Lee, J.S.415  199603/04335en1gene regulation,transcription,DNA binding protein01615890016158909500151ƒ4+en'autoantibody,histones,lupus,nucleosomesNen`Specificities and genetic characteristics of nucleosome-reactive antibodies from autoimmune miceen_ascii`Specificities and genetic characteristics of nucleosome-reactive antibodies from autoimmune miceFLA89 Monestier, M. Novick, K.E.enARRAY(0x60854c)1016158909500115 Monestier, M. Novick, K.E.99 19960133+en'autoantibody,histones,lupus,nucleosomes01615890016158909500115ƒKVenRantigen receptors,Fc receptors,tyrosine phosphorylation,tyrosine activation motifs,enOHow do multichain immune recognition receptors signal? A structural hypothesisen_asciiOHow do multichain immune recognition receptors signal? 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Kunicki, T.J.622 19950632]enXplatelet,isoantibody,inhibitor,idiotype,human,thrombasthenia,integrin,alpha IIbbeta 301615890016158909500034‡x?en;interferon,prothymosin alpha,cholera toxin,common receptorsƒjen‚%The Sequence 130-137 of human interferon-alpha 2 is involved in the competition of interferon, prothymosin alpha and cholera toxin B subunit for common receptors on human fibroblastsen_ascii5The Sequence 130-137 of human interferon-alpha2 is involved in the competition of interferon, prothymosin alpha and cholera toxin B subunit for common receptors on human fibroblastsFLA425~Zav'yalov, V.P.Navolotskaya, E.V.Vasilenko, R.N. Abramov, V.M.Volodina, E.Y.Roslovtseva, O.A.Prusakov, A.N. Kaurov, O.A.enARRAY(0x6ec654)6016158909400161~Zav'yalov, V.P.Navolotskaya, E.V.Vasilenko, R.N. Abramov, V.M.Volodina, E.Y.Roslovtseva, O.A.Prusakov, A.N. Kaurov, O.A.431 19950432wensinterferon,prothymosin alpha ,cholera toxin,common receptors01615890016158909400161š+ˆx&&īį³©yUIčÜ°¤xmC8ÓƏƒWB÷ɽ‘„VM'ģāŗ°ˆyG9 ŚŠØ |m+ öčø­ƒvG8óŖžaV+!ųā”“bZ%ņźÅ·†t;/ā׬„‚yRI"ŽŃ¢˜MA įŅŸ—rb-åŲ©’V@’õĢ½Š{7'įŹ‡|QDÖĪ©žsf7' ņ į Ŗ › h _ 8 -  ś Õ É œ ˆ P C   Ū Ń Ø  r  r* Scott, S.L. Scott, S.L.S016158909900083Scott, S.L.( Blocki, F. Blocki, F.S016158909900072Blocki, F., Hanson, D.A. Hanson, D.A.S016158909900063Hanson, D.A.. Yoshimura, Y. Yoshimura, Y.S016158909900029Yoshimura, Y.7Jobstl, BarbaraJöbstl, BarbaraS016158909900082Jöbstl, Barbara, Friese, M.A. Friese, M.A.S016158909900038Friese, M.A.$Shin, H.Shin, H.S016158909900030Shin, H.* Marks, J.D. Marks, J.D.S016158909900057Marks, J.D.& Horak, E. Horak, E.S016158909900057Horak, E.2MacKenzie, C.R.MacKenzie, C.R.S016158909900056MacKenzie, C.R.6Ohtomo, ToshihikoOhtomo, ToshihikoS016158909900029Ohtomo, Toshihiko4Gordon, Brian E.Gordon, Brian E.S016158909900051Gordon, Brian E.. Moulinoux, J. Moulinoux, J.S016158909900025Moulinoux, J.* Bouille, N. Bouille, N.S016158909900025Bouille, N.$Klos, A.Klos, A.S016158909900019Klos, A.0Feldmann, MarcFeldmann, MarcS016158909900022Feldmann, Marc. Linehan, L.A. Linehan, L.A.S016158909800114Linehan, L.A.* Inagaki, F. Inagaki, F.S016158909800112Inagaki, F.BBassolino-Klimas, DonnaBassolino-Klimas, DonnaS016158909900054Bassolino-Klimas, DonnaEBrummet, Mary E.Brummet, Mary E."S016158909800028S016158909900054Brummet, Mary E.CRafnar, ThorunnRafnar, Thorunn"S016158909800028S016158909900054Rafnar, Thorunn2Galland, FranckGalland, FranckS016158909800102Galland, Franck( Ra, Chisei Ra, ChiseiS016158909800047Ra, Chisei@Peltenburg, Lucy T. C.Peltenburg, Lucy T. C.S016158909800074Peltenburg, Lucy T. C.;Karlen, StephaneKarlen, StéphaneS016158909800023Karlen, Stéphane. Linehan, L.a. Linehan, L.a.S016158909800114Linehan, L.a.6Inagaki, FuyuhikoInagaki, FuyuhikoS016158909800112Inagaki, Fuyuhiko4Delbaere, L.T.J.Delbaere, L.T.J.S016158909800089Delbaere, L.T.J.$Wolf, B.Wolf, B.S016158909800081Wolf, B.2Chamberlain, D.Chamberlain, D.S016158909800052Chamberlain, D.( Mandal, M. Mandal, M.S016158909800055Mandal, M., Fournier, P. Fournier, P.S016158909800057Fournier, P.J Manser, T. Manser, T.3S016158909700065S016158909800005S016158909800034Manser, T.. McCluskey, J. McCluskey, J.S016158909800050McCluskey, J.9 Ivanyi, J. Ivanyi, J."S016158909700041S016158909800009Ivanyi, J.& Heike, T. Heike, T.S016158909800013Heike, T.& Lee, D.R. Lee, D.R.S016158909800016Lee, D.R."Leu, T.Leu, T.S016158909700060Leu, T.* Huber, B.T. Huber, B.T.S016158909700128Huber, B.T.L Atassi, M.Z. Atassi, M.Z.1016158909500025016158909600014S016158909700107Atassi, M.Z.8Jaso-Friedmann, L.Jaso-Friedmann, L.S016158909700086Jaso-Friedmann, L.0Gerondakis, S.Gerondakis, S.S016158909700106Gerondakis, S.$Yiou, T.Yiou, T.S016158909700039Yiou, T.( Hong, M.S. Hong, M.S.S016158909700064Hong, M.S.4Endo, T.Endo, T.!016158909500078S016158909700070Endo, T.0Kolaskar, A.S.Kolaskar, A.S.S016158909700024Kolaskar, A.S.@Scharton-Kersten, T.M.Scharton-Kersten, T.M.S016158909700053Scharton-Kersten, T.M.( Haddad, D. Haddad, D.S016158909700046Haddad, D.* Kraft, A.S. Kraft, A.S.S016158909700035Kraft, A.S.< McMillan, M. McMillan, M.!016158909600034S016158909700019McMillan, M.HGlaudemans, C.P.J.Glaudemans, C.P.J.!016158909500072S016158909600105Glaudemans, C.P.J.2Drysdale, B.-E.Drysdale, B.-E.†PenGC, germinal centerMAIDS, murine acquired immunodeficiency syndromePNA, peanut agglutininRT-PCR, reverse transcriptase polymerase chain reactionJen_ascii^Differential regulation of germinal center genes, BCL6 and SWAP-70, during the course of MAIDSen^Differential regulation of germinal center genes, BCL6 and SWAP-70, during the course of MAIDSFLA1043n Qi, Chen-FengJessberger, RolfTorrey, Ted A.Taddesse-Heath, LekideluOhta, YoshikazuMorse, Herbert C., IIIenARRAY(0x8685b8)15-16 abaaaaS016158909900121n Qi, Chen-FengJessberger, RolfTorrey, Ted A.Taddesse-Heath, LekideluOhta, YoshikazuMorse, Herbert C., III1053  199910/1136enGC, germinal centerMAIDS, murine acquired immunodeficiency syndromePNA, peanut agglutininRT-PCR, reverse transcriptase polymerase chain reaction38288201615890S016158909900121…XenTBispecific antibodiesErythrocytesImmune complexesComplement receptor 1Complement|en_asciiwHow are immune complexes bound to the primate erythrocyte complement receptor transferred to acceptor phagocytic cells?enwHow are immune complexes bound to the primate erythrocyte complement receptor transferred to acceptor phagocytic cells?FLA827<Nardin, AlessandraLindorfer, Margaret A.Taylor, Ronald P.enARRAY(0x896050)13-14S016158909900103<Nardin, AlessandraLindorfer, Margaret A.Taylor, Ronald P.835  199909/1036XenTBispecific antibodiesErythrocytesImmune complexesComplement receptor 1Complement23108801615890S016158909900103ƒC\engThe murine p75 TNF receptor promoter region: DNA sequence and characterization of a cis-acting silenceren_asciigThe murine p75 TNF receptor promoter region: DNA sequence and characterization of a cis-acting silencerFLA125CKissonerghis, Maija Daly, GordonFeldmann, MarcChernajovsky, YutienARRAY(0x71df14)2S016158909900022CKissonerghis, Maija Daly, GordonFeldmann, MarcChernajovsky, Yuti134 1999023601615890S016158909900022ńE6 ~o”’ņ!YI o _Ņ¤Ņµ©(o©‰Ē‡ en HLA,alloantigen,alloantibo† fenbDer f 2House dust miteAllergen engineeringAllergen-specific immunotherapyIgEEpitopeRefolding‚*en_ascii Non-anaphylactic combination of partially deleted fragments of the major house dust mite allergen Der f 2 for allergen-specific immunotherapyen Non-anaphylactic combination of partially deleted fragments of the major house dust mite allergen Der f 2 for allergen-specific immunotherapyFLA1055OTakai, Toshiro Mori, AkioYuuki, ToshifumiOkudaira, HirokazuOkumura, YasushienARRAY(0x8694b0)15-16 ababaS016158909900098OTakai, Toshiro Mori, AkioYuuki, ToshifumiOkudaira, HirokazuOkumura, Yasushi1065  199910/1136fenbDer f 2House dust miteAllergen engineeringAllergen-specific immunotherapyIgEEpitopeRefolding38288201615890S016158909900098ƒm6en2cDNA,hemolysis,bacteriolysis,horse serum,bovine C9enEHorse complement protein C9: primary structure and cytotoxic activityen_asciiEHorse complement protein C9: primary structure and cytotoxic activityFLA725D Esser, A.F.Tarnuzzer, R.W. Tomlinson, S. Tatar, L.D. Stanley, K.K.enARRAY(0x6fb798)7-8016158909600007D Esser, A.F.Tarnuzzer, R.W. Tomlinson, S. Tatar, L.D. Stanley, K.K.733  199605/06336en2cDNA,hemolysis,bacteriolysis,horse serum,bovine C901615890016158909600007…ODen@cytotoxi„,\enXHLA-DMMajor histocompatibility complex class II moleculesPeptide bindingpH dependencyKen_asciiYAnalysis of two acidic P6 pocket residues in the pH dependency of peptide binding by I-EkendAnalysis of two acidic P6 pocket residues in the pH dependency of peptide binding by I-EkFLA1139# Dao, C.T. Weber, D.A. Jensen, P.E.enARRAY(0x7f9a78)15S016158900200010# Dao, C.T. Weber, D.A. Jensen, P.E.1149 20020638\enXHLA-DMMajor histocompatibility complex class II moleculesPeptide bindingpH dependency01615890S016158900200010„M9en5B lymphocytesSignal transductionCellular activation@en_asciiYDefective proliferative responses in B lymphocytes and thymocytes that lack neurofibrominenYDefective proliferative responses in B lymphocytes and thymocytes that lack neurofibrominFLA701X Kim, T.J. Cariappa, A. Iacomini, J.Tang, M.Shih, S. Bernards, A. Jacks, T. Pillai, S.enARRAY(0x7ee534)9S016158900100101X Kim, T.J. Cariappa, A. Iacomini, J.Tang, M.Shih, S. Bernards, A. Jacks, T. Pillai, S.708 200202389en5B lymphocytesSignal transductionCellular activation44845201615890S016158900100101‡X8en3PTK, protein tyrosine kinasepTyr, phosphotyrosineGST, glutathione S-transferaseSH, Src homologySH3, Src homology-3SH3, Src homology-2PAGE, polyacrylamide gel electrophoresis8en_asciiUDifferential interaction of Cbl with Grb2 and CrkL in CD2-mediated NK cell activationenUDifferential interaction of Cbl with Grb2 and CrkL in CD2-mediated NK cell activationFLA1057 Huang, Jian-YongUmehara, HisanoriInoue, HiroshiTabassam, Fazal H.Okazaki, Toshiro Kono, TakeshiMinami, YasuhiroTanaka, YoshiyaDomae, NaochikaenARRAY(0x7d7fbc)17aaaabcdeaS016158900100020Huang, Jian-YongUmehara, HisanoriInoue, HiroshiTabassam, Fazal H.Okazaki, Toshiro Kono, TakeshiMinami, YasuhiroTanaka, YoshiyaDomae, Naochika 1065 2000121237?en:PTK, protein tyrosine kinasepTyr, phosphotyrosineGST, glutathione S-transferaseSH, Src homologySH3, Src homology-3SH3, Src homology-2PAGE, polyacrylamide gel electrophoresis9466701615890S0161589001000206den_ascii+Lymphopoesis. Chairperson: M. Owen (London)en+Lymphopoesis. Chairperson: M. Owen (London)CNF1793-4S016158900000030181 20000201375992901615890S016158900000030…ODen@cytotoxic lymphocytes,natural killer cells,granzymes,isocoumarin~enxCharacterization, application and potential uses of biotin-tagged inhibitors for lymphocyte serine proteases (granzymes)en_asciixCharacterization, application and potential uses of biotin-tagged inhibitors for lymphocyte serine proteases (granzymes)FLA615t Winkler, U. Allison, N.J. Woodard, S.L. Gault, R.A. Ewoldt, G.R. Chih-Min, K.Abuelyaman, A. Powers, J.C. Hudig, D.enARRAY(0x6f9a00)7-8016158909600025t Winkler, U. Allison, N.J. Woodard, S.L. Gault, R.A. Ewoldt, G.R. Chih-Min, K.Abuelyaman, A. Powers, J.C. Hudig, D.623  199605/0633Den@cytotoxic lymphocytes,natural killer cells,granzymes,isocoumarin01615890016158909600025…9en5IgE,recombinant allergen,Phl p I,grass pollen allergy‚enCommon IgE-epitopes of recombinant Phl p I, the major timothy grass pollen allergen and natural group I grass pollen isoallergensen_asciiCommon IgE-epitopes of recombinant Phl p I, the major timothy grass pollen allergen and natural group I grass pollen isoallergensFLA417U Laffer, S. Duchene, M. Reimitzer, I. Susani, M.Mannhalter, C. Kraft, D. Valenta, R.enARRAY(0x628994)4-5016158909500152U Laffer, S. Duchene, M. Reimitzer, I. Susani, M.Mannhalter, C. Kraft, D. 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Kozak, C.A.Kunnath-Muglia, L.M.Goldberger, G.112 199601332en.complement factor I,evolution,mouse chromosome01615890016158909500116‡ en HLA,alloantigen,alloantibody,variable region,J region,D segment,human antibody repertoire,human monoclonal antibody,apparent somatic mutation‚LenThe human antibody repertoire: heavy and light chain variable region gene usage in six alloantibodies specific for human HLA class I and class II alloantigensen_asciiThe human antibody repertoire: heavy and light chain variable region gene usage in six alloantibodies specific for human HLA class I and class II alloantigensFLA1105\ Andris, J.S. Abraham, S.R. Pascual, V.Pistillo, M.P. Mantero, S. Ferrara, G.B. Capra, J.D.enARRAY(0x6bb744)14-15016158909500071\ Andris, J.S. Abraham, S.R. Pascual, V.Pistillo, M.P. Mantero, S. Ferrara, G.B. Capra, J.D.1122 19951032en HLA,alloantigen,alloantibody,variable region,J region,D segment,human antibody repertoire,human monoclonal antibody,apparent somatic mutation01615890016158909500071„<en8macrophage,subtraction cDNA library,interferon-gamma,C106enTDifferential expression of novel genes by bone marrow-derived macrophage populationsen_asciiTDifferential expression of novel genes by bone marrow-derived macrophage populationsFLA733+ Sung-Don, Y. Schook, L.B.Rutherford, M.S.enARRAY(0xb9d5a0)10016158909500035+ Sung-Don, Y. Schook, L.B.Rutherford, M.S.742 19950732tenpmacrophage,subtraction cDNA library,interferon-gamma ,C1001615890016158909500035…*SenOVH genes,EBV,B cells,somatic mutation,infectious mononucleosis,cold agglutinins‚!enPattern of usage of the VH4-21 gene by B lymphocytes in a patient with EBV infection indicates ongoing mutation and class switchingen_asciiPattern of usage of the VH4-21 gene by B lymphocytes in a patient with EBV infection indicates ongoing mutation and class switchingFLA347> Chapman, C.J.Spellerberg, M.B. Hamblin, T.J.Stevenson, F.K.enARRAY(0x671db8)5016158909400162> Chapman, C.J.Spellerberg, M.B. Hamblin, T.J.Stevenson, F.K.353 19950432^enZVH genes,EBV,B cells,somatic mutation,infectious mononucleosis,cold agglutinins01615890016158909400162ń9*ąŃrōø© @0=-äŌXH^@s=s0]›…//en+CR2,p53,p68 calcium binding protein,p120RNPƒ$en_asciiJBinding sites of the Epstein-Barr virus and C3d receptor (CR2, CD21) for its three intracellular ligands, the p53 anti-oncoprotein, the ƒjDen@antigen recognition,antibody prediction,protein docking,ferritinen_asciiAModelling antibody-antigen interactions: ferritin as a case studyenAModelling antibody-antigen ƒ(enpolyoxime,vaccine,influenza0enQA synthetic peptide-based polyoxime vaccine construct of high purity and activityen_asciiQA synthetic peptide-based polyoxime vaccine construct of h„j5en1epitope,ELISA,peptide,linear,cyclic,HIV-1,V3 loopventCharacterization by serial deletion competition ELISAs of HIV-1 V3 loop epitopes recognized by monoclonal antibodiesen_asciitCharacterization by serial deletion competition ELISAs of HIV-1 V3 loop epitopes recognized by monoclonal antibodiesFLA737WSeligman, S.J. Binley, J.M. Gorny, M.K. Burton, D.R.Zolla-Pazner, S.Sokolowski, K.A.enARRAY(0x581850)9016158909600044WSeligman, S.J. Binley, J.M. GoƒK‚ en_ascii\Rat J chain is disulfide-linked to a-chains in rat polymeric (pIgA) and secretory IgA (SIgA)en Rat J chain is disulfide-linked to a-chains in rat polymeric (pIgA) and secretory IgA (SIgA)COR977/Vaerman, J.-P.Parkhouse, R.M.E. Kobayashi, K.15[DOI] 10.1016/S016158900300025/Vaerman, J.-P.Parkhouse, R.M.E. Kobayashi, K.979 2003053949470701615890[DOI] 10.1016/S016158900300025ƒh<en8Protein kinase CAKT/protein kinase BCD4+ T-lymphocytesfen_asciilProtein kinase C and AKT/protein kinase B in CD4+ T-lymphocytes: new partners in TCR/CD28 signal integrationenlProtein kinase C and AKT/protein kinase B in CD4+ T-lymphocytes: new partners in TCR/CD28 signal integrationREV1087 Bauer, B. Baier, G.enARRAY(0x80d498)15S016158900200011 Bauer, B. Baier, G.1099 20020638<en8Protein kinase CAKT/protein kinase BCD4+ T-lymphocytes01615890S016158900200011{2en_asciiForthcoming papersenForthcoming papersANN4936S016158900100102493 2001123801615890S016158900100102ŒG„en„ ADCC, antibody-dependent cellular cytotoxicityC, constant (region)CDC, complement-dependent cytotoxicityCDR(s), complementarity determining region(s)EC50, concentration for half-maximal activityFBS, fetal bovine serumFRs, framework regionsG418, G418 sulfatei.v., intravenousMAb(s), monoclonal antibody(ies)MTX, methotrexates.c., subcutaneousPBMC(s), peripheral blood mononuclear cell(s)SCID, severe combined immunodeficientSCLC, small cell lung cancerV, variable (region)VH, variable heavyVL, variable lightjen_asciinDissection and optimization of immune effector functions of humanized anti-ganglioside GM2 monoclonal antibodyennDissection and optimization of immune effector functions of humanized anti-ganglioside GM2 monoclonal antibodyFLA1035 \Nakamura, Kazuyasu Tanaka, Yuko Fujino, IkukoHirayama, NoriakiShitara, Kenya Hanai, NobuoenARRAY(0x7d47a4)17 a*aabaaS016158900100021\Nakamura, Kazuyasu Tanaka, Yuko Fujino, IkukoHirayama, NoriakiShitara, Kenya Hanai, Nobuo 1046 2000121237„en„ADCC, antibody-dependent cellular cytotoxicityC, constant (region)CDC, complement-dependent cytotoxicityCDR(s), complementarity determining region(s)EC50, concentration for half-maximal activityFBS, fetal bovine serumFRs, framework regionsG418, G418 sulfatei.v., intravenousMAb(s), monoclonal antibody(ies)MTX, methotrexates.c., subcutaneousPBMC(s), peripheral blood mononuclear cell(s)SCID, severe combined immunodeficientSCLC, small cell lung cancerV, variable (region)VH, variable heavyVL, variable light9466701615890S016158900100021qen_asciiHLife and death in the immune system. Chairperson: J. Tschopp (Epalinges)enHLife and death in the immune system. Chairperson: J. Tschopp (Epalinges)CNF1813-4S016158900000031183 20000201375992901615890S016158900000031ƒGDen@monoclonal antibody (mAb),calcium,metal,binding,epitope tag,FlagenCMetal-binding properties of a calcium-dependent monoclonal antibodyen_asciiCMetal-binding properties of a calcium-dependent monoclonal antibodyFLA601% Hopp, T.P. Gallis, B.Prickett, K.S.enARRAY(0x71d594)7-8016158909600026% Hopp, T.P. Gallis, B.Prickett, K.S.608  199605/0633Den@monoclonal antibody (mAb),calcium,metal,binding,epitope tag,Flag01615890016158909600026…?en;Fab,HIV-1,Rev,Tat,regulatory proteins,phage display library‚,enRecombinant human Fab antibody fragments to HIV-1 Rev and Tat regulatory proteins: direct selection from a combinatorial phage display libraryen_asciiRecombinant human Fab antibody fragments to HIV-1 Rev and Tat regulatory proteins: direct selection from a combinatorial phage display libraryFLA439BPilkington, G.R. Lingxun, D. Minghua, Z.Keil, W.Pomerantz, R.J.enARRAY(0x627ab4)4-5016158909500153BPilkington, G.R. Lingxun, D. Minghua, Z.Keil, W.Pomerantz, R.J.450  199603/0433?en;Fab,HIV-1,Rev,Tat,regulatory proteins,phage display library01615890016158909500153„:JenFmonoclonal antibody,PAM3Cys,anti-peptide,MAP,CDR2,ELISA reactivity,IgG]enmDependence of the murine antibody response to an anti-CD4 CDR2 VH peptide on immunogen formulationen_asciibDependence of the murine antibody response to an anti-CD4 CDR2 VH peptide on immunogen formulationFLA1319. Kanda, P. Fritz, D.A. Gage, D.A. Shuler, K.R.enARRAY(0x603660)17-18016158909500117. Kanda, P. Fritz, D.A. Gage, D.A. Shuler, K.R.1328 19951232UenQmonoclonal antibody,PAM3Cys,anti-peptide,MAP,CDR2,ELISA reactivity,IgG01615890016158909500117„menAIP,autoimmune-prone‚ten2Aberrant cytokine regulation in macrophages from young autoimmune-prone mice: evidence that the intrinsic defect in MRL macrophage IL-1 expression is transcriptionally controlleden_ascii2Aberrant cytokine regulation in macrophages from young autoimmune-prone mice: evidence that the intrinsic defect in MRL macrophage IL-1 expression is transcriptionally controlledFLA7436Hartwell, D.W. Fenton, M.J. Levine, J.S. Beller, D.I.enARRAY(0xb60660)100161589095000366Hartwell, D.W. Fenton, M.J. Levine, J.S. Beller, D.I.751 19950732enAIP,autoimmune-prone01615890016158909500036„N‚>en4A murine antibody to shigella dysenteriae type 1 employs v-genes that contain a rearranged codon for the lambda light chainen_ascii{A murine antibody to shigella dysenteriae type 1 employs v-genes that contain a rearranged codon for the lambda light chainSCO679Z Miller, C.E. Huppi, K. Siwarski, D. Karpas, A. Newman, A. Mainhart, C.Glaudemans, C.P.J.enARRAY(0x5dbfec)9016158909500072Z Miller, C.E. Huppi, K. Siwarski, D. Karpas, A. Newman, A. Mainhart, C.Glaudemans, C.P.J.682 1995063201615890016158909500072„H;en7antigenized antibodies,engineered idiotype,RGD,adhesion‚enEngineered idiotypes. Immunochemical analysis of antigenized antibodies expressing a conformationally constrained arg-gly-asp motifen_asciiEngineered idiotypes. Immunochemical analysis of antigenized antibodies expressing a conformationally constrained arg-gly-asp motifFLA341/ Rossi, F. Billetta, R. Ruggeri, Z. Zanetti, M.enARRAY(0x5c8bb0)5016158909400163/ Rossi, F. Billetta, R. Ruggeri, Z. Zanetti, M.346 19950432;en7antigenized antibodies,engineered idiotype,RGD,adhesion01615890016158909400163ƒ60en,allergy,expression,isoforms,polymorphism,IgE8enUMapping of the antigenic and allergenic epitopes of Lol p VB using gene fragmentationen_asciiUMapping of the antigenic and allergenic epitopes of Lol p VB using gene fragmentationFLA295! Ong, E.K. Knox, R.B. Singh, M.B.enARRAY(0x648ad8)4016158909400127! Ong, E.K. Knox, R.B. Singh, M.B.302 199503320en,allergy,expression,isoforms,polymorphism,IgE01615890016158909400127ń üXIžļ½®õüģĢ¼ ¶ ¦ ž ī ‚ T ‚•œŒ(Q…&ben^anti-idiotype,anti-metatype,immunoglobulin primary structure,anti-fluorescein,Armenian hamster‚DenPrimary structures of three Armenian hamster monoclonal antibodies specific for idiotopes and metatopes of the monoclonal anti-fluorescein antibody 4-4-20en_asciiPrimary structures of three Armenian hamster monoclonal anƒ{7en3Hapten-proteinAntigen presentationB-cell receptorTen_asciicA novel cellular interaction involving antigen-pulsed macrophage and antigen-specific B-lymphocytesencA novel cellular interaction involving antigen-pulsed macrophage and antigen-specific B-lymphocytesFLA311 ,Weaver, Donald J., Jr.Voss, Edward W., Jr.enARRAY(0x82a4bc)6S016158900000050,Weaver, Donald J., Jr.Voss, Edward W., Jr. 320 200004377en3Hapten-proteinAntigen presentationB-cell receptor01615890S016158900000050w$en_asciiKIntracellular signaling in the immune system. Chairperson: O. Acuto (Paris)enKIntracellular signaling in the immune system. Chairperson: O. Acuto (Paris)CNF1833-4S016158900000032185 20000201375992901615890S016158900000032„#.en*polyadenylation,mRNA,Ig mRNA,RNA transport‚enChanges in abundance of IgG 2a mRNA in the nucleus and cytoplasm of a murine B-lymphoma before and after fusion to a myeloma cellen_asciiChanges in abundance of IgG 2a mRNA in the nucleus and cytoplasm of a murine B-lymphoma before and after fusion to a myeloma cellFLA691* Milcarek, C.Suda-Hartman, M. Croll, S.C.enARRAY(0x70c444)7-8016158909600009* Milcarek, C.Suda-Hartman, M. Croll, S.C.701  199605/0633.en*polyadenylation,mRNA,Ig mRNA,RNA transport01615890016158909600009ƒ'%en!Interleukin-4,alternative spicingenFGeneration of a variant of human interleukin-4 by alternative splicingen_asciiFGeneration of a variant of human interleukin-4 by alternative splicingFLA3611 Alms, W.J. Atamas, S.P.Yurovsky, V.V. White, B.enARRAY(0x59fd40)4-50161589095001541 Alms, W.J. Atamas, S.P.Yurovsky, V.V. White, B.370  199603/0433%en!Interleukin-4,alternative spicing01615890016158909500154†fDen@peptide synthesis,circumsporozoite,P. falciparum,malaria,vaccine‚Ven#Synthesis and immunological characterization of 104-mer and 102-mer peptides corresponding to the N- and C-terminal regions of the plasmodium falciparum CS proteinen_ascii#Synthesis and immunological characterization of 104-mer and 102-mer peptides corresponding to the N- and C-terminal regions of the plasmodium falciparum CS proteinFLA1301 Fasel, N. Matile, H. Reymond, C.D. Roggero, M.A. Corradin, G. Filippi, B. Church, P. Hoffman, S.L.Blum-Tirouvanziam, U. Lopez, J.A. Esposito, F.enARRAY(0x603690)17-18016158909500136 Fasel, N. Matile, H. Reymond, C.D. Roggero, M.A. Corradin, G. Filippi, B. Church, P. Hoffman, S.L.Blum-Tirouvanziam, U. Lopez, J.A. E‚j:en6Th1/Th2 differentiationInterleukinCytokine signalingnen_ascii0The two faces of IL-6 on Th1/Th2 differentiationen0The two faces of IL-6 on Th1/Th2 differentiationREV531 Diehl, S. Rincon, M.enARRAY(0x721050)9S016158900200210 Diehl, S. Rincon, M.536 20021239:en6Th1/Th2 differentiationInterleukinCytokine signaling01615890S016158900200210&:en_asciiImmunoregulation, 2002enImmunoregulation, 2002EDI879 Lukic, M.L.12-13S016158900200012 Lukic, M.L.879 2002053849470701615890S016158900200012„KenGMHC class IIMolecular modelingEnergy minimizationMHC-peptide complex@en_asciiYModeling MHC class II molecules and their bound peptides as expressed at the cell surfaceenYModeling MHC class II molecules and their bound peptides as expressed at the cell surfaceFLA681$ Simon, A. Simon, I.Rajnavolgyi, E.enARRAY(0x83217c)9S016158900100103$ Simon, A. Simon, I.Rajnavolgyi, E.687 20020238KenGMHC class IIMolecular modelingEnergy minimizationMHC-peptide complex44845201615890S016158900100103†}enyCDR, combinatorial determining regionEB, ethidium bromideFR, framework regionVDJ, rearranged variable heavy chain gene‚^en_ascii'Antibody repertoire development in fetal and neonatal piglets. V. VDJ gene chimeras resembling gene conversion products are generated at high frequency by PCR in vitroen'Antibody repertoire development in fetal and neonatal piglets. V. VDJ gene chimeras resembling gene conversion products are generated at high frequency by PCR in vitroREV1025 * inkora, Marek Sun, JishanButler, John E.enARRAY(0x809ddc)17 a,b*aaS016158900100022* inkora, Marek Sun, JishanButler, John E. 1034 2000121237}enyCDR, combinatorial determining regionEB, ethidium bromideFR, framework regionVDJ, rearranged variable heavy chain gene9466701615890S016158900100022w$en_asciiKIntracellular signaling in the immune system. Chairperson: O. Acuto (Paris)enKIntracellular signaling in the immune system. Chairperson: O. Acuto (Paris)CNF1833-4S016158900000032185 20000201375992901615890S016158900000032ƒ'%en!Interleukin-4,alternative spicingenFGeneration of a variant of human interleukin-4 by alternative splicingen_asciiFGeneration of a variant of human interleukin-4 by alternative splicingFLA3611 Alms, W.J. Atamas, S.P.Yurovsky, V.V. White, B.enARRAY(0x59fd40)4-50161589095001541 Alms, W.J. Atamas, S.P.Yurovsky, V.V. White, B.370  199603/0433%en!Interleukin-4,alternative spicing01615890016158909500154„0JenFstructure-function,IgG1,carbohydrate,sialic acid,galactose,glycosidasetensThe effect of the removal of sialic acid, galactose and total carbohydrate on the functional activity of campath-1Hen_asciisThe effect of the removal of sialic acid, galactose and total carbohydrate on the functional activity of campath-1HFLA1311# Boyd, P.N. Lines, A.C. Patel, A.K.enARRAY(0x60326c)17-18016158909500118# Boyd, P.N. Lines, A.C. Patel, A.K.1318 19951232JenFstructure-function,IgG1,carbohydrate,sialic acid,galactose,glycosidase01615890016158909500118„ITenPT cell epitope,d-amino acid,immunogenicity,I-Ed,major histocompatibility complex0enQProbing immunogenicity of a T cell epitope by l-alanine and d-amino acid scanningen_asciiQProbing immunogenicity of a T cell epitope by l-alanine and d-amino acid scanningFLA1073B Maillere, B. Mourier, G. Cotton, J. Herve, M. Leroy, S. Menez, A.enARRAY(0x64ab5c)14-15016158909500073B Maillere, B. Mourier, G. Cotton, J. Herve, M. Leroy, S. Menez, A.1080 19951032_en[T cell epitope,d-amino acid,immunogenicity,I-Ed,major histocompatibility complex01615890016158909500073‡"WenSCTL,APC,SAC-I activated PBMCs,class I MHC,acid stripping,endogenous,peptide avidity‚enIn vitro induction of primary, antigen-specific CTL from human peripheral blood mononuclear cells stimulated with synthetic peptidesen_asciiIn vitro induction of primary, antigen-specific CTL from human peripheral blood mononuclear cells stimulated with synthetic peptidesFLA603? Alazard, D.Hale, L. Chisari, F.V.Tsai, V. Sette, A. Serra, H.M.Del Guercio, M.Livingston, B.Wentworth, P.A. Fikes, J. Celis, E. Kubo, R.T. Crimi, C. Grey, H.M. Stitely, S. Chesnut, R.W.enARRAY(0x57f350)9016158909500037? Alazard, D.Hale, L. Chisari, F.V.Tsai, V. Sette, A. Serra, H.M.Del Guercio, M.Livingston, B.Wentworth, P.A. Fikes, J. Celis, E. Kubo, R.T. Crimi, C. Grey, H.M. Stitely, S. Chesnut, R.W.612 19950632WenSCTL,APC,SAC-I activated PBMCs,class I MHC,acid stripping,endogenous,peptide avidity01615890016158909500037ƒdBen>CD11c gene,transcriptional regulation,monocyte differentiationNen`The leukocyte integrin gene CD11c is transcriptionally regulated during monocyte differentiationen_ascii`The leukocyte integrin gene CD11c is transcriptionally regulated during monocyte differentiationFLA361 Noti, J.D.Reinemann, B.C.enARRAY(0x648b20)5016158909400164 Noti, J.D.Reinemann, B.C.369 19950432Ben>CD11c gene,transcriptional regulation,monocyte differentiation01615890016158909400164ń›Œ*N?ņūģC3L< Ł É ½ ­ D 4žę`šž<“H…5en…0TRAF, TNF receptor-associated factorNF-kB, Nuclear factor-kBTNF-R, Tumor Necrosis Factor ReceptorNIK, NF-kB-inducing kinaseASK1, Apoptosis Signal-regulating Kinase 1IkB, Inhibitor of NF-kBIKK, IkB KinaseN-terminal, amino-terminalC-terminal, carboxy-terminalp62, p62 NucleoporinNLS, nuclear localization sequenceORF, open reading frameRT, reverse transcriptaseAD, Activation DomainBD, DNA Binding Domainb-gal, b-galactosidaseHis, histidineaa, amino acidHA-tagged, hemagglutinin epitope tagged fusion constructHis-tagged, poly-histidine fusion constructTBST, Tris-bufferered saline with 0.1% Tween-20IMDM, Iscove's Modified Dulbecco's MediaSD, Synthetic dropout media.‚ en_asciiTRAF-3 interacts with p62 nucleoporin, a component of the nuclear pore central plug that binds classical NLS-containing import complexesenTRAF-3 interacts with p62 nucleoporin, a component of the nuclear pore central plug that binds classical NLS-containing import complexesFLA73Q Gamper, C.van Eyndhoven, W.G. Schweiger, E.Mossbacher, M.Koo, B. Lederman, S.enARRAY(0xab30ec)1-2a, ba, caaaa, dS016158900000015Q Gamper, C.va…`enAdjuvantAdenylate cyclaseCancer immunologyCyclooxygenaseNon-steroidal anti-inflammatory drugsTenofovirTumor necrosis factor-alphaZileuton‚,en_asciiTenofovir, COX inhibitors and zileuton during cancer immunotherapies: up-regulated TNF-alpha increases antigen driven lymphocyte proliferationenTenofovir, COX inhibitors and zileuton during cancer immunotherapies: up-regulated TNF-alpha increases antigen driven lymphocyte proliferationSCO297 Kast, R.E.enARRAY(0x7d1a60)5[DOI] 10.1016/S016158900300144 Kast, R.E.303 20030940enAdjuvantAdenylate cyclaseCancer immunologyCyclooxygenaseNon-steroidal anti-inflammatory drugsTenofovirTumor necrosis factor-alphaZileuton16093201615890[DOI] 10.1016/S016158900300144„>en:Interleukin-15Lymphoid homeostasisPleiotropic expressionen_ascii9Interleukin-15 and the regulation of lymphoid homeostasisen9Interleukin-15 and the regulation of lymphoid homeostasisREV537Z Lodolce, J. Burkett, P.Koka, R. Boone, D. Chien, M.Chan, F. Madonia, M.Chai, S.Ma, A.enARRAY(0x71da84)9 S016158900200211Z Lodolce, J. Burkett, P.Koka, R. Boone, D. Chien, M.Chan, F. Madonia, M.Chai, S.Ma, A.544 20021239>en:Interleukin-15Lymphoid homeostasisPleiotropic expression01615890S016158900200211‚g4en0CytokinesChemoattractantsAllergic inflammation|en_ascii7Cytokines and chemoattractants in allergic inflammationen7Cytokines and chemoattractants in allergic inflammationFLA881 Romagnani, S.enARRAY(0x85b7a4)12-13S016158900200013 Romagnani, S.885 200205384en0CytokinesChemoattractantsAllergic inflammation49470701615890S016158900200013„ ieneVirusBacteriaPrionComplementInnate immunologyNeuroinvasionNeurodegenerationGlial cellsNeurons en_ascii?Neuroinvasion by pathogens: a key role of the complement systemen?Neuroinvasion by pathogens: a key role of the complement systemFLA669# Speth, C. Dierich, M.P. Gasque, P.enARRAY(0x84ca54)9S016158900100104# Speth, C. Dierich, M.P. Gasque, P.679 20020238ieneVirusBacteriaPrionComplementInnate immunologyNeuroinvasionNeurodegenerationGlial cellsNeurons44845201615890S016158900100104†aTenPPhage displaySingle chain variable fragmentsBiotinylationStreptavidinAvidity‚&en_ascii Streptabody, a high avidity molecule made by tetramerization of in vivo biotinylated, phage display-selected scFv fragments on streptavidinen Streptabody, a high avidity molecule made by tetramerization of in vivo biotinylated, phage display-selected scFv fragments on streptavidinFLA1067  Cloutier, S.M. Couty, S. Terskikh, A. Marguerat, L. Crivelli, V.Pugnières, M. Mani, J.-C.Leisinger, H.-J. Mach, J.P. Deperthes, D.enARRAY(0x81a5a0)17a,baaaabcbab*S016158900100023Cloutier, S.M. Couty, S. Terskikh, A. Marguerat, L. Crivelli, V. Pugnieres, M. Mani, J.-C.Leisinger, H.-J. Mach, J.P. Deperthes, D. 1077 2000121237TenPPhage displaySingle chain variable fragmentsBiotinylationStreptavidinAvidity9466701615890S016158900100023een_asciiBChemokines and immune responses. Chairperson: A. Mantovani (Milan)enBChemokines and immune responses. Chairperson: A. Mantovani (Milan)CNF1853-4S016158900000033187 20000201375992901615890S016158900000033…'9en5sulfated dextran,polymers,complement,xenogeneic model‚,enSulfonated dextran inhibits complement activation and complement-dependent cytotoxicity in an in vitro model of hyperacute xenograft rejectionen_asciiSulfonated dextran inhibits complement activation and complement-dependent cytotoxicity in an in vitro model of hyperacute xenograft rejectionFLA643T Thomas, H. Maillet, F.Letourneur, D.Jozefonvicz, J. Fischer, E.Kazatchkine, M.D.enARRAY(0x7219dc)7-8016158909600028T Thomas, H. Maillet, F.Letourneur, D.Jozefonvicz, J. Fischer, E.Kazatchkine, M.D.648  199605/06339en5sulfated dextran,polymers,complement,xenogeneic model01615890016158909600028ƒu#enNK cells,perforin,mRNA turnover~enxTarget cell-induced perforin mRNA turnover in NK3.3 cells is mediated by multiple elements within the mRNA coding regionen_asciixTarget cell-induced perforin mRNA turnover in NK3.3 cells is mediated by multiple elements within the mRNA coding regionFLA341( Goebel, W.S.Schloemer, R.H. Brahmi, Z.enARRAY(0x5e93e0)4-5016158909500155( Goebel, W.S.Schloemer, R.H. Brahmi, Z.349  199603/0433#enNK cells,perforin,mRNA turnover01615890016158909500155„<;en7Th1/Th2,primary response,penicillin,quantitative RT-PCR‚en}Interleukin-4 plays a dominant role in Th1- or Th2-like responses during the primary immune response to the hapten penicillinen_ascii}Interleukin-4 plays a dominant role in Th1- or Th2-like responses during the primary immune response to the hapten penicillinFLA712 Kerdine, S. Lebrec, H. Bertoglio, J. Pallardy, M.enARRAY(0x604374)10161589095001192 Kerdine, S. Lebrec, H. Bertoglio, J. Pallardy, M.77 19960133;en7Th1/Th2,primary response,penicillin,quantitative RT-PCR01615890016158909500119ƒKBen>IgG-binding protein,streptococci,IgA-binding protein,M protein6enTCharacterization of a type II_o group A streptococcal immunoglobulin-binding proteinen_asciiTCharacterization of a type II_o group A streptococcal immunoglobulin-binding proteinFLA1235 Pack, T.D. Boyle, M.D.P.enARRAY(0x6bab14)16016158909500074 Pack, T.D. Boyle, M.D.P.1243 19951132Ben>IgG-binding protein,streptococci,IgA-binding protein,M protein01615890016158909500074„`LenHmurine lupus,autoantibody,somatic mutation,anti-histone,lineage analysisRenbAn early post-mutational selection event directs expansion of autoreactive B cells in murine lupusen_asciibAn early post-mutational selection event directs expansion of autoreactive B cells in murine lupusFLA117MPortanova, J.P. Creadon, G. Zhang, X. Smith, D.S. Kotzin, B.L. Wysocki, L.J.enARRAY(0x8ef7bc)2016158909400129MPortanova, J.P. Creadon, G. Zhang, X. Smith, D.S. Kotzin, B.L. Wysocki, L.J.135 19950232LenHmurine lupus,autoantibody,somatic mutation,anti-histone,lineage analysis01615890016158909400129„TPenLinvariant chain,plasma membrane expression,transmembrane,cytoplasmic domainsRenbTruncated MHC class II cytoplasmic and transmembrane domains: effect on plasma membrane expressionen_asciibTruncated MHC class II cytoplasmic and transmembrane domains: effect on plasma membrane expressionFLA433C Wade, W.F.Khrebtukova, I.Schreiber, K.L. McKean, D.J. Wade, T.K.enARRAY(0x6fa0f8)6016158909400165C Wade, W.F.Khrebtukova, I.Schreiber, K.L. McKean, D.J. Wade, T.K.446 19950432PenLinvariant chain,plasma membrane expression,transmembrane,cytoplasmic domains01615890016158909400165š5%ŗŖXHo_n^qa/ė2śĘJF* ųą§”ZQĶÉ­¢xe+óŲŽ{A1żčŖyš¶„o^(óģŹĀžš~j.(łĘ朐c]</ģƘUGŌŅØŽE8ø©v^©œm^+ õķȶ}t=1ęŽ¹¬}i,Ū. é Č q b /  Ņ Ą ‡ € M > õ “ ­ H @   Į “ … u @ + ģ Õ ’ ‚ = 3 ļ¤ƒ,šĻŠƒ`O –U½®j[(Ōď†_AšķŅÅue§•L?ī(XīŸ¢gDS016158909700058S016158909800019S016158909900032S016158909800088T cell rP3S016158909800027S016158909900068S016158909900019 Phage display Phage displayPhage displayH!S016158909900082016158909500149Heat shock proteinHeat shock proteinHeat shock proteingDS016158909700058S016158909800019S016158909900032S016158909800088T cell receptorsT cell receptorsT cell receptorsE"S016158909800050S016158909900033Cross-reactivityCross-reactivityCross-reactivityO2016158909500154S016158909800111S016158909800031 Interleukin-4 Interleukin-4Interleukin-4S016158909800022GASGASGASPS016158909800030Immunoglobulin variable regionImmunoglobulin variable regionImmunoglobulin variable region&S016158909800030 Insertion InsertionInsertion4S016158909800016HIV-1 coreceptorHIV-1 coreceptorHIV-1 coreceptor>S016158909800006Nuclear translocationNuclear translocationNuclear translocation2S016158909800006Channel catfishChannel catfishChannel catfishC"S016158909700145S016158909800043IL, interleukinIL, interleukinIL, interleukinS016158909700149Arecombines with C1q to give C1, the first component of complementArecombines with C1q to give C1, the first component of complementrecombines with C1q to give C1, the first component of complementsTS016158909600111S016158909700109S016158909800005S016158909700147016158909600017autoantibodiesautoantibodiesautoantibodies6S016158909800003membrane proteinsmembrane proteinsmembrane proteins"S016158909800007LimulusLimulusLimulusDS0161589098000072-macroglobulin!α2-macroglobulinα2-macroglobulin.S016158909800015 Costimulation CostimulationCostimulationVS016158909800028!PTP, protein-tyrosine phosphatase!PTP, protein-tyrosine phosphatasePTP, protein-tyrosine phosphataseJS016158909800027DNA, desoxyribonucleic acidDNA, desoxyribonucleic acidDNA, desoxyribonucleic acid(S016158909800023 Palindrome PalindromePalindromeD!S016158909700085016158909500127cross-reactivitycross-reactivitycross-reactivityBS016158909700145RaLPS, Ra-chemotype LPSRaLPS, Ra-chemotype LPSRaLPS, Ra-chemotype LPS>S016158909700118Variable heavy domainVariable heavy domainVariable heavy domain4S016158909700142myeloid lineagesmyeloid lineagesmyeloid lineages.S016158909700060 SRCR-proteins SRCR-proteinsSRCR-proteinsBS016158909700140Boc, t-butyloxycarbonylBoc, t-butyloxycarbonylBoc, t-butyloxycarbonyl$S016158909700120HIV-2RODHIV-2RODHIV-2RODdS016158909600044016158909500020S016158909700121S016158909700133S016158909700056peptidepeptidepeptide@S016158909782768comparative immunologycomparative immunologycomparative immunology2S016158909700107chain of BoNT/Achain of BoNT/Achain of BoNT/A2!S016158909700132016158909500067octameroctameroctamer8S016158909700096kinetic parameterskinetic parameterskinetic parametersDS016158909700087RA, rheumatoid arthritisRA, rheumatoid arthritisRA, rheumatoid arthritis2S016158909700086innate immunityinnate immunityinnate immunityVS016158909700086!lymphokine activated killer cells!lymphokine activated killer cellslymphokine activated killer cells4S016158909700119kinetic analysiskinetic analysiskinetic analysis+S016158909700109F[I]50, concentration of soluble Ag inhibiting the binding of an mAb toQ[I]50, concentration of soluble Ag inhibiting the binding of an mAb to[I]50, concentration of soluble Ag inhibiting the binding of an mAb to<S016158909700109autoAb, autoantibodyautoAb, autoantibodyautoAb, autoantibody.S016158909700106 interleukin-4 interleukin-4interleukin-4$S016158909700093myoblastmyoblastmyoblastS016158909700058EAEEAEEAE,S016158909„ <en8PhosphorothioatesOligonucleotidesAnti-DNAAntigenicityVen_asciidThe binding of anti-DNA antibodies to phosphorothioate oligonucleotides in a solid phase immunoassayendThe binding of anti-DNA antibodies to phosphorothioate oligonucleotides in a solid phase immunoassayFLA1161)Pisetsky, David S.Reich III, Charles F.enARRAY(0x841928)1811S016158909800108)Pisetsky, David S.Reich III, Charles F.1170 1998121535<en8PhosphorothioatesOligonucleotidesAnti-DNAAntigenicity81893501615890S016158909800108„0EenAProtein tyrosine kinasesLymphopoiesisTranscriptional regulation@en_asciiYRegulation of Src-family protein tyrosine kinase transcription during lymphocyte ontogenyenYRegulation of Src-family protein tyrosine kinase transcription during lymphocyte ontogenyFLA979:Longo, Nancy S. Wang, XinWildin, Robert S. Abraham, K.M.enARRAY(0x86954c)15-16aabaS016158909900134:Longo, Nancy S. Wang, XinWildin, Robert S. Abraham, K.M.992  199910/1136EenAProtein tyrosine kinasesLymphopoiesisTranscriptional regulation38288201615890S016158909900134ƒkTenPMannose-binding lectinIschemiaEndotheliaInflammationImmunotherapyComplementnen_ascii0Complement activation following oxidative stressen0Complement activation following oxidative stressFLA941= Collard, C.D. Lekowski, R. Jordan, J.E.Agah, A. Stahl, G.L.13-14S016158909900116= Collard, C.D. Lekowski, R. Jordan, J.E.Agah, A. Stahl, G.L.948  199909/1036TenPMannose-binding lectinIschemiaEndotheliaInflammationImmunotherapyComplement23108801615890S016158909900116…oRenNImmunoglobulin gene rearrangementSevere combined immunodeficiencyMurine scid‚ en_asciizSignal joint formation is inhibited in murine scid preB cells and fibroblasts in substrates with homopolymeric coding endsenSignal joint formation is inhibited in murine scid preB cells and fibroblasts in substrates with homopolymeric coding endsFLA551k Sun, TianheEzekiel, Uthayashanker R.Erskine, Leslie Agulo, RyanBozek, Grazyna Roth, David Storb, UrsulaenARRAY(0x8a817c)8aabaabaS016158909900053k Sun, TianheEzekiel, Uthayashanker R.Erskine, Leslie Agulo, RyanBozek, Grazyna Roth, David Storb, Ursula558 19990636RenNImmunoglobulin gene rearrangementSevere combined immunodeficiencyMurine scid01615890S016158909900053ƒWLen_ascii_Overexpression of the Helix-Loop-Helix protein Id2 blocks T cell development at multiple stagesen_Overexpression of the Helix-Loop-Helix protein Id2 blocks T cell development at multiple stagesFLA491RMorrow, Maureen A.Mayer, Elizabeth W.Perez, Cesar A.Adlam, Matthew Siu, GeraldenARRAY(0x8b15e8)8 ababbS016158909900071RMorrow, Maureen A.Mayer, Elizabeth W.Perez, Cesar A.Adlam, Matthew Siu, Gerald503 1999063601615890S016158909900071„Phen_asciimCharacterization of mutated protein encoded by partially duplicated fibrillin-1 gene in tight skin (TSK) miceenmCharacterization of mutated protein encoded by partially duplicated fibrillin-1 gene in tight skin (TSK) miceFLA169}Saito, ShinichiroNishimura, HiroyukiBrumeanu, Teodor-DCasares, SofiaStan, Alexandru C. Honjo, TasukuBona, Constantin A.enARRAY(0x71b8e0)3abaaa, cbaS016158909900035}Saito, ShinichiroNishimura, HiroyukiBrumeanu, Teodor-DCasares, SofiaStan, Alexandru C. Honjo, TasukuBona, Constantin A.176 1999023601615890S016158909900035jen_asciiErratumenErratumERR121918S0161589099000171219 199903123501615890S016158909900017ƒ9‚0en_asciikIdentification of rabbit immunoglobulin latent Ck1 allotype genes alters the concept of allelic inheritanceen6Identification of rabbit immunoglobulin latent Ck1 allotype genes alters the concept of allelic inheritanceFLA965Wolf, B.Liu, J.enARRAY(0x938d40)14-1511S016158909800081Wolf, B.Liu, J.976 199810013501615890S016158909800081ńŲÉŻĪĆ³€ZJøØąŠN>µ„'*ō*(‚ĄŃƒuE4ž°žƒen_asciiFThe role of carbohydrate in the assembly and function of polymeric IgGenFThe role of carbohydrate in the assembly and function of polymeric IgGFLA1081 EColoma, M. JosefinaClift, Armando Wims, LetitiaMorrison, Sherie L.enARRAY(0xfc782c)18*S016158900100024EColoma, M. JosefinaClift, Armando Wims, LetitiaMorrison, Sherie L. 1090 200012379466701615890S016158900100024ƒtenIgDB cell receptoren_asciiAStructural and functional properties of membrane and secreted IgDenAStructural and functional properties of membrane and secreted IgDFLA871 lPreud'homme, Jean-LouisPetit, Isabelle Barra, Anne!Morel, Jean-Claude Lecron, FranckLelièvre, EricenARRAY(0x8148a4)15S016158900100006ePreud'homme, Jean-LouisPetit, Isabelle Barra, Anne!Morel, Jean-Claude Lecron, FranckLelievre, Eric 887 ƒk0en,ComplementInflammationComplement inhibitorden_asciikCompstatin, a peptide inhibitor of complement, exhibits species-specific binding to complement component C3enkCompstatin, a peptide inhibitor of complement, exhibits species-specific binding to complement component C3FLA557#Sahu, A. Morikis, D. Lambris, J.D.enARRAY(0x7145a0)10S016158900200212#Sahu, A. Morikis, D. Lambris, J.D.566 200301390en,ComplementInflammationComplement inhibitor01615890S016158900200212‚|5en1Innate cytokinesIL-15IL-18Rheumatoid arthritisxen_ascii5The role of innate mediators in inflammatory responseen5The role of innate mediators in inflammatory responseFLA887 Liew, F.Y. McInnes, I.B.enARRAY(0x85e498)12-13S016158900200014 Liew, F.Y. McInnes, I.B.890 200205385en1Innate cytokinesIL-15IL-18Rheumatoid arthritis49470701615890S0161589002000142en_asciiForthcoming PapersenForthcoming PapersANN100312-13S0161589002000501003 2002053849470701615890S0161589002000502enForthcoming Papersen_asciiForthcoming PapersANN5657S016158900100105565 200201382326601615890S016158900100105FƒenƒAP-1, activator protein 1CHO, Chinese hamster ovary3-CPA, 3-chloro procainamideCsA, cyclosporin AIkB, inhibitor of kBJNK, c-Jun N-terminal kinaseNa-3-CPA, N-acetyl 3-chloro procainamideNa-PA, N-acetyl procainamideNFAT, nuclear factor of activated T cellsNF-kB, nuclear factor-kBOct-1, octamere binding protein 1PA, procainamidePDTC, pyrrolidine dithiocarbamateSEE, Staphylococcal enterotoxin Eƒen_ascii N-substituted benzamides inhibit nuclear factor-kB and nuclear factor of activated T cells activity while inducing activator protein 1 activity in T lymphocytesendN-substituted benzamides inhibit nuclear factor-kB and nuclear factor of activated T cells activity while inducing activator protein 1 activity in T lymphocytesFLA267 ALindgren, HannaPero, Ronald W.Ivars, FredrikLeanderson, TomasenARRAY(0x805654)4 a*baaS016158900100060ALindgren, HannaPero, Ronald W.Ivars, FredrikLeanderson, Tomas 277 20010838…+en…&AP-1, activator protein 1CHO, Chinese hamster ovary3-CPA, 3-chloro procainamideCsA, cyclosporin AIkB, inhibitor of kBJNK, c-Jun N-terminal kinaseNa-3-CPA, N-acetyl 3-chloro procainamideNa-PA, N-acetyl procainamideNFAT, nuclear factor of activated T cellsNF-kB, nuclear factor-kBOct-1, octamere binding protein 1PA, procainamidePDTC, pyrrolidine dithiocarbamateSEE, Staphylococcal enterotoxin E01615890S016158900100060ƒen_asciiFThe role of carbohydrate in the assembly and function of polymeric IgGenFThe role of carbohydrate in the assembly and function of polymeric IgGFLA1081 EColoma, M. JosefinaClift, Armando Wims, LetitiaMorrison, Sherie L.enARRAY(0xfc782c)18*S016158900100024EColoma, M. JosefinaClift, Armando Wims, LetitiaMorrison, Sherie L. 1090 200012379466701615890S016158900100024„$)en%hLnkABP-280FilaminYeast two-hybridTen_asciicIdentification of actin binding protein, ABP-280, as a binding partner of human Lnk adaptor proteinencIdentification of actin binding protein, ABP-280, as a binding partner of human Lnk adaptor proteinFLA603 J He, Xiaoqing Li, YijinSchembri-King, Josephine Jakes, Scott Hayashi, JunenARRAY(0x7db6f8)10 aabbaS016158900000070J He, Xiaoqing Li, YijinSchembri-King, Josephine Jakes, Scott Hayashi, Jun 612 20000837)en%hLnkABP-280FilaminYeast two-hybrid01615890S016158900000070ˆ!)en%MHCCD8b2-MicroglobulinBiochemistryƒSen_asciiZThe isolated major histocompatibility complex class I a3 domain binds b2m and CD8aa dimersen‚jThe isolated major histocompatibility complex class I a3 domain binds b2m and CD8aa dimersFLA141#Whitman, Mary C.Strohmaier, JasonO'Boyle, KevinTingem, Juanna M.Wilkinson, YakitaGoldstein, Julia Chen, Trina Brorson, KurtBrunswick, MarkKozlowski, StevenenARRAY(0x815dc4)3-4 S016158900000034#Whitman, Mary C.Strohmaier, JasonO'Boyle, KevinTingem, Juanna M.Wilkinson, YakitaGoldstein, Julia Chen, Trina Brorson, KurtBrunswick, MarkKozlowski, Steven149 2000020137meniMHCCD8b2-MicroglobulinBiochemistry5992901615890S016158900000034„ "enGM-CSF,transcription,NF-kappaB@enYThe regulation of GM-CSF is dependent on a complex interplay of multiple nuclear proteinsen_asciiYThe regulation of GM-CSF is dependent on a complex interplay of multiple nuclear proteinsFLA4616Kaushansky, K. O'Rork, C.Shoemaker, S.G. McCarty, J.enARRAY(0x614774)4-50161589095001566Kaushansky, K. O'Rork, C.Shoemaker, S.G. McCarty, J.470  199603/0433ZenVGM-CSF,transcription,NF-kappa B01615890016158909500156„0.en*selectin,EPR,membrane fluidity,sialic acid‚4enCarbohydrate-induced modulation of cell membrane--III. Interaction of sialic acid and mannose with hamster splenic lymphocytes: a spin label studyen_asciiCarbohydrate-induced modulation of cell membrane--III. Interaction of sialic acid and mannose with hamster splenic lymphocytes: a spin label studySCO1171 Hajela, K. Kayestha, R.SumatienARRAY(0x63835c)14-15016158909500075 Hajela, K. Kayestha, R.Sumati1173 19951032.en*selectin,EPR,membrane fluidity,sialic acid01615890016158909500075…)Aen=anti-NG2,idiotypic specificity,rat mAb,DNA sequences,idiotypeƒ en>Primary structure of the variable regions encoding antibody to NG2, a tumour-specific antigen on the rat chondrosarcoma HSN. Correlation of idiotypic specificities with amino acid sequencesen_ascii>Primary structure of the variable regions encoding antibody to NG2, a tumour-specific antigen on the rat chondrosarcoma HSN. Correlation of idiotypic specificities with amino acid sequencesFLA697 Leger, O. Jackson, E.Dean, C.enARRAY(0xb606d8)10016158909500039 Leger, O. Jackson, E.Dean, C.709 19950732Aen=anti-NG2,idiotypic specificity,rat mAb,DNA sequences,idiotype01615890016158909500039‚ben*Cloning and characterization of murine CD6en_ascii*Cloning and characterization of murine CD6SCO89. Whitney, G. Bowen, M. Neubauer, M. Aruffo, A.enARRAY(0x8a51a0)1016158909400166. Whitney, G. Bowen, M. Neubauer, M. Aruffo, A.92 1995013201615890016158909400166ńeVńŵo_Ž~’ļŠz‘ ß Ļ  ē Ä8(©o©~2en_asciiForthcoming papersenForthcoming papersANN731S01615890010006173 200101382553401615890S016158900100061ƒ 5en1ComplementAutoantibodiesC1qC3 nephritic factor\en_ascii'Autoantibodies to complement componentsen'Autoantibodies to complement componentsREV199 /Trouw, Leendert A. Roos, AnjaDaha, Mohamed R.enARRAY(0x7a8b38)2-3***S016158900100043/Trouw, Leendert A. Roos, AnjaDaha, Mohamed R. 206 200108385en1ComplementAutoantibodiesC1qC3 nephritic factor01615890S016158900100043ƒO`en\AutoimmunityBacterial infectionComplementImmune responseImmunoglobulin MViral infectionen_ascii=Role of natural and immune IgM antibodies in immune responsesen=Role of natural and immune IgM antibodies in immune responsesFLA1141 Boes, MarianneenARRAY(0xf7ed28)18*S016158900100025Boes, Marianne 1149 20001237`en\AutoimmunityBacterial infectionComplementImmune responseImmunoglobulin MViral infection9466701615890S016158900100025„`8en4AutoimmunityPolyreactive antibodiesRheumatic feverZen_ascii_Molecular analysis of cross-reactive anti-myosin/anti-streptococcal mouse monoclonal antibodiesenmMolecular analysis of cross-reactive anti-myosin/anti-streptococcal mouse monoclonal antibodiesFLA901 WMertens, Nadja M.J.Galvin, Jeffrey E.Adderson, Elisabeth E.Cunningham, Madeleine W.enARRAY(0x815468)15aabaS016158900100007WMertens, Nadja M.J.Galvin, Jeffrey E.Adderson, Elisabeth E.Cunningham, Madeleine W. 913 200010378en4AutoimmunityPolyreactive antibodiesRheumatic fever01615890S016158900100007„D;en7AffinityAllergenAmb a 1Der p 1EpitopesIgE antibody>en_asciiXCharacterization of polyclonal allergen-specific IgE responses by affinity distributionsenXCharacterization of polyclonal allergen-specific IgE responses by affinity distributionsFLA613 VPierson-Mullany, Lisa K.Jackola, Duaine R.Blumenthal, Malcolm N.Rosenberg, AndreasenARRAY(0x79ff68)10S016158900000071VPierson-Mullany, Lisa K.Jackola, Duaine R.Blumenthal, Malcolm N.Rosenberg, Andreas 620 …8senoComplementComplement regulatory proteinsC4b-binding proteinFactor IComplement control protein (CCP) domains‚/en_asciinCCP1-4 of the C4b-binding protein a-chain are required for factor I mediated cleavage of complement factor C3ben2CCP1-4 of the C4b-binding protein a-chain are required for factor I mediated cleavage of complement factor C3bFLA547! Blom, A.M.Kask, L. Dahlback, B.enARRAY(0x774ca4)10S016158900200213! Blom, A.M.Kask, L. Dahlback, B.556 20030139senoComplementComplement regulatory proteinsC4b-binding proteinFactor IComplement control protein (CCP) domains01615890S016158900200213… =en9Animal lectinCollectinConglutininCL-43Innate immunity‚ en_asciiNovel characterisation of the gene encoding conglutinin reveals that previously characterised promoter corresponds to the CL-43 promoterenNovel characterisation of the gene encoding conglutinin reveals that previously characterised promoter corresponds to the CL-43 promoterFLA39P Hansen, S. Moeller, V.Holm, D. Vitved, L. Bendixen, C. Skjodt, K. Holmskov, U.enARRAY(0x72f66c)1-2S016158900200051P Hansen, S. Moeller, V.Holm, D. Vitved, L. Bendixen, C. Skjodt, K. Holmskov, U.43 2002091539=en9Animal lectinCollectinConglutininCL-43Innate immunity01615890S016158900200051ƒg7en3Toxoplasma gondiiIL-12CCR5Dendritic cellLipoxinden_asciikPositive and negative regulation of pathogen induced dendritic cell function by G-protein coupled receptorsenkPositive and negative regulation of pathogen induced dendritic cell function by G-protein coupled receptorsFLA891 Aliberti, J.Sher, A.enARRAY(0x80ce60)12-13S016158900200015 Aliberti, J.Sher, A.893 200205387en3Toxoplasma gondiiIL-12CCR5Dendritic cellLipoxin49470701615890S016158900200015„cMenIClass II MHCConformationHLA-DR1Peptide bindingCLIPT-cell recognition‚en_asciiyEvidences of conformational changes in class II Major Histocompatibility Complex molecules that affect the immunogenicityenyEvidences of conformational changes in class II Major Histocompatibility Complex molecules that affect the immunogenicityFLA6611 Neveu, R. Auriault, C. Angyalosi, G. Georges, B.enARRAY(0x7ad97c)9S0161589001001061 Neveu, R. Auriault, C. Angyalosi, G. Georges, B.667 20020238MenIClass II MHCConformationHLA-DR1Peptide bindingCLIPT-cell recognition44845201615890S016158900100106~2en_asciiForthcoming papersenForthcoming papersANN731S01615890010006173 200101382553401615890S016158900100061ƒO`en\AutoimmunityBacterial infectionComplementImmune responseImmunoglobulin MViral infectionen_ascii=Role of natural and immune IgM antibodies in immune responsesen=Role of natural and immune IgM antibodies in immune responsesFLA1141 Boes, MarianneenARRAY(0xf7ed28)18*S016158900100025Boes, Marianne 1149 20001237`en\AutoimmunityBacterial infectionComplementImmune responseImmunoglobulin MViral infection9466701615890S016158900100025„D;en7AffinityAllergenAmb a 1Der p 1EpitopesIgE antibody>en_asciiXCharacterization of polyclonal allergen-specific IgE responses by affinity distributionsenXCharacterization of polyclonal allergen-specific IgE responses by affinity distributionsFLA613 VPierson-Mullany, Lisa K.Jackola, Duaine R.Blumenthal, Malcolm N.Rosenberg, AndreasenARRAY(0x79ff68)10S016158900000071VPierson-Mullany, Lisa K.Jackola, Duaine R.Blumenthal, Malcolm N.Rosenberg, Andreas 620 20000837;en7AffinityAllergenAmb a 1Der p 1EpitopesIgE antibody01615890S016158900000071„*7en3Immunoglobulin joining (J) chainProtein expression1en_asciiNExpression of the recombinant human immunoglobulin J chain in Escherichia colienUExpression of the recombinant human immunoglobulin J chain in Escherichia coliFLA133PSymersky, Jindrich Novak, JanMcPherson, David T.DeLucas, LarryMestecky, JirienARRAY(0x88085c)3-4S016158900000035PSymersky, Jindrich Novak, JanMcPherson, David T.DeLucas, LarryMestecky, Jiri140 20000201377en3Immunoglobulin joining (J) chainProtein expression5992901615890S016158900000035„SSenOChlamydia trachomatis,major outer membrane protein,peptide immunization,epitopedenkThe effect of orientation within a chimeric peptide on the immunogenicity of Chlamydia trachomatis epitopesen_asciikThe effect of orientation within a chimeric peptide on the immunogenicity of Chlamydia trachomatis epitopesFLA3354Peterson, E.M.Xun, C. Zhenhai, Q.De La Maza, L.M.enARRAY(0x573c14)4-50161589095001574Peterson, E.M.Xun, C. Zhenhai, Q.De La Maza, L.M.339  199603/0433SenOChlamydia trachomatis,major outer membrane protein,peptide immunization,epitope01615890016158909500157… 3en/N-glycanase,mouse,IgG3,asymmetric,glycosylation‚enN-glycanase treatment of F(ab_)2 derived from asymmetric murine IgG3 mAb determines the acquisition of precipitating activityen_ascii}N-glycanase treatment of F(ab_)2 derived from asymmetric murine IgG3 mAb determines the acquisition of precipitating activityFLA1123L Mathov, I. Plotkin, L.I. Squiquera, L. Fossati, C.A. Margni, R.A. Leoni, J.enARRAY(0x6a39e8)14-15016158909500076L Mathov, I. Plotkin, L.I. Squiquera, L. Fossati, C.A. Margni, R.A. Leoni, J.1130 19951032>en:N-glycanase,mouse,IgG3,asymmetric,glycosylation01615890016158909500076ńĮ²ŅĀčŲD4q¹©ųyi  š MšŠØ0 jØū='óŁ‘ŽtYęÜ“ž^O ŠĆ•‘umI@¾ØhdH6žõĻŹ¬©†`<÷ģĀæ„¢xh4įĻ¢WCöĄ©gL Ņ½k/ÜĖ…}IAµ˜J.āĪ’Œlbś¼+äßĮ¾¤”‡„jdD< ą Ķ “  I :  õ › ƒ ? <   Ė ¹  n 4 +  ł Ķ µ q a   Ü Ų ¼ µ ƒ! ƒ  ļ ė Ļ æ ‹ ƒ O A  č Ó • ‘ u m I 7 ųæ«o\"ŪĒ‹}M-ŁĀ€e&ėÖ˜„H3õóŪĶ•QƒQ’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’ƒ/en+promoter,enhancer,mb-1 gene,B-cell receptor‚en_asciiiRegulatory elements of the mb-1 gene encodingƒ`GenCExtrahepaticLocal complement expressionInflammationHuman diseaseen_ascii=Extrahepatic synthesis of complement proteins in inflammationen=Extrahepatic synthesis of complement proteins in inflammationREV221 1Laufer, Joseph Katz, YitzhakPasswell, Justen H.enARRAY(0xbcfac0)2-3a*baS0161589001000441Laufer, Joseph Katz, YitzhakPasswell, Justen H. 229 20010838GenCExtrahepaticLocal complement expressionInflammationHuman disease01615890S016158900100044…1Den@CDR3Mre11NibrinNijmegen breakage syndromeV(D)J recombinationpen_ascii1V(D)J rearrangement in Nijmegen breakage syndromeen1V(D)J rearrangement in Nijmegen breakage syndromeFLA1131 Yeo, Tiong Chia Xia, DongHassouneh, SamarYang, Xuexian O.Sabath, Daniel E.Sperling, KarlGatti, Richard A.Concannon, PatrickWillerford, Dennis M.enARRAY(0xfa64d4)18!a,bb,cb,cb,cc,defa,bb,c*S016158900100026Yeo, Tiong Chia Xia, DongHassouneh, SamarYang, Xuexian O.Sabath, Daniel E.Sperling, KarlGatti, Richard A.Concannon, PatrickWillerford, Dennis M. 1139 20001237Den@CDR3Mre11NibrinNijmegen breakage syndromeV(D)J recombination9466701615890S016158900100026‹#ƒqenƒlAT, Ataxia telangiactasiaCDR, complementary determining regionCJ, coding jointDNA-PKCS, DNA dependent protein kinase (catalytic subunit)DSB, DNA double strand breakDSBR, DNA double strand break repairEBV, Epstein-Barr virusFCS, fetal calf serumIRIF, irradiation induced nuclear fociNBS, Nijmegen breakage syndromeNHEJ, non-homologous DNA end joiningPBL peripheral blood lymphocyteRAG, recombination activating geneRSS, recombination signal sequenceSJ, signal jointWT, wild-type0en_asciiQNormal V(D)J recombination in cells from patients with Nijmegen breakage syndromeenQNormal V(D)J recombination in cells from patients with Nijmegen breakage syndromeFLA915 M Harfst, EvaCooper, SuzanneNeubauer, SusannDistel, LuitpoldGrawunder, UlfenARRAY(0x7c02b4)15 aabbaS016158900100008M Harfst, EvaCooper, SuzanneNeubauer, SusannDistel, LuitpoldGrawunder, Ulf 929 20001037ƒ|enƒwAT, Ataxia telangiactasiaCDR, complementary determining regionCJ, coding jointDNA-PKCS, DNA dependent protein kinase (catalytic subunit)DSB, DNA double strand breakDSBR, DNA double strand break repairEBV, Epstein-Barr virusFCS, fetal calf serumIRIF, irradiation induƒb0en,IRF-1IRF-2CIITAMHC class IITranscription~en_asciixThe IRF-2 DNA binding domain facilitates the activation of the class II transactivator (CIITA) type IV promoter by IRF-1enxThe IRF-2 DNA binding domain facilitates the activation of the class II transactivator (CIITA) type IV promoter by IRF-1FLA677Xi, H. Blanck, G.enARRAY(0x781158)11S016158900200214Xi, H. Blanck, G.684 200301390en,IRF-1IRF-2CIITAMHC class IITranscription01615890S016158900200214‚U.en*AutoimmunityB lymphocytesSignalingLupus|en_ascii7B cell diversity and longevity in systemic autoimmunityen7B cell diversity and longevity in systemic autoimmunityREV895 Zouali, M.enARRAY(0x87732c)12-13S016158900200016 Zouali, M.901 20020538.en*AutoimmunityB lymphocytesSignalingLupus49470701615890S016158900200016~2en_asciiForthcoming papersenForthcoming papersANN108514S0161589002000521085 2002053801615890S016158900200052…2en.NK cellsInhibitory receptorKIRCD94/NKG2ILT‚ en_asciiStructure and function of major histocompatibility complex (MHC) class I specific receptors expressed on human natural killer (NK) cellsenStructure and function of major histocompatibility complex (MHC) class I specific receptors expressed on human natural killer (NK) cellsREV637X Borrego, F. Kabat, J. Kim, D.-K. Lieto, L. Maasho, K.Pena, J. Solana, R. Coligan, J.E.enARRAY(0x7aca54)9S016158900100107X Borrego, F. Kabat, J. Kim, D.-K. Lieto, L. Maasho, K.Pena, J. Solana, R. Coligan, J.E.660 200202382en.NK cellsInhibitory receptorKIRCD94/NKG2ILT44845201615890S016158900100107…67en3Endo H, endoglycosidase HER, endoplasmic reticulum‚#en_asciihImportance of the T cell receptor a-chain transmembrane distal region for assembly with cognate subunitsen,Importance of the T cell receptor a-chain transmembrane distal region for assembly with cognate subunitsFLA259 eShelton, John G.Gülland, SvenNicolson, KirstyKearse, Kelly P.Thomas Bäckström, B.enARRAY(0x7b0868)4 abbab*S016158900100062VShelton, John G. Gulland, SvenNicolson, KirstyKearse, Kelly P.Thomas Backstrom, B. 265 200108387en3Endo H, endoglycosidase HER, endoplasmic reticulum01615890S016158900100062…1Den@CDR3Mre11NibrinNijmegen breakage syndromeV(D)J recombinationpen_ascii1V(D)J rearrangement in Nijmegen breakage syndromeen1V(D)J rearrangement in Nijmegen breakage syndromeFLA1131 Yeo, Tiong Chia Xia, DongHassouneh, SamarYang, Xuexian O.Sabath, Daniel E.Sperling, KarlGatti, Richard A.Concannon, PatrickWillerford, Dennis M.enARRAY(0xfa64d4)18!a,bb,cb,cb,cc,defa,bb,c*S016158900100026Yeo, Tiong Chia Xia, DongHassouneh, SamarYang, Xuexian O.Sabath, Daniel E.Sperling, KarlGatti, Richard A.Concannon, PatrickWillerford, Dennis M. 1139 20001237Den@CDR3Mre11NibrinNijmegen breakage syndromeV(D)J recombination9466701615890S016158900100026&en_ascii Editorial(s)en Editorial(s)EDI481Buchan, Glenn S.9S016158900000072Buchan, Glenn S.481 2000063701615890S016158900000072ƒXpen_asciiqComplement-endothelial cell interactions: pathophysiological implications. [Mol. Immunol. (1999) 36(4-5) 261-268]enqComplement-endothelial cell interactions: pathophysiological implications. [Mol. Immunol. (1999) 36(4-5) 261-268]ERR91E Tedesco, F. Fischetti, F. Pausa, M. Dobrina, A. Sim, R.B. Daha, M.R.1-2 abaacdS016158900000036E Tedesco, F. Fischetti, F. Pausa, M. Dobrina, A. Sim, R.B. Daha, M.R.91 200001013714233201615890S016158900000036ƒ^.en*class I HLA,peptide complexes,conformation2enRDirect detection of peptide-dependent HLA variability by surface plasmon resonanceen_asciiRDirect detection of peptide-dependent HLA variability by surface plasmon resonanceFLA573: Hlavac, F. Connan, F. Hoebeke, J. Guillet, J. Choppin, J.enARRAY(0x84fe60)6016158909500158: Hlavac, F. Connan, F. Hoebeke, J. Guillet, J. Choppin, J.582 19960433.en*class I HLA,peptide complexes,conformation01615890016158909500158†.senoCD28,CTLA-4,CD80,CD86,B7.1,B7.2,B70,IgSF,Ig-fold,site directed mutagenesis,receptor recognition,epitope mapping‚enDifferential recognition by CD28 of its cognate counter receptors CD80 (B7.1) and B70 (B7.2): analysis by site directed mutagenesisen_asciiDifferential recognition by CD28 of its cognate counter receptors CD80 (B7.1) and B70 (B7.2): analysis by site directed mutagenesisFLA321k Sweet, R. Olive, D. Truneh, A. Reddy, M.Ryan, P. Lyn, S.D. Eichman, C. Couez, D. Hurle, M.R. Sekaly, R.P.enARRAY(0x602498)3016158909500077k Sweet, R. Olive, D. Truneh, A. Reddy, M.Ryan, P. Lyn, S.D. Eichman, C. Couez, D. Hurle, M.R. Sekaly, R.P.334 19960233senoCD28,CTLA-4,CD80,CD86,B7.1,B7.2,B70,IgSF,Ig-fold,site directed mutagenesis,receptor recognition,epitope mapping01615890016158909500077ńüķųčxhue2" Q A Õ Å H 8_1_Ž[0![·õ„1enCDR3H, third complementarity determining region of the heavy chainPBL, peripheral blood lymphocytesRFLP, restricted fragment length polymorphism^en_ascii(Origin of bovine IgM structural variantsen(Origin of bovine IgM structural variantsFLA389 !Saini, Surinder S. Kaushik, AzadenARRAY(0x802a00)5*S016158900100063!Saini, Surinder S. Kaushik, Azad 396 20010938enCDR3H, third complementarity determining region of the heavy chainPBL, peripheral blood lymphocytesRFLP, restricted fragment length polymorphism01615890S016158900100063„mSenOComplementFactor IC3b/C4b inhibitorFactor HExpressionComplement regulationTen_asciicExpression and regulation of complement factors H and I in rat and human cells: some critical notesencExpression and regulation of complement factors H and I in rat and human cells: some critical notesFLA231 F Schlaf, G. Demberg, T. Beisel, N.Schieferdecker, H.L.Götze, O.enARRAY(0x7a8260)2-3 aaaba*S016158900100045A Schlaf, G. Demberg, T. Beisel, N.Schieferdecker, H.L. Gotze, O. 239 20010838SenOComplementFactor IC3b/C4b inhibitorFactor HExpressionComplement regulation01615890S016158900100045‹qƒ=enƒ8Ag, antigenbp, base pairBSA, bovine serum albuminCHO, Chinese hamster ovaryCgamma1, gamma 1 heavy chain constant regionELISA, enzyme-linked immunosorbent assayFBS, fetal bovine serumHBV, hepatitis B virusmAb, monoclonal antibodyPAGE, polyacrylamide gel electrophoresisPCR, polymerase chain reactionPBS, phosphate buffered salineScFv, single-chain antibody fragmentVH, heavy-chain variable domainVL, light-chain variable domain‚en_ascii{Generation and characterization of a novel tetravalent bispecific antibody that binds to hepatitis B virus surface anƒW<en8Endothelial cellsShear stressGene regulatorComplement,en_asciiOThe endothelium as physiological source of properdin: role of wall shear stressenOThe endothelium as physiological source of properdin: role of wall shear stressFLA669) Bongrazio, M. Pries, A.R.Zakrzewicz, A.enARRAY(0x7246f0)11S016158900200215) Bongrazio, M. Pries, A.R.Zakrzewicz, A.675 20030139<en8Endothelial cellsShear stressGene regulatorComplement01615890S016158900200215|2en_asciiForthcoming papersenForthcoming papersANN61310S016158900200251613 2003013901615890S016158900200251„j‚Ben_asciiAntibody-mediated neutralization of cytomegalovirus: modulation of efficacy induced through the IgG constant region [Mol. Immunol. 38(11) (2002) 833-840]enAntibody-mediated neutralization of cytomegalovirus: modulation of efficacy induced through the IgG constant region [Mol. Immunol. 38(11) (2002) 833-840]ERR121i Furebring, C. Speckner, A.Mach, M. Sandlie, I.Norderhaug, L.Borrebaeck, C.A.K. Turesson, H. Ohlin, M.1-2S016158900200053i Furebring, C. Speckner, A.Mach, M. Sandlie, I.Norderhaug, L.Borrebaeck, C.A.K. Turesson, H. Ohlin, M.121 200209153901615890S016158900200053…9enIFNgammaIL-12Mycobacteria‚en_asciiYInherited disorders of IL-12- and IFNgamma-mediated immunity: a molecular genetics updateenInherited disorders of IL-12- and IFNgamma-mediated immunity: a molecular genetics updateFLA903b Doffinger, R. Dupuis, S. Picard, C. Fieschi, C. Feinberg, J.Barcenas-Morales, G.Casanova, J.-L.enARRAY(0x80b648)12-13S016158900200017b Doffinger, R. Dupuis, S. Picard, C. Fieschi, C. Feinberg, J.Barcenas-Morales, G.Casanova, J.-L.909 20020538cen_IFNgammaIL-12Mycobacteria49470701615890S016158900200017„penlCalcium signalingOxidative stressApoptosisGene expressionStress proteinsCalcineurinSignal transduction en_ascii?Calcium and oxidative stress: from cell signaling to cell deathen?Calcium and oxidative stress: from cell signaling to cell deathREV713 Ermak, G.Davies, K.J.A.enARRAY(0x80635c)10S016158900100108 Ermak, G.Davies, K.J.A.721 20020238penlCalcium signalingOxidative stressApoptosisGene expressionStress proteinsCalcineurinSignal transduction43365501615890S016158900100108„1enCDR3H, third complementarity determining region of the heavy chainPBL, peripheral blood lymphocytesRFLP, restricted fragment length polymorphism^en_ascii(Origin of bovine IgM structural variantsen(Origin of bovine IgM structural variantsFLA389 !Saini, Surinder S. Kaushik, AzadenARRAY(0x802a00)5*S016158900100063!Saini, Surinder S. Kaushik, Azad 396 20010938enCDR3H, third complementarity determining region of the heavy chainPBL, peripheral blood lymphocytesRFLP, restricted fragment length polymorphism01615890S016158900100063‹qƒ=enƒ8Ag, antigenbp, base pairBSA, bovine serum albuminCHO, Chinese hamster ovaryCgamma1, gamma 1 heavy chain constant regionELISA, enzyme-linked immunosorbent assayFBS, fetal bovine serumHBV, hepatitis B virusmAb, monoclonal antibodyPAGE, polyacrylamide gel electrophoresisPCR, polymerase chain reactionPBS, phosphate buffered salineScFv, single-chain antibody fragmentVH, heavy-chain variable domainVL, light-chain variable domain‚en_ascii{Generation and characterization of a novel tetravalent bispecific antibody that binds to hepatitis B virus surface antigensen{Generation and characterization of a novel tetravalent bispecific antibody that binds to hepatitis B virus surface antigensFLA1123 OPark, Sung SupRyu, Chun JeihKang, Young JunKashmiri, S.V.S.Hong, Hyo JeongenARRAY(0xf82618)18 aaaba*S016158900100027OPark, Sung SupRyu, Chun JeihKang, Young JunKashmiri, S.V.S.Hong, Hyo Jeong 1130 20001237„en„Ag, antigenbp, base pairBSA, bovine serum albuminCHO, Chinese hamster ovaryCgamma1, gamma 1 heavy chain constant regionELISA, enzyme-linked immunosorbent assayFBS, fetal bovine serumHBV, hepatitis B virusmAb, monoclonal antibodyPAGE, polyacrylamide gel electrophoresisPCR, polymerase chain reactionPBS, phosphate buffered salineScFv, single-chain antibody fragmentVH, heavy-chain variable domainVL, light-chain variable domain9466701615890S016158900100027„n]enYVaccineVirtual pathogenLiposomesDendritic cellsT cellsCytokinesAntigen presentation"en_asciiJTargeting early events in T cell activation to construct improved vaccinesenJTargeting early events in T cell activation to construct improved vaccinesFLA545 V Buchan, G.S. Young, S.L.Lockhart, E.A. Wales, J. Faulkner, L. Slobbe, L. Baird, M.A.enARRAY(0x7a02e4)9S016158900000073V Buchan, G.S. Young, S.L.Lockhart, E.A. Wales, J. Faulkner, L. Slobbe, L. Baird, M.A. 552 20000637]enYVaccineVirtual pathogenLiposomesDendritic cellsT cellsCytokinesAntigen presentation01615890S016158900000073ƒs0en,Invariant chain,MHC class II,peptide binding‚enzThe MHC class II-associated invariant chain-derived peptide clip binds to the peptide-binding groove of class II moleculesen_asciizThe MHC class II-associated invariant chain-derived peptide clip binds to the peptide-binding groove of class II moleculesFLA371 Shenhong, W. Gorski, J.enARRAY(0x627bec)4-5016158909500159 Shenhong, W. Gorski, J.377  199603/04330en,Invariant chain,MHC class II,peptide binding01615890016158909500159ƒs1en-glycosylation,variable region,antigen bindingXeneGlycosylation of the variable region of immunoglobulin G-site specific maturation of the sugar chainsen_asciieGlycosylation of the variable region of immunoglobulin G-site specific maturation of the sugar chainsFLA931.Endo, T. Wright, A.Morrison, S.L. Kobata, A.enARRAY(0x574fbc)13016158909500078.Endo, T. Wright, A.Morrison, S.L. Kobata, A.940 199509321en-glycosylation,variable region,antigen binding01615890016158909500078ńÆŸ?/bRųˆx/ Ļ æ Ü ĢłéŚŹļ½ļģ&†Ä~1ē10014 -superarea- SAI -pubtype- JN -isbnissn- 00086223 -pubtitle- Carbon -voliss- 33, 6 -coverdate- 1995 -canonicaldate- 1995 -title- Encapsulation of manganese carbides within carbon nanotubes and nanoparticles -authors-†Bienelambda light chain,Benc„&PenLFc receptorsImmunoglobulinsImmune complexesCrystal structuresFcgammaRIII8en_ascii3Recognition of immunoglobulins by Fcgamma receptorsenwRecognition of immunoglobulins by Fcgamma receptorsREV1073 Radaev, S.Sun, P.enARRAY(0xd599b8)14S016158900200036 Radaev, S.Sun, P.1083 20020538enFc receptorsImmunoglobulinsImmune complexesCrystal structuresFcgammaRIII01615890S016158900200036„G1en-ThioredoxinHTLV-IRedoxOxidative stressTaxXen_asciieThioredoxin-mediated redox control of human T cell lymphotropic virus type I (HTLV-I) gene expressioneneThioredoxin-mediated redox control of human T cell lymphotropic virus type I (HTLV-I) gene expressionFLA723Q Sasada, T. Nakamura, H. Masutani, H.Ueda, S.Sono, H.Takabayashi, A. Yodoi, J.enARRAY(ƒY^enZApoptosisBcl-2BaxBH3-onlyMitochondriaCaspasesCaspase-independentLymphocyte survival(en_asciiMThe Bcl-2 protein family: sensors and checkpoints for life-or-death decisionsenMThe Bcl-2 protein family: sensors and checkpoints for life-or-death decisionsREV615 Borner, C.enARRAY(0x8ce1dc)11S016158900200252 Borner, C.647 20030139^enZApoptosisBcl-2BaxBH3-onlyMitochondriaCaspasesCaspase-independentLymphocyte survival01615890S016158900200252„ 0en,EosinophilsMast cellsAllergic inflammationPen_asciiaEffects of eosinophils on mast cells: a new pathway for the perpetuation of allergic inflammationenaEffects of eosinophils on mast cells: a new pathway for the perpetuation of allergic inflammationREV13698Piliponsky, A.M. Gleich, G.J.Bar, I.Levi-Schaffer, F.enARRAY(0x7d9df4)16-18S0161589002000908Piliponsky, A.M. Gleich, G.J.Bar, I.Levi-Schaffer, F.1372 200209380en,EosinophilsMast cellsAllergic inflammation22301001615890S016158900200090Q~en_ascii8Volume 38 (2001) Contents and subject and Author indexesen8Volume 38 (2001) Contents and subject and Author indexesMISI16-18S016158900200135XXIII 2002093822301001615890S016158900200135…a_en[Human B lymphocytesSomatic hypermutationsV(D)J recombinationHeavy chain variable segment‚en_asciiwTwo VH5 family genes expressed by human peripheral B cells display differential mutational frequencies in the VH regionen Two VH5 family genes expressed by human peripheral B cells display differential mutational frequencies in the VH regionFLA31U Chong, Y. Ikematsu, H. Murata, M. Yamaji, K. Nabeshima, S. Kashiwagi, S. Hayashi, J.enARRAY(0xcd53d4)1-2S016158900200054U Chong, Y. Ikematsu, H. Murata, M. Yamaji, K. Nabeshima, S. Kashiwagi, S. Hayashi, J.38 2002091539_en[Human B lymphocytesSomatic hypermutationsV(D)J recombinationHeavy chain variable segment01615890S016158900200054„NDen@Schistosoma mansoniFucose sugarsImmunomodulationHMG-2 protein‚>en_asciiImmunomodulation by parasites: high mobility group 2 (HMG-2) protein is a putative intracellular mediator for fucosylated sugars of Schistosoma mansonienImmunomodulation by parasites: high mobility group 2 (HMG-2) protein is a putative intracellular mediator for fucosylated sugars of Schistosoma mansoniFLA911Dissanayake, S.enARRAY(0x80b744)12-13S016158900200018Dissanayake, S.919 20020538Den@Schistosoma mansoniFucose sugarsImmunomodulationHMG-2 protein49470701615890S016158900200018„G1en-ThioredoxinHTLV-IRedoxOxidative stressTaxXen_asciieThioredoxin-mediated redox control of human T cell lymphotropic virus type I (HTLV-I) gene expressioneneThioredoxin-mediated redox control of human T cell lymphotropic virus type I (HTLV-I) gene expressionFLA723Q Sasada, T. Nakamura, H. Masutani, H.Ueda, S.Sono, H.Takabayashi, A. Yodoi, J.enARRAY(0x7daddc)10S016158900100109Q Sasada, T. Nakamura, H. Masutani, H.Ueda, S.Sono, H.Takabayashi, A. Yodoi, J.732 200202381en-ThioredoxinHTLV-IRedoxOxidative stressTax43365501615890S016158900100109o&en_ascii Author indexen Author indexMISI 2-3S016158900100064 V 2001083801615890S016158900100064ŒH„!en„Ab, antibodyAg, antigenBCR, Ag-receptor on B cellBSA, bovine serum albuminCGG, chicken gammaglobulinHEL, hen egg lysozymeHPLC, high-pressure liquid chromatographyIg, immunoglobulinITC, isothermal titration calorimetryKa, equilibrium association constantkoff, dissociation rate constantkon, association rate constantmAb, monoclonal antibodyNP, (4-hydroxy-3-nitrophenyl)acetylNP-Cap, -NP-aminocaproic acidOVA, ovalbuminPBS, phosphate-buffered salineRAMFc, rabbit anti-mouse FcRU, response unitSPR, surface plasmon resonance‚en_asciiReevaluation of stoichiometry and affinity/avidity in interactions between anti-hapten antibodies and mono- or multi-valent antigensenReevaluation of stoichiometry and affinity/avidity in interactions between anti-hapten antibodies and mono- or multi-valent antigensFLA1111  Oda, MasayukiAzuma, TakachikaenARRAY(0xfa13a4)18*S016158900100028 Oda, MasayukiAzuma, Takachika 1122 20001237„een„`Ab, antibodyAg, antigenBCR, Ag-receptor on B cellBSA, bovine serum albuminCGG, chicken gammaglobulinHEL, hen egg lysozymeHPLC, high-pressure liquid chromatographyIg, immunoglobulinITC, isothermal titration calorimetryKa, equilibrium association constantkoff, dissociation rate constantkon, association rate constantmAb, monoclonal antibodyNP, (4-hydroxy-3-nitrophenyl)acetylNP-Cap, -NP-aminocaproic acidOVA, ovalbuminPBS, phosphate-buffered salineRAMFc, rabbit anti-mouse FcRU, response unitSPR, surface plasmon resonance9466701615890S016158900100028…KlenhTranscutaneous immunizationTetanus toxoidCholera toxinIgAIgGReproductive tractSalivaOestrus cycle‚$en_ascii Transcutaneous immunization induces mucosal and systemic immunity: a potent method for targeting immunity to the female reproductive tracten Transcutaneous immunization induces mucosal and systemic immunity: a potent method for targeting immunity to the female reproductive tractFLA537 5Gockel, Christine M. Bao, ShisanBeagley, Kenneth W.enARRAY(0x7d9cbc)9abaS0161589000000745Gockel, Christine M. Bao, ShisanBeagley, Kenneth W. 544 20000637lenhTranscutaneous immunizationTetanus toxoidCholera toxinIgAIgGReproductive tractSalivaOestrus cycle01615890S016158900000074„^EenAImmunoglobulinHypermutationGlycosylationIntestinePlasma cells‚en_asciiwEffect of somatic hypermutation on potential N-glycosylation sites in human immunoglobulin heavy chain variable regionsen~Effect of somatic hypermutation on potential N-glycosylation sites in human immunoglobulin heavy chain variable regionsFLA1074Dunn-Walters, DeborahBoursier, Laurent Spencer, JoenARRAY(0x8e32b4)3-4S0161589000000384Dunn-Walters, DeborahBoursier, Laurent Spencer, Jo113 2000020137EenAImmunoglobulinHypermutationGlycosylationIntestinePlasma cells5992901615890S016158900000038„@,en(mutagenesis,off-rate,anti-gp120 antibody|enwUse of a novel mutagenesis strategy, optimized residue substitution, to decrease the off-rate of an anti-gp120 antibodyen_asciiwUse of a novel mutagenesis strategy, optimized residue substitution, to decrease the off-rate of an anti-gp120 antibodyFLA1065E Lewis, C.M. Hollis, G.F.Mark, G.E. III Jwu-Sheng, T.Ludmerer, S.W.enARRAY(0x5f7b38)14-15016158909500079E Lewis, C.M. Hollis, G.F.Mark, G.E. III Jwu-Sheng, T.Ludmerer, S.W.1072 19951032,en(mutagenesis,off-rate,anti-gp120 antibody01615890016158909500079šJ:€pæÆ1!?/ƒs ] M ² ¢ A  AĖ5„rcen_Isotype switchingClass switch recombinationGermline transcriptionIgEGene regulationAllergy^en_asciihMyb proteins repress human Ig _ germline transcription by inhibiting STAT6-dependent promoter activationenhMyb proteins repress human Ig _ germline transcription by inhibiting STAT6-dependent promoter activationFLA11295Monticelli, S. Ghittoni, R. Kabesch, M. Vercelli, D.enARRAY(0x810e90)15S0161589002000375Monticelli, S. Ghittoni, R. Kabesch, M. Vercelli, D.1138 20020638cen_Isotype switchingClass switch recombinationGermline transcriptionIgEGene regulationAllergy01615890S016158900200037…`FenBTLTFChemokineHumanEmbryonic forebrainTrypanosoma brucei bruceiƒen_asciiwConstitutive and inflammatory induction of a and b chemokines in human first trimester forebrain astrocytes and neuronsenConstitutive and inflammatory induction of a and b chemokines in human first trimester forebrain astrocytes and neuronsFLA9215 Bakhiet, M. Mousa, A.Seiger, Å. Andersson, J.enARRAY(0x89d690)12-13S016158900200019/ Bakhiet, M. Mousa, A. Seiger, A. Andersson, J.929 20020538FenBTLTFChemokineHumanEmbryonic forebrainTrypanosoma brucei brucei49470701615890S016158900200019… <en8Hepatitis C virusVaccine developmentPeptidesVirosomesen_asciiGPerspectives: towards a peptide-based vaccine against hepatitis C virusenGPerspectives: towards a peptide-based vaccine against hepatitis C virusREV475Hunziker, Isabelle P.Zurbriggen, RinaldoGlueck, ReinhardEngler, Olivier B.Reichen, Jürg Dai, Wen JuanPichler, Werner J.Cerny, AndreasenARRAY(0x8a4b38)6abbacaadS016158900100083 Hunziker, Isabelle P.Zurbriggen, RinaldoGlueck, ReinhardEngler, Olivier B. Reichen, Jurg Dai, Wen JuanPichler, Werner J.Cerny, Andreas484 20011238<en8Hepatitis C virusVaccine developmentPeptidesVirosomes01615890S016158900100083}2en_asciiForthcoming papersenForthcoming papersANN2572-3S0161589„_ZenVSingle-chain FvCatalytic antibodyOverexpressionPichia pastorisKluyveromyces lactis2en_asciiRComparison of three microbial hosts for the expression of an active catalytic scFvenRComparison of three microbial hosts for the expression of an active catalytic scFvFLA729H Robin, S. Petrov, K. Dintinger, T.Kujumdzieva, A. Tellier, C.Dion, M.enARRAY(0x4c87ac)12S016158900200253H Robin, S. Petrov, K. Dintinger, T.Kujumdzieva, A. Tellier, C.Dion, M.738 20030139ZenVSingle-chain FvCatalytic antibodyOverexpressionPichia pastorisKluyveromyces lactis9453101615890S016158900200253Nen_ascii Editorial Board/Publication Infoen Editorial Board/Publication InfoMISCO27-8S016158900200217CO2 2002113901615890S016158900200217„den`EAE diseaseMultiple sclerosisMast cellsCNSAutoimmunityFc receptorsMast cell-deficient mice en_ascii?Mechanisms underlying mast cell influence on EAE disease courseen?Mechanisms underlying mast cell influence on EAE disease courseREV1373* Brown, M.A. Tanzola, M.B.Robbie-Ryan, M.enARRAY(0x7f929c)16-18S016158900200091* Brown, M.A. Tanzola, M.B.Robbie-Ryan, M.1378 20020938den`EAE diseaseMultiple sclerosisMast cellsCNSAutoimmunityFc receptorsMast cell-deficient mice22301001615890S016158900200091ƒ*/en+CD14U937Sp1MEF2MonocyteDifferentiation$en_asciiKSynergistic interaction of MEF2D and Sp1 in activation of the CD14 promoterenKSynergistic interaction of MEF2D and Sp1 in activation of the CD14 promoterFLA25# Park, S.-Y. Shin, H.-M. Han, T.-H.enARRAY(0xcd65e8)1-2S016158900200055# Park, S.-Y. Shin, H.-M. Han, T.-H.30 2002091539/en+CD14U937Sp1MEF2MonocyteDifferentiation01615890S016158900200055…`FenBTLTFChemokineHumanEmbryonic forebrainTrypanosoma brucei bruceiƒen_asciiwConstitutive and inflammatory induction of a and b chemokines in human first trimester forebrain astrocytes and neuronsenConstitutive and inflammatory induction of a and b chemokines in human first trimester forebrain astrocytes and neuronsFLA9215 Bakhiet, M. Mousa, A.Seiger, Å. Andersson, J.enARRAY(0x89d690)12-13S016158900200019/ Bakhiet, M. Mousa, A. Seiger, A. Andersson, J.929 20020538FenBTLTFChemokineHumanEmbryonic forebrainTrypanosoma brucei brucei49470701615890S016158900200019}2en_asciiForthcoming papersenForthcoming papersANN2572-3S016158900100065257 2001083801615890S016158900100065‡/en Cancer metastasisImmune escapeMajor histocompatibility complex class II geneticsNatural selection for heterozygositySomatic mutations‚"en_asciidHidden variables: unstable Ab chain genes encoding antigen recognition structures in tumor survivorsen/Hidden variables: unstable Ab chain genes encoding antigen recognition structures in tumor survivorsFLA1091 } Liu, YinongMcMinimy, Douglas L.Savinov, Alexei Y.Johnson, Kevin A.Kremlev, Sergey G.Chapoval, Andrei I.Egorov, Igor K.enARRAY(0xfc4170)18111111*S016158900100029} Liu, YinongMcMinimy, Douglas L.Savinov, Alexei Y.Johnson, Kevin A.Kremlev, Sergey G.Chapoval, Andrei I.Egorov, Igor K. 1110 20001237en Cancer metastasisImmune escapeMajor histocompatibility complex class II geneticsNatural selection for heterozygositySomatic mutations9466701615890S016158900100029‰8‚oen‚jAPC, antigen presenting cellb2m, b2-microglobulinCTL, cytotoxic T lymphocyteER, endoplasmic reticulumhc, heavy chainHLA, human leukocyte antigenLCL, lymphoblastoid cell lineMHC, major histocompatibility complexRP-HPL, reversed phase-high performance liquid chromatographySRP, signal recognition poreTAP, transporter associated with antigen presentationHen_ascii]The peptide-loading complex and ligand selection during the assembly of HLA class I moleculesen]The peptide-loading complex and ligand selection during the assembly of HLA class I moleculesSSU483 Purcell, Anthony W.enARRAY(0x7b32fc)9S016158900000075Purcell, Anthony W. 492 20000637ƒwenƒrAPC, antigen presenting cellb2m, b2-microglobulinCTL, cytotoxic T lymphocyteER, endoplasmic reticulumhc, heavy chainHLA, human leukocyte antigenLCL, lymphoblastoid cell lineMHC, major histocompatibility complexRP-HPL, reversed phase-high performance liquid chromatographySRP, signal recognition poreTAP, transporter associated with antigen presentation01615890S016158900000075…$SenONF-kappa BTropical pulmonary eosinophiliaI-kappa BCytokineFilarial parasite‚%en_asciiiNF-kB is essential for induction of pro-inflammatory cytokine genes by filarial parasitic sheath proteinsen-NF-kB is essential for induction of pro-inflammatory cytokine genes by filarial parasitic sheath proteinsFLA1158Narayanan, KishoreBalakrishnan, ArunMiyamoto, ShigekienARRAY(0x81d200)3-4S0161589000000398Narayanan, KishoreBalakrishnan, ArunMiyamoto, Shigeki123 2000020137SenONF-kappa BTropical pulmonary eosinophiliaI-kappa BCytokineFilarial parasite5992901615890S016158900000039 šF6ˆx¹©ŌÄņŲņ Ź °   į ŃüŅü jżķ»»†0den`antibody genes,VH,VK,Vl primary antibody repertoire,kappa deficient mice,lambda2-transgenic mice‚!en_ascii~Vl-light chain genes reconstitute immune responses to defined carbohydrate antigens or haptens by utilizing different VH genesenVl-light chain genes reconstitute immune responses to defined carbohydrate antigens or haptens by utilizing different VH genesFLA1359@Bot, A. Nangpal, A. Pricop, L. Bogen, B. Kaushik, A. Bona, C.A.enARRAY(0x6a1110)17-18S016158909600095@Bot, A. Nangpal, A. Pricop, L. Bogen, B. Kaushik, A. Bona, C.A.1368 19961233JenEantibody genes,VH,VK,Vl primary antibody repertoire,kappa deficient mice,lambda 2-transgenic mice00253S016158909600095†k9en5MODS,MIP-1alpha,complement C5,protective role in MODS„en_asciiMTwo chemotactic factors, C5a and MIP-1alpha, dramatically alter the mortality from zymosan-induced multiple organ dysfunction syndrome (MODS): C5a contributes to MODS while MIP-1alpha has a protective roleen‚=Two chemotactic factors, C5a and MIP-1alpha , dramatically alter the mortality from zymosan-induced multiple organ dysfunction syndrome (MODS): C5a contributes to MODS whileƒS8en4Phage-displayPhosphorylcholineTrichinellaAffinity en_asciiISingle-chain Fv fragment lacks carrier specificity of the native antibodyenISingle-chain Fv fragment lacks carrier specificity of the native antibodyFLA190 Poon, K.-M. Tam, F.C.-H. Chui, Y.-L. Lim, P.-L.enARRAY(0x711774)1-2S0161589002000560 Poon, K.-M. Tam, F.C.-H. Chui, Y.-L. Lim, P.-L.24 20020915398en4Phage-displayPhosphorylcholineTrichinellaAffinity01615890S016158900200056=Ren_ascii"Introduction: a simple observationen"Introduction: a simple observationEDI125 Yewdell, J.3-4S016158900200092 Yewdell, J.126 20021039171763901615890S016158900200092„‚Ten_asciiCorrigendum to ''Genes expressed during the IFNgamma-induced maturation of pre-B cells'' - [Mol. Immunol. (2001) 38 (8) 597-606]enDCorrigendum to ''Genes expressed during the IFNgamma-induced maturation of pre-B cells'' - [Mol. Immunol. (2001) 38 (8) 597-606]ERR11679 Patrone, L. Damore, M.A. Lee, M.B. Malone, C.S.Wall, R.15S0161589002000389 Patrone, L. Damore, M.A. Lee, M.B. Malone, C.S.Wall, R.1167 2002063801615890S016158900200038‡aenMimotopeCross-reactivity‚$en_ascii Mimotopes of the hyper variable region 1 of the hepatitis C virus induce cross-reactive antibodies directed against discontinuous epitopesen Mimotopes of the hyper variable region 1 of the hepatitis C virus induce cross-reactive antibodies directed against discontinuous epitopesFLA485‚Roccasecca, RosamariaFolgori, AntonellaErcole, Bruno BruniPuntoriero, Giulia Lahm, ArminZucchelli, Silvia Tafi, RosalbaPezzanera, MonicaGalfre, GiovanniTramontano, AnnaMondelli, M.U.Pessi, AntonelloNicosia, AlfredoCortese, RiccardoMeola, AnnalisaenARRAY(0x7ab6cc)6aaaaaaaaaabaaaaS016158900100084‚Roccasecca, RosamariaFolgori, AntonellaErcole, Bruno BruniPuntoriero, Giulia Lahm, ArminZucchelli, Silvia Tafi, RosalbaPezzanera, MonicaGalfre, GiovanniTramontano, AnnaMondelli, M.U.Pessi, AntonelloNicosia, AlfredoCortese, RiccardoMeola, Annalisa492 20011238enMimotopeCross-reactivity01615890S016158900100084ƒ,:en6Anti-DNA antibodyscFv mutantFine specificityL chainen_asciiEModulation of fine specificity of anti-DNA antibody by CDR3L residuesenEModulation of fine specificity of anti-DNA antibody by CDR3L residuesFLA383 Jang, Young-JuSanford, DavidenARRAY(0x8023bc)5a*bS016158900100066Jang, Young-JuSanford, David 387 20010938:en6Anti-DNA antibodyscFv mutantFine specificityL chain01615890S016158900100066…>VenRRabbit polyclonal anti-fluorescein FabSubpopulationsAffinitySpectral properties‚<en_asciiResolution of rabbit polyclonal anti-fluorescein Fab (IgG) fragments into subpopulations differing in affinity and spectral properties of bound ligandenResolution of rabbit polyclonal anti-fluorescein Fab (IgG) fragments into subpopulations differing in affinity and spectral properties of bound ligandFLA35 6Voss, Edward W., JrCroney, John C.Jameson, David M.enARRAY(0x931248)1a*bbS0161589001000486Voss, Edward W., JrCroney, John C.Jameson, David M. 44 20010138VenRRabbit po…PKenGComplementClassical pathwayAlternative pathwayLectin pathwayMBLC1q*en_asciiNFunctional characterization of the lectin pathway of complement in human serumenNFunctional characterization of the lectin pathway of complement in human serumFLA655Roos, A. Bouwman, L.H. Munoz, J.Zuiverloon, T.Faber-Krol, M.C.Fallaux-van den Houten, F.C.Klar-Mohamad, N. Hack, C.E. Tilanus, M.G. Daha, M.R.enARRAY(0x89417c)11 S016158900200254Roos, A. Bouwman, L.H. Munoz, J.Zuiverloon, T.Faber-Krol, M.C.Fallaux-van den Houten, F.C.Klar-Mohamad, N. Hack, C.E. Tilanus, M.G. Daha, M.R.668 20030139KenGComplementClassical pathwayAlternative pathwayLectin pathwayMBLC1q01615890S016158900200254ƒS8en4Phage-displayPhosphorylcholineTrichinellaAffinity en_asciiISingle-chain Fv fragment lacks carrier specificity of the native antibodyenISingle-chain Fv fragment lacks carrier specificity of the native antibodyFLA190 Poon, K.-M. Tam, F.C.-H. Chui, Y.-L. Lim, P.-L.enARRAY(0x711774)1-2S0161589002000560 Poon, K.-M. Tam, F.C.-H. Chui, Y.-L. Lim, P.-L.24 20020915398en4Phage-displayPhosphorylcholineTrichinellaAffinity01615890S016158900200056=Ren_ascii"Introduction: a simple observationen"Introduction: a simple observationEDI125 Yewdell, J.3-4S016158900200092 Yewdell, J.126 20021039171763901615890S016158900200092ƒ,:en6Anti-DNA antibodyscFv mutantFine specificityL chainen_asciiEModulation of fine specificity of anti-DNA antibody by CDR3L residuesenEModulation of fine specificity of anti-DNA antibody by CDR3L residuesFLA383 Jang, Young-JuSanford, DavidenARRAY(0x8023bc)5a*bS016158900100066Jang, Young-JuSanford, David 387 20010938:en6Anti-DNA antibodyscFv mutantFine specificityL chain01615890S016158900100066‡(‚en‚SLAM, signaling lymphocytic activation moleculeSAP, SLAM-associated proteinSH2, src-homology domain-2SHP-2, SH2-domain containing protein tyrosine phosphatase-2XLP, X-linked lymphoproliferative diseaseITIM, immunoreceptor tyrosine-based inhibitory motifsNK, natural killerxen_ascii52B4-mediated activation of human natural killer cellsen52B4-mediated activation of human natural killer cellsFLA493 ITangye, Stuart G.Cherwinski, HollyLanier, Lewis L.Phillips, Joseph H.enARRAY(0x84d104)9abcbS016158900000076ITangye, Stuart G.Cherwinski, HollyLanier, Lewis L.Phillips, Joseph H. 501 20000637‚en‚SLAM, signaling lymphocytic activation moleculeSAP, SLAM-associated proteinSH2, src-homology domain-2SHP-2, SH2-domain containing protein tyrosine phosphatase-2XLP, X-linked lymphoproliferative diseaseITIM, immunoreceptor tyrosine-based inhibitory motifsNK, natural killer01615890S016158900000076 š—‡ńÖĘ<,§§B ‘  f VWG½½ 7'B2i+i…Gensystemic lupus erythematosus,comparative molecular modeling,anti-(H2A-H2B) autoantibodies,nucleosome,electrostatic interactionsHen_ascii]Modeling of anti-nucleosome immunoglobulin Fv domains: analysis of electrostatic interactionsen]Modeling of anti-nucleosome immunoglobulin Fv domains: analysis of electrostatic interactionsFLA793N Brard, F. Petit, S. Coquerel, G. Gilbert, D. Koutouzov, S. Perez, G.Tron, F.enARRAY(0x604efc)11S016158909700059N Brard, F. Petit, S. Coquerel, G. Gilbert, D. Koutouzov, S. Perez, G.Tron, F.807 19970834ensystemic lupus erythematosus,comparative molecular modeling,anti-(H2A-H2B) autoantibodies,nucleosome,electrostatic interactions00253S016158909700059…c6en2gammadelta T cells,pig immunology,surface antigens‚9en_ascii]Isolation and N-terminal sequence determination of a novel gamma/delta T cell surface antigenenMIsolation and N-terminal sequence determination of a novel gamma /delta T cell surface antigenFLA5838 Nayeem, N. Barker, P.J. Binns, R.M. Kanan, J. Chain, B.enARRAY(0x574654)8-9S0161589097000778 Nayeem, N. Barker, P.J. Binns, R.M. Kanan, J. Chain, B.591 19970634'en"gamma 1 integrin and CD98 on human T lymphocytesFLA739-Miyamoto, Y.J.Mitchell, J.S.McIntyre, B.W.enARRAY(0x7227c8)12S016158900200255-Miyamoto, Y.J.Mitchell, J.S.McIntyre, B.W.751 20030139UenQHumanT lymphocytesAdhesion moleculesCellular activationCell surface molecules9453101615890S016158900200255en_asciiPrefaceenPrefaceEDI1171 Rivera, J.16-18S016158900200057 Rivera, J.1171 2002093822301001615890S016158900200057„9en5Antimicrobial peptideGene regulationInnate immunity‚ en_asciiCharacterization of an upstream open reading frame in the 5' untranslated region of PR-39, a cathelicidin antimicrobial peptideenCharacterization of an upstream open reading frame in the 5' untranslated region of PR-39, a cathelicidin antimicrobial peptideFLA9Wu, H. Ross, C.R. Blecha, F.enARRAY(0x71dd64)1-2S016158900200093Wu, H. Ross, C.R. Blecha, F.18 20020915399en5Antimicrobial peptideGene regulationInnate immunity01615890S016158900200093‹‚Een‚@BSA, bovine serum albuminCIRE, GenBank accession number AY049062CRD, carbohydrate recognition domainDC, dendritic cell/smAb, monoclonal antibody/sHRP, horse radish peroxidaseIg, immunoglobulinLPS, lipopolysaccharidePE, phycoerythrinRDA, representational difference analysisWEHI, Walter and Eliza Hall Institute‚Ben_asciirMolecular cloning of a C-type lectin superfamily protein differentially expressed by CD8a- splenic dendritic cellsenAMolecular cloning of a C-type lectin superfamily protein differentially expressed by CD8a- splenic dendritic cellsFLA365  Caminschi, IrinaLucas, Karen M.O'Keeffe, Meredith A.Hochrein, HubertusLaâbi, YacineBrodnicki, Thomas C.Lew, Andrew M. Shortman, KenWright, Mark D.enARRAY(0x4c7934)5a,b*a,bacaaa,ba,bdS016158900100067Caminschi, IrinaLucas, Karen M.O'Keeffe, Meredith A.Hochrein, Hubertus Laabi, YacineBrodnicki, Thomas C.Lew, Andrew M. Shortman, KenWright, Mark D. 373 20010938‚Een‚@BSA, bovine serum albuminCIRE, GenBank accession number AY049062CRD, carbohydrate recognition domainDC, dendritic cell/smAb, monoclonal antibody/sHRP, horse radish peroxidaseIg, immunoglobulinLPS, lipopolysaccharidePE, phycoerythrinRDA, representational difference analysisWEHI, Walter and Eliza Hall Institute01615890S016158900100067„W"enBCGInterleukin-2GFPImmunity‚8en_asciiCo-expression of interleukin-2 and green fluorescent protein reporter in mycobacteria: in vivo application for monitoring antimycobacterial immunityenCo-expression of interleukin-2 and green fluorescent protein reporter in mycobacteria: in vivo application for monitoring antimycobacterial immunityFLA527 <Luo, YiChen, XiaohongSzilvasi, AkosA. O'Donnell, MichaelenARRAY(0x7e0e20)9S016158900000077<Luo, YiChen, XiaohongSzilvasi, AkosA. O'Donnell, Michael 536 20000637"enBCGInterleukin-2GFPImmunity01615890S016158900000077š,",ØjN’åĀXI ŁŃ­ØjfJE'ō궩{wZR-ßŻÄ¾‘d\'åß®œcSķĢum7'żī›Ž=.źäĆ©kgJ3šß؍B;ó“£lFåՐqū«åvqR g@ŻĢ•}8ØŽE'ÖÄ‹} č ą » ° … ~ [ = ģ Ś ” ‹ J F   ī Ļ k f G ’ Y B ’ é — ƒ F 6 ź–{0kDįĖy?y £ n Y  Č ³ t R ł č ± ” E 0ńéÄž=-诔™ŠÉ–€? Ķ³jG÷ļŹĮš’]3Ä­%ŗœõ(Oõ ¶æR3S016158909782768S016158909800079S016158909900070nt, nucle%fS016158909800027S016158909800036S016158909900019S016158909900029S016158909900070S016158909900078PCR, polymerase chain reactionPCR, polymerase chain reactionPCR, polymerase chain reactionS"S016158909800021S016158909900079ORF, open reading frameORF, open reading frameORF, open reading frameUS016158909700145S016158909800115S016158909800043S016158909900052S016158909900055LPS, lipopolysaccharideLPS, lipopolysaccharideLPS, lipopolysacchariden"S016158909800027S016158909900029VL, light chain variable region*VL, light chain variable regionVL, light chain variable region4!S016158909900026016158909500137AntibodyAntibodyAntibody&S016158909800022 CD23 mRNA CD23 mRNACD23 mRNA$S016158909800044CeramideCeramideCeramideOS01615890980002981Xe, VH81X embedded RSS#81Xe, VH81X embedded RSS81Xe, VH81X embedded RSSHS016158909800024M5-isc, ZZ-M5-iscom matrixM5-isc, ZZ-M5-iscom matrixM5-isc, ZZ-M5-iscom matrixRS016158909800024FCA, Freund's complete adjuvantFCA, Freund's complete adjuvantFCA, Freund's complete adjuvant@S016158909800021fMLP, N-formyl peptidefMLP, N-formyl Q"S016158909900121S016158909700117PNA, peanut agglutininPNA, peanut agglutininPNA, peanut agglutininbS016158909900115'L-CIP, large complement-induced protein'L-CIP, large complement-induced proteinL-CIP, large complement-induced protein%fS016158909800027S016158909800036S016158909900070S016158909900078S016158909900019S016158909900029PCR, polymerase chain reactionPCR, polymerase chain reactionPCR, polymerase chain reactionJS016158909900074scFv, single-chain antibodyscFv, single-chain antibodyscFv, single-chain antibodyS"S016158909800021S016158909900079ORF, open reading frameORF, open reading frameORF, open reading frame4S016158909900074Flexible dockingFlexible dockingFlexible docking<S016158909900067Constant heavy chainConstant heavy chainConstant heavy chainQ"S016158909900066S016158909800052CD, circular dichroismCD, circular dichroismCD, circular dichroismBS016158909900070residues of active siteresidues of active siteresidues of active site$S016158909900070Hexons that code for serine protease segments containing His, Asp and SerHexons that code for serine protease segments containing His, Asp and Serexons that code for serine protease segments containing His, Asp and SerS016158909900061CIITACIITACIITAc"S016158909800072S016158909900052CFA, complete Freund's adjuvantCFA, complete Freund's adjuvantCFA, complete Freund's adjuvant"S016158909900036MaskingMaskingMasking-"S016158909800058S016158909900030MEF2MEF2MEF2@S016158909900027PNA, Peanut agglutininPNA, Peanut agglutininPNA, Peanut agglutinin8S016158909900025Computer modellingComputer modellingComputer modellingPS016158909800115Immunoglobulin gene regulationImmunoglobulin gene regulationImmunoglobulin gene regulation"S016158909800036CloningCloningCloning*S016158909800093 U1C protein U1C proteinU1C protein$S016158909800050AllergenAllergenAllergentS016158909800087016158909500073S016158909700143016158909400132S016158909700078016158909500103S016158909700121T cell epitopeT cell epitopeT cell epitope8S016158909800060Gene rearrangementGene rearrangementGene rearrangementPS016158909800100PCR, Polymerase chain reactionPCR, Polymerase chain reactionPCR, Polymerase chain reactionHS016158909800088CHO, Chinese hamster ovaryCHO, Chinese hamster ovaryCHO, Chinese hamster ovaryfS016158909800072)scFv, single chain variable fragment (Fv))scFv, single chain variable fragment (Fv)scFv, single chain variable fragment (Fv)DS016158909800036LB, Luria-Bertani mediumLB, Luria-Bertani mediumLB, Luria-Bertani medium6S016158909800051sAg: superantigensAg: superantigensAg: superantigenbS016158909800051'CDR: complementarity determining region'CDR: complementarity determining regionCDR: complementarity determining region"S016158909700149GC2 and C4, various components of the human complement classical pathwayGC2 and C4, various components of the human complement classical pathwayC2 and C4, various components of the human complement classical pathwayS016158909800010Ets-1Ets-1Ets-1nS016158909800041-terminal and the HSA on the carboxyl terminal-terminal and the HSA on the carboxyl terminalterminal and the HSA on the carboxyl terminaln"S016158909800027S016158909900029VL, light chain variable region*VL, light chain variable regionVL, light chain variable regionOS01615890980002981Xe, VH81X embedded RSS#81Xe, VH81X embedded RSS81Xe, VH81X embedded RSSRS016158909800024FCA, Freund's complete adjuvantFCA, Freund's complete adjuvantFCA, Freund's complete adjuvantD!S016158909700147016158909600010T helper epitopeT helper epitopeT helper epitope`S016158909700145&DMEM, Dulbecco's modified Eagle medium&DMEM, Dulbec•B‡den‡_CH, heavy-chain constant regionCL, light-chain constant regionDFP, diisopropyl fluorophosphateDTT, dithiothreitolER, endoplasmic reticulumESI-MS, electrosplay ionization-mass spectrometryFab, antigen binding fragmentFAB-MS, fast atom bombardment-mass spectrometryFAB-MS/MS, fast atom bombardment-mass spectrometry/mass spectrometryFc, fragment composed of the C-terminal halves of the heavy chainsHCD, heavy chain diseaseIgG, immunoglobulin GHPLC, high-performance liquid chromatographyIgG2a(s), a short-chain mouse monoclonal anti-dansyl IgG2a antibody that lacks the entire CH1 domainIgG2a(s)H2L2, the IgG2a(s) antibody with an inter light-chain disulfide bridgeIgG2a(s)H2LL, the IgG2a(s) antibody without inter light-chain disulfide bridgeNMR, nuclear magnetic resonanceSDS-PAGE, sodium docedyl sulfate-polyacrylamide gel electrophoresisTFA, trifluoroacetic acidTLCK, Na-tosyl-L-lysyl chloromomethyl ketoneVHheavy-chain variable regionVL, light-chain variable regionmen_asciijPost-translational modifications of immunoglobulin G: a mouse IgG variant that lacks the entire CH1 domainenuPost-translational modifications of immunoglobulin G: a mouse IgG variant that lacks the entire CH1 domainFLA993mMasuda, KatsuyoshiYamaguchi, Yoshiki Kato, Koichi Kim, HaHyungTakahashi, NorikoShimada, Ichio Arata, YojienARRAY(0x83d374)15-16a, bcccdceS016158909900131mMasuda, KatsuyoshiYamaguchi, Yoshiki Kato, Koichi Kim, HaHyungTakahashi, NorikoShimada, Ichio Arata, Yoji1003  199910/1136‰en‰CH, heavy-chain constant regionCL, light-chain constant regionDFP, diisopropyl fluorophosphateDTT, dithiothreitolER, endoplasmic reticulumESI-MS, electrosplay ionization-mass spectrometryFab, antigen binding fragmentFAB-MS, fast atom bombardment-mass spectrometryFAB-MS/MS, fast atom bombardment-mass spectrometry/mass spectrometryFc, fragment composed of the C-terminal halves of the heavy chainsHCD, heavy chain diseaseIgG, immunoglobulin GHPLC, high-performance liquid chromatographyIgG2a(s), a short-chain mouse monoclonal anti-dansyl IgG2a antibody that lacks the entire CH1 domainIgG2a(s)H2L2, the IgG2a(s) antibody with an inter light-chain disulfide bridgeIgG2a(s)H2LL, the IgG2a(s) antibody without inter light-chain disulfide bridgeNMR, nuclear magnetic resonanceSDS-PAGE, sodium docedyl sulfate-polyacrylamide gel electrophoresisTFA, trifluoroacetic acidTLCK, Na-tosyl-L-lysyl chloromomethyl ketoneVHheavy-chain variable regionVL, light-chain variable region38288201615890S016158909900131šÄ“˜ˆo_cS Ž ~ . öŲĄšĄßŅ¤˜\R*ļį±¦|qG<ąÓ„š`U+ŪŃ©qg/#ēŁ©šhW!ćÖ§œqhA7Ā¹‚v90łīĆŗ“†WH åŁ¬›d]:,ūķ¼²‰w?3śĶĄ‘‡^R%õėĀ·Œ‚YJ ŽĶ–‹`K ’ŠÄ—‹^R%×Į€sD9łŗ§l`3" ė į ø ® … w 6 * ż ķ ø © v a '  ÷ ļ Ź µ v l C :  ē ˆ v = . ū… ū 3 ÷ ė ¾ ² … { R G   Ļ » ~ u N D  ßŌ©˜aT%ņć°¤wg!ŚĪ”YM źŚ„—fQÖŹ‘dX+ņߤ®¤/ņ鲤cY ŻŌ”M 3M ( /':; Marsh, D.G. Marsh, D.G."S016158909F Frade, R. Frade, R.1016158909500005016158909682881S016158909800098Frade, R.6 Sitia, R. Sitia, R.!016158909500132S016158909800073Sitia, R.8 Boquet, D. Boquet, D.!016158909500012S016158909700119Boquet, D.8 Ch'ang, L. Ch'ang, L.!016158909400135S016158909700038Ch'ang, L.@Ringelberg, C.Ringelberg, C.!016158909400135S016158909700038:Sanderson, Colin J.Sanderson, Colin J.S016158909800023Sanderson, Colin J., Vegh, Zsuzsa Vegh, ZsuzsaS016158909800056Vegh, Zsuzsa, Tetsu, Osamu Tetsu, OsamuS016158909800048Tetsu, Osamu, Stuge, T. B. Stuge, T. B.S016158909800037Stuge, T. B., Cleary, A.M. Cleary, A.M.S01615„xen_asciiuRetinol (vitamin A) is a cofactor in CD3-induced human T lymphocyte activation: Its use in immunodeficiencies therapyenuRetinol (vitamin A) is a cofactor in CD3-induced human T lymphocyte activation: Its use in immunodeficiencies therapyABS785] Corell, A. Allende, L.M. Madrono, A.Lopez-Goyanes, A.Garcia-Perez, M.A.Arnaiz-Villena, A.11-12[DOI] 10.1016/S016158909890500] Corell, A. Allende, L.M. Madrono, A.Lopez-Goyanes, A.Garcia-Perez, M.A.Arnaiz-Villena, A.785 199808013501615890[DOI] 10.1016/S016158909890500„&;en7TranscriptionHIV Tatbeta2-microglobulinPromoterLTRZen_ascii@Hiv Tat represses transcription of the b2-microglobulin promoteren Hiv Tat represses transcription of the b2-microglobulin promoterFLA11713 Carroll, I.R.Wang, J.Howcroft, T.K. Singer, D.S.enARRAY(0x863200)181111S0161589098001073 Carroll, I.R.Wang, J.Howcroft, T.K. Singer, D.S.1178 1998121535;en7TranscriptionHIV Tatbeta2-microglobulinPromoterLTR81893501615890S016158909800107„NEenAImmunoadsorptionHydrostatic pressureThermodynamicsSalt bridgesJen_ascii^Effect of pressure on antigen-antibody complexes: modulation by temperature and ionic strengthen^Effect of pressure on antigen-antibody complexes: modulation by temperature and ionic strengthFLA1149F Roy, ParthaRoth, Charles M.Margolies, Michael N.Yarmush, Martin L.enARRAY(0x858c8c)17aabaS016158909900133F Roy, ParthaRoth, Charles M.Margolies, Michael N.Yarmush, Martin L.1158 19991236EenAImmunoadsorptionHydrostatic pressureThermodynamicsSalt bridges82453501615890S016158909900133‹CƒtenƒoATP, adenosine triphosphateCSPG, chondroitin sulfate proteoglycanecto-PK, ecto-protein kinasefH, factor HfI, factor IL-CIP, large complement-induced proteinmAb, mouse monoclonal antibodiesMAC, membrane attack complexMAPK, mitogen-activated protein kinaseMBP, mannan binding proteinmCRP, membrane-bound complement regulatory proteinsPI-PLC, phosphatidylinositol-specific phospholipase CPKC, protein kinase CPMA, phorbol myristate acetatesCRP, soluble complement regulatory proteins.en_asciiBComplement resistance of tumor cells: basal and induced mechanismsenBComplement resistance of tumor cells: basal and induced mechanismsFLA929j Jurianz, K. Ziegler, S.Garcia-Schüler, H. Kraus, S.Bohana-Kashtan, O. Fishelson, Z.Kirschfink, M.enARRAY(0x8c4cc8)13-14aaabbbaS016158909900115e Jurianz, K. Ziegler, S.Garcia-Schuler, H. Kraus, S.Bohana-Kashtan, O. Fishelson, Z.Kirschfink, M.939  199909/1036ƒtenƒoATP, adenosine triphosphateCSPG, chondroitin sulfate proteoglycanecto-PK, ecto-protein kinasefH, factor HfI, factor IL-CIP, large complement-induced proteinmAb, mouse monoclonal antibodiesMAC, membrane attack complexMAPK, mitogen-activated protein kinaseMBP, mannan binding proteinmCRP, membrane-bound complement regulatory proteinsPI-PLC, phosphatidylinositol-specific phospholipase CPKC, protein kinase CPMA, phorbol myristate acetatesCRP, soluble complement regulatory proteins.23108801615890S016158909900115z… en…C3i, complement C3 hydrolyzed peptideRaRF, Ra-reactive factorP100, a serine protease component of RaRF (alternative nameMASP)MBL, mannan-binding lectinMASP, MBL-associated serine proteaseC1r/s, complement C1r and C1s specific repeat [also known as CUB (complement subcomponent C1r/C1sUegf, Bmp1)]EGF, epidermal growth factorCCP, complement control protein [also known as short consensus repeats (SCRs) or sushi modules]PCR, polymerase chain reactionLA-PCR, long accumulated PCRnt, nucleotideaa, amino acidH-, D- and S-exonsexons that code for serine protease segments containing His, Asp and Ser residues of active siterespectively6en_asciiTGene structure of the P100 serine-protease component of the human Ra-reactive factorenTGene structure of the P100 serine-protease component of the human Ra-reactive factorFLA505WTakayama, Yoshinaga Takada, FumioNowatari, MasahikoKawakami, MasayaMatsu-ura, NobuoenARRAY(0x89a51c)8 abbabS016158909900070WTakayama, Yoshinaga Takada, FumioNowatari, MasahikoKawakami, MasayaMatsu-ura, Nobuo514 19990636…!en…C3i, complement C3 hydrolyzed peptideRaRF, Ra-reactive factorP100, a serine protease component of RaRF (alternative nameMASP)MBL, mannan-binding lectinMASP, MBL-associated serine proteaseC1r/s, complement C1r and C1s specific repeat [also known as CUB (complement subcomponent C1r/C1sUegf, Bmp1)]EGF, epidermal growth factorCCP, complement control protein [also known as short consensus repeats (SCRs) or sushi modules]PCR, polymerase chain reactionLA-PCR, long accumulated PCRnt, nucleotideaa, amino acidH-, D- and S-exonsexons that code for serine protease segments containing His, Asp and Ser residues of active siterespectively01615890S016158909900070„4en0IS630/Tcl transposonTransposaseRAGPalindromes‚en_asciizComparative analysis of invertebrate Tc6 sequences that resemble the vertebrate V(D)J recombination signal sequences (RSS)enzComparative analysis of invertebrate Tc6 sequences that resemble the vertebrate V(D)J recombination signal sequences (RSS)FLA481$Dreyfus, David H.Gelfand, Erwin W.enARRAY(0x739e90)7S016158909900034$Dreyfus, David H.Gelfand, Erwin W.488 199905364en0IS630/Tcl transposonTransposaseRAGPalindromes31315001615890S016158909900034†.en)dsDNA, double-strandad DNAPC, phosphorylcholineLPS, lipopolysaccharideSLE, systemic lupus erythematosusKLH, keyhole limpet hemocyaninCFA, complete Freund's adjuvant‚en_asciiyCrossreactive B cells are present during a primary but not secondary response in BALB/c mice expressing a bcl-2 transgeneenyCrossreactive B cells are present during a primary but not secondary response in BALB/c mice expressing a bcl-2 transgeneFLA471+ Kuo, PhilipBynoe, MargaretDiamond, BettyenARRAY(0x72a4f8)7S016158909900052+ Kuo, PhilipBynoe, MargaretDiamond, Betty479 19990536.en)dsDNA, double-strandad DNAPC, phosphorylcholineLPS, lipopolysaccharideSLE, systemic lupus erythematosusKLH, keyhole limpet hemocyaninCFA, complete Freund's adjuvant31315001615890S016158909900052„*.en*b2m exchangePeptide structureClass I MHCEen_asciiVPeptide ligand structure influences the exchange of 2-microglobulin by cell surface KbenaPeptide ligand structure influences the exchange of 2-microglobulin by cell surface KbFLA929$ Cook, J.R. Myers, N.B. Hansen, T.H.enARRAY(0x913cf8)14-15111S016158909800080$ Cook, J.R. Myers, N.B. Hansen, T.H.934 1998100135enb2m exchangePeptide structureClass I MHC01615890S016158909800080š\LæÆ=-QAŅĀų • s •€D2śĘJF* ųą§”ZQĶÉ­¢xe+óŲŽ€P=óæŖlZ"ń{h.ēÖ •kdB:öā¦ €q>7ŪÕ“§xd'ĶÉŒ~M>  ßÅ|oļą­•P7ąÓ¤•bW,)ķåĄ®ul5)üłŽÖ±¤ua$ Ó &  į Ą i Z '  Ź ø  x E 6  ķ ¬ „ @ 8  ü ¹ ¬ } m 8 #äĶŠz5+õĘ«`Q Źŗ…u/·®‡iśķ¾XQ.ęŲd#‹{F9śė§(§C"S016158909700145S016158909800043IL, interleukinIL, interleukinIL, interleukin>!016158909500154S016158909800031 Interleukin-4 Interleukin-4Interleukin-44S016158909800050Cross-reactivityCross-reactivityCross-reactivityS016158909700149Arecombines with C1q to give C1, the first component of complementArecombines with C1q to give C1, the first component of complementrecombines with C1q to give C1, the first component of complementsTS016158909600111S016158909700109S016158909800005S016158909700147016158909600017autoantibodiesautoantibodiesautoantibodies6S016158909800003membrane proteinsmembrane proteinsmembrane proteins"S016158909800007LimulusLimulusLimulusDS0161589098000072-macroglobulin!α2-macroglobulinα2-macroglobulin.S016158909800015 Costimulation CostimulationCostimulationS016158909800022GASGASGASPS016158909800030Immunoglobulin variable regionImmunoglobulin variable regionImmunoglobulin variable region&S016158909800030 Insertion InsertionInsertionVS016158909800028!PTP, protein-tyrosine phosphatase!PTP, protein-tyrosine phosphatasePTP, protein-tyrosine phosphataseE"S016158909700058S016158909800019T cell receptorsT cell receptorsT cell receptors4S016158909800016HIV-1 coreceptorHIV-1 coreceptorHIV-1 coreceptor>S016158909800006Nuclear translocationNuclear translocationNuclear translocation2S016158909800006Channel catfishChannel catfishChannel catfishJS016158909800027DNA, desoxyribonucleic acidDNA, desoxyribonucleic acidDNA, desoxyribonucleic acid.S016158909800027 Phage display Phage displayPhage display(S016158909800023 Palindrome PalindromePalindromeD!S016158909700085016158909500127cross-reactivitycross-reactivitycross-reactivityBS016158909700145RaLPS, Ra-chemotype LPSRaLPS, Ra-chemotype LPSRaLPS, Ra-chemotype LPS>S016158909700118Variable heavy domainVariable heavy domainVariable heavy domain4S016158909700142myeloid lineagesmyeloid lineagesmyeloid lineages.S016158909700060 SRCR-proteins SRCR-proteinsSRCR-proteinsBS016158909700140Boc, t-butyloxycarbonylBoc, t-butyloxycarbonylBoc, t-butyloxycarbonyl$S016158909700120HIV-2RODHIV-2RODHIV-2RODdS016158909600044016158909500020S016158909700121S016158909700133S016158909700056peptidepeptidepeptide@S016158909782768comparative immunologycomparative immunologycomparative immunology2S016158909700107chain of BoNT/Achain of BoNT/Achain of BoNT/A2!S016158909700132016158909500067octameroctameroctamer8S016158909700096ki†a7en3IL-4Prostaglandin E2IFN-gamma and DNA methylationƒen_ascii IL-4 and prostaglandin E2 inhibit hypomethylation of the 5' regulatory region of IFN-gamma gene during differentiation of naive CD4+ T cellsenfIL-4 and prostaglandin E2 inhibit hypomethylation of the 5' regulatory region of IFN-gamma gene during differentiation of naive CD4+ T cellsFLA39^ Katamura, K. Fukui, T. Kiyomasu, T.Iio, J.Tai, G.Ueno, H. Heike, T. Mayumi, M. Furusho, K.enARRAY(0x72d4bc)1 S016158909880015^ Katamura, K. Fukui, T. Kiyomasu, T.Iio, J.Tai, G.Ueno, H. Heike, T. Mayumi, M. Furusho, K.45 19980135enIL-4Prostaglandin E2IFN-gamma and DNA methylation01615890S016158909880015ƒ8$en Immune defenceEscapeResistance^en_asciihEvasion of pathogens by avoiding recognition or eradication by complement, in part via molecular mimicryenhEvasion of pathogens by avoiding recognition or eradication by complement, in part via molecular mimicrySSU249Würzner, ReinhardenARRAY(0x4c6e50)4-5S016158909900049Wurzner, Reinhard260  199903/0436$en Immune defenceEscapeResistance31315001615890S016158909900049„mvenrAutoantibodiesAnti-DNASingle chain FvMRL/lpr Site-directed mutagenesisMolecular modelingAntigen-binding siteen_ascii@The structural basis for DNA binding by an anti-DNA autoantibodyen@The structural basis for DNA binding by an anti-DNA autoantibodyFLA1207= Jang, Y.-J. Sanford, D. Chung, H.Y. Baek, S.Y. Stollar, B.D.enARRAY(0x8209d0)18 12312S016158909800095= Jang, Y.-J. Sanford, D. Chung, H.Y. Baek, S.Y. Stollar, B.D.1217 1998121535}enyAutoantibodiesAnti-DNASingle chain FvMRL/lpr Site-directed mutagenesisMolecular modelingAntigen-binding site81893501615890S016158909800095…Zcen_SpA, staphylococcal protein AModSpA, chemically modified SpA that retains Fab binding activity‚!en_asciiThe murine clan VH III related 7183, J606 and S107 and DNA4 families commonly encode for binding to a bacterial B cell superantigenenThe murine clan VH III related 7183, J606 and S107 and DNA4 families commonly encode for binding to a bacterial B cell superantigenFLA769B Cary, StephenKrishnan, MeeraMarion, Tony N.Silverman, Gregg J.enARRAY(0x95cf50)11-12abbaS016158909900085B Cary, StephenKrishnan, MeeraMarion, Tony N.Silverman, Gregg J.776 19990836cen_SpA, staphylococcal protein AModSpA, chemically modified SpA that retains Fab binding activity18605601615890S016158909900085ˆp‚en|Ig, immunoglobulinCgamma, the constant heavy chain gamma geneCH, constant part of the heavy chainVL, the variable domain of the light chainVHH, the variable domain of the heavy-chain antibodiesIVS, intervening sequencent, nucleotidebp, base pair‚3en_ascii Loss of splice consensus signal is responsible for the removal of the entire CH1 domain of the functional camel IGG2A heavy-chain antibodiesenLoss of splice consensus signal is responsible for the removal of the entire CH1 domain of the functional camel IGG2A heavy-chain antibodiesFLA515AKhong Nguyen, VietHamers, Raymond Wyns, LodeMuyldermans, SergeenARRAY(0x8abc2c)8S016158909900067AKhong Nguyen, VietHamers, Raymond Wyns, LodeMuyldermans, Serge524 19990636‚Wen‚RIg, immunoglobulinCgamma, the constant heavy chain gamma geneCH, constant part of the heavy chainVL, the variable domain of the light chainVHH, the variable domain of the heavy-chain antibodiesIVS, intervening sequencent, nucleotidebp, base pair01615890S016158909900067… enTAPMHCPeptideBindingassayden_asciikSubstrate selection by transporters associated with antigen processing occurs during peptide binding to TAPenkSubstrate selection by transporters associated with antigen processing occurs during peptide binding to TAPFLA427zGubler, BrigitteDaniel, SoizicArmandola, Elena A.Hammer, JuergenCaillat-Zucman, SophieEndert, Peter M. van U, InsermenARRAY(0x8f6528)81123111S016158909800059zGubler, BrigitteDaniel, SoizicArmandola, Elena A.Hammer, JuergenCaillat-Zucman, SophieEndert, Peter M. van U, Inserm433 1998050135 enTAPMHCPeptideBindingassay16012101615890S016158909800059…LenHHLA class I moleculesHCA2MonoclonalantibodyEpitopePeptide inhibition‚*en_ascii The monoclonal antibody HCA2 recognises a broadly shared epitope on selected classical as well as several non-classical hla class i moleculesen The monoclonal antibody HCA2 recognises a broadly shared epitope on selected classical as well as several non-classical hla class i moleculesFLA8194 Seitz, C.Uchanska-Ziegler, B.Zank, A. Ziegler, A.enARRAY(0x8fc344)131111S0161589098000774 Seitz, C.Uchanska-Ziegler, B.Zank, A. Ziegler, A.827 1998090135LenHHLA class I moleculesHCA2MonoclonalantibodyEpitopePeptide inhibition01615890S016158909800077 šgW)óeU–†}_} ę \2'żļæ“Š~RH āŲ°£ug7-śŠĒ”•i`:/ūÓƏƒWL"óęø¬€vNDį×Æ„}qE:ŽŃ£•eY-#ūīĄ ĄCöĄ©gL Ņ½k/ÜĖ…}IAµ˜J.āĪ’Œlbś¼+äßĮ¾¤”‡„jdD< ą Ķ “  I :  õ › ƒ ? <   Ė ¹  z X E  Ü Š ¤ Œ H 8 ō å ³U ³ 6   ļ ė Ļ æ ‹ ƒ O A  č Ó • ‘ u m I 7 ųæ«o\"ŪĒ‹}M-ŁĀ€e&ėÖ˜„H3õóŪĶ•QƒQ’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’-url- 00253/articles/32/14-15/016158909500066 -superarea- SAH -pubtype- JN -isbnissn- 01615890 -pubtitle- Molecular Immunology -voliss- 32, 14-15 -coverdate- October 1995 -canonicaldate- 199510 -title- Purification of immunologically active recombinant 21.5 kDa isoform of human myelin basic protein -authors- Nye, S.H., Pelfrey, C.M., Burkwit, J.J., Voskuhl, R.R., Lenardo, M.J., Mueller, J.P. -keywords- recombinant myelin basic protein,multiple sclerosis,purification,antigen processing,peripheral T cell tolerance -extra- __no_information__ -abstract- We have designed and expressed in bacteria a recombinant fetal form of human myelin basic protein (21.5 kDa isoform; rhMBP21.5), a candidate autoantigen in multiple sclerosis. An exon 2 insertion, carboxy-terminal histidine tag and preferred bacterial codons differentiate the MBP21.5 gene from that encoding the adult, brain-derived form of human MBP (18.5 kDa isoform; hMBP18.5). MBPs were expressed at high levels in E. coli and extracted from whole cells by simultaneous acid solubilization and mechanical disruption. A nearly two-fold increase in recombinant protein was detected in strains harboring MBP genes with bacterial preferred codons compared to genes containing human codons. The recombinant molecules were purified in two steps, first by reversed-phase chromatographic separation and then by metal affinity chromatography. Dimeric forms of recombinant MBP21.5 were detected under physiological conditions, however, substitution of a serine for the single cysteine at amino acid residue 81 resulted in only monomer formation. All forms of recombinant MBPs induced proliferative responses of human T lymphocytes specific for epitopes in MBP18.5 kDa. In contrast, human T cell lines that recognize an exon 2-encoded epitope of MBP responded to the 21.5 kDa isoform of MBP, but not the 18.5 kDa isoform. -end- 016158909500066-url- 00253/articles/32/14-15/016158909500084 -superarea- SAH -pubtype- JN -isbnissn- 01615890 -pubtitle- Molecular Immunology -voliss- 32, 14-15 -coverdate- October 1995 -canonicaldate- 199510 -title- Characterization of a monoclonal antibody directed against the NH2 terminal area of interleukin-2 (IL-2) and inhibiting specifically the binding of IL-2 to IL-2 receptor chain (IL-2R ) -authors- Moreau, J., Bossus, M., De Groote, D., Francois, C., Jacques, Y., Tartar, A., Theze, J. -keywords- IL-2,IL-2 receptor,anti-IL-2 mAb -extra- __no_information__ -abstract- Anƒ 5en1MITFMast cellStem cell factor (SCF)Mutant miceden_ascii+Effect of MITF on mast cell differentiationen+Effect of MITF on mast cell differentiationFLA1173) Kitamura, Y. Morii, E. Jippo, T.Ito, A.enARRAY(0x7f09a0)16-18S016158900200058) Kitamura, Y. Morii, E. Jippo, T.Ito, A.1176 200209385en1MITFMast cellStem cell factor (SCF)Mutant mice22301001615890S016158900200058…henMast cellRas guanine nucleotide releasing proteinGuanine exchange factorCalciumPhorbol esterDiacylglycerolSignal transduction‚.en_asciiCloning of rat Ras guanine nucleotide releasing protein 4, and evaluation of its expression in rat mast cells and their bone marrow progenitorsenCloning of rat Ras guanine nucleotide releasing protein 4, and evaluation of its expression in rat mast cells and their bone marrow progenitorsREV1283Li, L.Yang, Y. „NenJClass switch recombination3' Immunoglobulin heavy chain regulatory regionen_asciiDElucidation of a downstream boundary of the 3' IgH regulatory regionenDElucidation of a downstream boundary of the 3' IgH regulatory regionFLA7537 Manis, J.P.Michaelson, J.S.Birshtein, B.K. Alt, F.W.enARRAY(0x71969c)12S0161589002002567 Manis, J.P.Michaelson, J.S.Birshtein, B.K. Alt, F.W.760 20030139NenJClass switch recombination3' Immunoglobulin heavy chain regulatory region9453101615890S016158900200256…=oenkLiposomesSurface antigenic determinantsAntigen-antibody reactionPolyvalent bindingMathematical modeling‚en_ascii{Experimental study and mathematical modeling of the interaction between antibodies and antigens on the surface of liposomesen{Experimental study and mathematical modeling of the interaction between antibodies and antigens on the surface of liposomesFLA413<Hendrickson, O.D. Zherdev, A.V. Kaplun, A.P.Dzantiev, B.B.enARRAY(0x785fa0)7-8S016158900200175<Hendrickson, O.D. Zherdev, A.V. Kaplun, A.P.Dzantiev, B.B.422 20021139oenkLiposomesSurface antigenic determinantsAntigen-antibody reactionPolyvalent bindingMathematical modeling01615890S016158900200175ƒ 5en1MITFMast cellStem cell factor (SCF)Mutant miceden_ascii+Effect of MITF on mast cell differentiationen+Effect of MITF on mast cell differentiationFLA1173) Kitamura, Y. Morii, E. Jippo, T.Ito, A.enARRAY(0x7f09a0)16-18S016158900200058) Kitamura, Y. Morii, E. Jippo, T.Ito, A.1176 200209385en1MITFMast cellStem cell factor (SCF)Mutant mice22301001615890S016158900200058„?en;CD2 subfamilyCytotoxicityHomophilic interactionsNK cells4en_asciiSCS1, a novel member of the CD2 family, is homophilic and regulates NK cell functionenSCS1, a novel member of the CD2 family, is homophilic and regulates NK cell functionFLA1@Kumaresan, P.R. Lai, W.C. Chuang, S.S. Bennett, M. Mathew, P.A.enARRAY(0x71e3e0)1-2S016158900200094@Kumaresan, P.R. Lai, W.C. Chuang, S.S. Bennett, M. Mathew, P.A.8 2002091539?en;CD2 subfamilyCytotoxicityHomophilic interactionsNK cells01615890S016158900200094ˆ,‚enMHC, major histocompatibility complexML, mouse lysozymeHEL, hen egg lysozymeF57L ML, mutant ML that has a single mutation (57Phe->Leu)CFA, complete Freund's adjuvantAPC, antigen presenting cell2-ME, 2-mercaptoethanolPPD, purified protein derivativePen_asciiaA single amino acid substitution in a self protein is sufficient to trigger autoantibody responseenaA single amino acid substitution in a self protein is sufficient to trigger autoantibody responseFLA375 OTsujihata, Yoshiyuki So, TakanoriHashimoto, Yoshio Ueda, Tadashi Imoto, TaijienARRAY(0x4c7964)5*S016158900100068OTsujihata, Yoshiyuki So, TakanoriHashimoto, Yoshio Ueda, Tadashi Imoto, Taiji 381 20010938‚Sen‚NMHC, major histocompatibility complexML, mouse lysozymeHEL, hen egg lysozymeF57L ML, mutant ML that has a single mutation (57Phe->Leu)CFA, complete Freund's adjuvantAPC, antigen presenting cell2-ME, 2-mercaptoethanolPPD, purified protein derivative01615890S016158900100068…Cen?p38 MAP kinaseT cellsInfluenza virusInterleukin-6Cell deathJen_ascii^Activation of p38 MAP kinase in T cells facilitates the immune response to the influenza virusen^Activation of p38 MAP kinase in T cells facilitates the immune response to the influenza virusFLA503 mConze, DietrichLumsden, JoanneEnslen, HervéDavis, Roger J.Le Gros, GrahamRincón, MercedesenARRAY(0x7b23a4)9 abccbaS016158900000078_Conze, DietrichLumsden, Joanne Enslen, HerveDavis, Roger J.Le Gros, GrahamRincon, Mercedes 513 20000637Cen?p38 MAP kinaseT cellsInfluenza virusInterleukin-6Cell death01615890S016158900000078š=-WG¦–Ŗ”Ŗ„õTDA1 E  EąŖžrf:0żÓÉ”™uj@7āÖŖ xpLCėā¼Æqe91żšĀ·UI ÖÉ›cZ4)’īø®†zN<łĻĘ ŒPCĖæ“„RH āÖŖof@3śŠĮ‚TG ŽŃ“…UJ ėć泇}UIāŲ°”ob4(üļĮ¹•‰]P"ķįµ©}s;, ś ļ Å ¹  ƒ [ O #  ō ķ Ė Ä ¢ ” d \ 8 0 ü Č ŗ Š ~ R C  ‹  į Ō ¦ ” \ P $  õ ą ¢ “ a P  īä¼®~sI=ÖÉ›‘iŸięÜ“Ø|n>`>’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’’/Wiesmuller, K.Wiesmuller, K.0161589094' Murphy, E. Murphy, E.016158909500081Murphy, E.- Jackson, D.C. Jackson, D.C.016158909500090Jackson, D.C.- Ferrara, G.B. Ferrara, G.B.016158909500071Ferrara, G.B.+ Hollis, G.F. Hollis, G.F.016158909500079Hollis, G.F.) Lewis, C.M. Lewis, C.M.016158909500079Lewis, C.M./Morrison, S.L.Morrison, S.L.016158909500078Morrison, S.L.' Wright, A. Wright, A.016158909500078Wright, A.#Endo, T.Endo, T.016158909500078Endo, T.5Ottenhoff, T.H.M.Ottenhoff, T.H.M.016158909500058Ottenhoff, T.H.M.1Drijfhout, J.W.Drijfhout, J.W.016158909500058Drijfhout, J.W.=Van Meijgaarden, K.E.Van Meijgaarden, K.E.016158909500058Van Meijgaarden, K.E.% Azuma, T. Azuma, T.016158909500057Azuma, T.+ Taketani, M. Taketani, M.016158909500057Taketani, M.7Strelkauskas, A.J.Strelkauskas, A.J.016158909500064Strelkauskas, A.J.- Dillman, S.L. Dillman, S.L.016158909500064Dillman, S.L.' Rovida, E. Rovida, E.016158909500027Rovida, 1Hirabayashi, Y.Hirabayashi, Y.016158909500138Hi…j+en'InfluenzaPeptideRetro-inversoVaccineƒ$en_asciiJA retro-inverso peptide analogue of influenza virus hemagglutinin B-cell epitope 91-108 induces a strong mucosal and systemic immune response and confers protection in mice after intranasal immunizationenJA retro-inverso peptide analogue of influenza virus hemagglutinin B-cell epitope 91-108 induces a strong mucosal and systemic immune response and confers protection in mice after intranasal immunizationFLA323CBen-Yedidia, T.Beignon, A.-S.Partidos, C.D. Muller, S. Arnon, R.enARRAY(0x7d55f4)5-6S016158900200095CBen-Yedidia, T.Beignon, A.-S.Partidos, C.D. Muller, S. Arnon, R.331 20021039+en'InfluenzaPeptideRetro-inversoVaccine11791701615890S016158900200095„(en$IgG receptorHuman mast cellsGM-CSFen_asciiEActivation of human mast cells through the high affinity IgG receptorenEActivation of human mast cells through the high affinity IgG receptorSCO1289U Tkaczyk, C. Okayama, Y.Woolhiser, M.R. Hagaman, D.D.Gilfillan, A.M.Metcalfe, D.D.enARRAY(0x7dce90)16-18S016158900200077U Tkaczyk, C. Okayama, Y.Woolhiser, M.R. Hagaman, D.D.Gilfillan, A.M.Metcalfe, D.D.1293 20020938(en$IgG receptorHuman mast cellsGM-CSF22301001615890S016158900200077ƒ@enen:CD40CD40-ligandT-lymphocyteCarcinomaMelanomaApoptosis*en_asciiNRole for CD40-CD40 ligand interactions in the immune response to solid tumoursenNRole for CD40-CD40 ligand interactions in the immune response to solid tumoursFLA515  Alexandroff, Anton B.Jackson, Andrew M. Paterson, T.Haley, Joanne L.Ross, James A. Longo, D.L. Murphy, W.J. James, KeithTaub, Dennis D.enARRAY(0xa06498)9abcaadeadS016158900000079 Alexandroff, Anton B.Jackson, Andrew M. Paterson, T.Haley, Joanne L.Ross, James A. Longo, D.L. Murphy, W.J. James, KeithTaub, Dennis D. 526 20000637>en:CD40CD40-ligandT-lymphocyteCarcinomaMelanomaApoptosis01615890S016158900000079 ššąA1³£É¹6-- § $ ž $2en_asciiForthcoming PapersenForthcoming PapersNWS76112S016158900200294761 200301399453101615890S016158900200294…X,en(IL-13IL-13 receptorIgECanine cytokine‚;en_asciitExpression and characterization of recombinant canine IL-13 receptor a2 protein and its biological activity in vitroen8Expression and characterization of recombinant canine IL-13 receptor a2 protein and its biological activity in vitroFLA719mTang, L. Morales, T.Boroughs, K.L.Cailles Lo-Keiser, K. Sellins, K. Stedman, K. McCall, C.McDermott, M.J.enARRAY(0x79c83c)12S016158900200258mTang, L. Morales, T.Boroughs, K.L.Cailles Lo-Keiser, K. Sellins, K. Stedman, K. McCall, C.McDermott, M.J.727 20030139,en(IL-13IL-13 receptorIgECanine cytokine9453101615890S016158900200258},en_asciiEditorial BoardenEditorial BoardMISCO25-6S016158900200177CO2 2002103911791701615890S016158900200177ƒz/en+Mast cellProliferationNegative regulationMen_ascii=Negative regulation of mast cell proliferation by FcgammaRIIBenNegative regulation of mast cell proliferation by FcgammaRIIBREV12951 Malbec, O. Attal, J.-P. Fridman, W.H. Daeron, M.enARRAY(0x716788)16-18S0161589002000781 Malbec, O. Attal, J.-P. Fridman, W.H. Daeron, M.1299 20020938/en+Mast cellProliferationNegative regulation22301001615890S016158900200078…gencAntigen processingPost-translational modificationMass spectrometryPeptidesClass I MHC molecules‚ en_asciiInsights into antigen processing gained by direct analysis of the naturally processed class I MHC associated peptide repertoireenInsights into antigen processing gained by direct analysis of the naturally processed class I MHC associated peptide repertoireREV127-Engelhard, V.H.Brickner, A.G. Zarling, A.L.enARRAY(0x789468)3-4S016158900200096-Engelhard, V.H.Brickner, A.G. Zarling, A.L.137 20021039gencAntigen processingPost-translational modificationMass spectrometryPeptidesClass I MHC molecules171763901615890S016158900200096…}SenORecombinant Fcgamma receptorAutoimmunityCell-to-cell interactionsNeutrophils‚VenERecombinant CD16A-Ig forms a homodimer and cross-blocks the ligand binding functions of neutrophil and monocyte Fcgamma receptorsen_asciiRecombinant CD16A-Ig fƒf:en6NotchSonic hedgehogCD4+ T cellsCytokinesThymocytesen_ascii+ T cellsCytokinesThymocytes300288101615890[DOI] 10.1016/j.molimm.2004.04.012en_asciiForthcoming PapersenForthcoming PapersNWS76112S016158900200294761 200301399453101615890S016158900200294…X,en(IL-13IL-13 receptorIgECanine cytokine‚;en_asciitExpression and characterization of recombinant canine IL-13 receptor a2 protein and its biological activity in vitroen8Expression and characterization of recombinant canine IL-13 receptor a2 protein and its biological activity in vitroFLA719mTang, L. Morales, T.Boroughs, K.L.Cailles Lo-Keiser, K. Sellins, K. Stedman, K. McCall, C.McDermott, M.J.enARRAY(0x79c83c)12S016158900200258mTang, L. Morales, T.Boroughs, K.L.Cailles Lo-Keiser, K. Sellins, K. Stedman, K. McCall, C.McDermott, M.J.727 20030139,en(IL-13IL-13 receptorIgECanine cytokine9453101615890S016158900200258},en_asciiEditorial BoardenEditorial BoardMISCO25-6S016158900200177CO2 2002103911791701615890S016158900200177…gencAntigen processingPost-translational modificationMass spectrometryPeptidesClass I MHC molecules‚ en_asciiInsights into antigen processing gained by direct analysis of the naturally processed class I MHC associated peptide repertoireenInsights into antigen processing gained by direct analysis of the naturally processed class I MHC associated peptide repertoireREV127-Engelhard, V.H.Brickner, A.G. Zarling, A.L.enARRAY(0x789468)3-4S016158900200096-Engelhard, V.H.Brickner, A.G. Zarling, A.L.137 20021039gencAntigen processingPost-translational modificationMass spectrometryPeptidesClass I MHC molecules171763901615890S016158900200096…~MenIalternative splicing,polyadenylation,IgE heavy chain,mouse immunoglobulinƒ enYMultiple transcripts of the murine immunoglobulin epsilon membrane locus are generated by alternative splicing and differential usage of two polyadenylation sitesen_ascii"Multiple transcripts of the murine immunoglobulin epsilon membrane locus are generated by alternative splicing and differential usage of two polyadenylation sitesFLA175> Anand, S. Batista, F.D. Thach, T. Efremov, D.G. Burrone, O.R.enARRAY(0x674798)2S016158909600110> Anand, S. Batista, F.D. Thach, T. Efremov, D.G. Burrone, O.R.183 19970234MenIalternative splicing,polyadenylation,IgE heavy chain,mouse immunoglobulin01615890S016158909600110 šźŚ)æÆaQ‚aY;Y,]7]ŠZ‚ren‚mNotchAESCTLEpitopesBreastOvaryOVTAL, ovarian tumor associated ƒM4en0T cell receptorsCD8Energy transferPeptide/MHCPen_asciiaAllogeneic and syngeneic class I MHC complexes drive the association of CD8 and TCR on 2C T cellsenaAllogeneic and syngeneic class I MHC complexes drive the association of CD8 and TCR on 2C T cellsFLA687 Lee, P.U.Y. Kranz, D.M.enARRAY(0x4c89c8)12S016158900200259 Lee, P.U.Y. Kranz, D.M.695 200301394en0T cell receptorsCD8Energy transferPeptide/MHC9453101615890S016158900200259ƒxieneInhibitory receptorsgp49B1 receptorMast cellsImmunoreceptor tyrosine-based inhibitory motif (ITIM)&en_asciiLInhibition of anaphylactic inflammation by the gp49B1 receptor on mast cellsenLInhibition of anaphylactic inflammation by the gp49B1 receptor on mast cellsREV1301 Katz, H.R.enARRAY(0x807d70)16-18S016158900200079 Katz, H.R.1305 20020938ieneInhibitory receptorsgp49B1 receptorMast cellsImmunoreceptor tyrosine-based inhibitory motif (ITIM)22301001615890S016158900200079‚L`en_asciiiTo DRiP or not to DRiP: generating peptide ligands for MHC class I molecules from biosynthesized proteinseniTo DRiP or not to DRiP: generating peptide ligands for MHC class I molecules from biosynthesized proteinsREV139 Yewdell, J.3-4S016158900200097„HenDB lymphocytesAntibody secretionUnfolded protein responseXBP1ATF6 en_asciiIA role for the unfolded protein response in optimizing antibody secretionenIA role for the unfolded protein response in optimizing antibody secretionFLA919/ Gunn, K.E. Gifford, N.M.Mori, K. Brewer, J.W.enARRAY(0x7328f8)9![DOI] 10.1016/j.molimm.2004.04.02/ Gunn, K.E. Gifford, N.M.Mori, K. Brewer, J.W.927 20040741HenDB lymphocytesAntibody secretionUnfolded protein responseXBP1ATF649470701615890[DOI] 10.1016/j.molimm.2004.04.02ƒM4en0T cell receptorsCD8Energy transferPeptide/MHCPen_asciiaAllogeneic and syngeneic class I MHC complexes drive the association of CD8 and TCR on 2C T cellsenaAllogeneic and syngeneic class I MHC complexes drive the association of CD8 and TCR on 2C T cellsFLA687 Lee, P.U.Y. Kranz, D.M.enARRAY(0x4c89c8)12S016158900200259 Lee, P.U.Y. Kranz, D.M.695 200301394en0T cell receptorsCD8Energy transferPeptide/MHC9453101615890S016158900200259‚L`en_asciiiTo DRiP or not to DRiP: generating peptide ligands for MHC class I molecules from biosynthesized proteinseniTo DRiP or not to DRiP: generating peptide ligands for MHC class I molecules from biosynthesized proteinsREV139 Yewdell, J.3-4S016158900200097 Yewdell, J.146 20021039171763901615890S016158900200097„X enThy-1,in vivo footprinting,Ets-1,tissue-specific expression,LMPCR (ligation-mediated polymerase chain reaction),DMS (dimethyl-sulfate)en_asciiFA molecular basis for species differences in Thy-1 expression patternsenFA molecular basis for species differences in Thy-1 expression patternsFLA1263# Tokugawa, Y. Koyama, M. Silver, J.enARRAY(0x3c40d0)18S016158909800010# Tokugawa, Y. Koyama, M. Silver, J.1272 19971234 enThy-1,in vivo footprinting,Ets-1,tissue-specific expression,LMPCR (ligation-mediated polymerase chain reaction),DMS (dimethyl-sulfate)01615890S016158909800010…/Den@Der f 2,epitope,IgE,monoclonal antibody,house dust mite,allergen‚^en'Determination of the N- and C-terminal sequences required to bind human IgE of the major house dust mite allergen Der f 2 and epitope mapping for monoclonal antibodiesen_ascii'Determination of the N- and C-terminal sequences required to bind human IgE of the major house dust mite allergen Der f 2 and epitope mapping for monoclonal antibodiesFLA2556 Takai, T. Yuuki, T. Okumura, Y.Mori, A. Okudaira, H.enARRAY(0x573ddc)3S0161589097000206 Takai, T. Yuuki, T. Okumura, Y.Mori, A. Okudaira, H.261 19970234Den@Der f 2,epitope,IgE,monoclonal antibody,house dust mite,allergen01615890S016158909700020„>en:autoantibodies,polycations,chemically-induced autoimmunityMeneInduction of anti-polycation antibodies in H-2s mice by immunization with nuclear antigensen_asciiZInduction of anti-polycation antibodies in H-2s mice by immunization with nuclear antigensFLA390 Monestier, M. Stemmer, C. Gaik, L.O. Muller, S.enARRAY(0x5da0a0)1S0161589096001110 Monestier, M. Stemmer, C. Gaik, L.O. Muller, S.51 19970134>en:autoantibodies,polycations,chemically-induced autoimmunity01615890S016158909600111š&#éŁ÷ÓĆ_O S 2 › u ›”C3äŌ`*`„rLenHIgE reactivityLep d 2MutagenesisRecombinant allergenDisulphide bonds‚en_asciiyContribution of disulphide bonds to antigenicity of Lep d 2, the major allergen of the dust mite Lepidoglyphus destructorenyContribution of disulphide bonds to antigenicity of Lep d 2, the major allergen of the dust mite Lepidoglyphus destructorFLA10179Olsson, SusannaHage-Hamsten, Marianne van Whitley, PaulenARRAY(0x913fbc)16111S0161589098001019Olsson, SusannaHage-Hamsten, Marianne van Whitley, Paul1023 1998110135LenHIgE reactivityLep d 2MutagenesisRecombinant allergenDisulphide bonds01615890S016158909800101‚M4en_asciiSEstimation of maximal affinities between T-cell receptors and MHC\peptide complexesenSEstimation of maximal affinities between T-cell receptors and MHC\peptide complexesFLA65 Salzmann, M.Bachmann, M.F.enARRAY(0x8b8f2c)211S016158909800020 Salzmann, M.Bachmann, M.F.71 199802153501615890S016158909800020„\FenBHepatitis B surface antigenNeutralizing antibodiesAnti-idiotypesZen_asciifStructural characterization of viral neutralizing monoclonal antibodies to hepatitis B surface antigenenfStructural characterization of viral neutralizing monoclonal antibodies to hepatitis B surface antigenFLA1149FShearer, Michael H.Sureau, CamilleDunbar, BonnieKennedy, Ronald C.enARRAY(0x782fb0)181231S016158909800110FShearer, Michael H.Sureau, CamilleDunbar, BonnieKennedy, Ronald C.1159 1998121535FenBHepatitis B surface antigenNeutralizing antibodiesAnti-idiotypes01615890S016158909800110ˆG‚en~immunoglobulin,humanization,amyloid,protein stability,x-ray diffraction,CDR, complementarity determining region,FR, framework region,LCDD, light chain deposition disease,V, variable (domain),VH, heavy chain variable domain,VL, light chain variable domain‚en_asciifVariable domain structure of IV human light chain len: high homology to the murine light chain McPC603en*Variable domain structure of IV human light chain len: high homology to the murine light chain McPC603FLA1291U Huang, D. Chang, C. Ainsworth, C. Johnson, G. Solomon, A. Stevens, F.J. Schiffer, M.enARRAY(0x3c4100)18S016158909800002U Huang, D. Chang, C. Ainsworth, C. Johnson, G. Solomon, A. Stevens, F.J. Schiffer, M.1301 19971234‚en‚immunoglobulin,humanization,amyloid,protein stability,x-ray diffraction,CDR, complementarity determining region,FR, framework region,LCDD, light chain deposition disease,V, variable (domain),…_en[Genetic immunizationDendritic cellsNon-viral gene deliveryPoly-l-lysinePoly-l-ornithine^en_asciihA cationic peptide consists of ornithine and histidine repeats augments gene transfer in dendritic cellsenhA cationic peptide consists of ornithine and histidine repeats augments gene transfer in dendritic cellsFLA483CChamarthy, S.P. Kovacs, J.R.McClelland, E. Gattens, D. Meng, W.S.enARRAY(0x72c88c)8![DOI] 10.1016/j.molimm.2003.08.00CChamarthy, S.P. Kovacs, J.R.McClelland, E. Gattens, D. Meng, W.S.490 20031240_en[Genetic immunizationDendritic cellsNon-viral gene deliveryPoly-l-lysinePoly-l-ornithine01615890[DOI] 10.1016/j.molimm.2003.08.00…zenProteasomesAntigen presentationAminopeptidasesPeptidasesgamma-interferonImmunoproteasomesMHC-class IPA28Metallopeptidases`en_asciiiThe importance of the proteasome and subsequent proteolytic steps in the generation of antigenic peptideseniThe importance of the proteasome and subsequent proteolytic steps in the generation of antigenic peptidesREV147/Goldberg, A.L. Cascio, P. Saric, T. Rock, K.L.enARRAY(0x78a6bc)3-4S016158900200098/Goldberg, A.L. Cascio, P. Saric, T. Rock, K.L.164 20021039JenEProteasomesAntigen presentationAminopeptidasesPeptidasesgamma-interferonImmunoproteasomesMHC-class IPA28Metallopeptidases171763901615890S016158900200098„bFenBHepatitis B surface antigenNeutralizing antibodiesAnti-idiotypesZen_asciifStructural characterization of viral neutralizing monoclonal antibodies to hepatitis B surface antigenenfStructural characterization of viral neutralizing monoclonal antibodies to hepatitis B surface antigenFLA1149FShearer, Michael H.Sureau, CamilleDunbar, BonnieKennedy, Ronald C.enARRAY(0x83e3a4)181231S016158909800110FShearer, Michael H.Sureau, CamilleDunbar, BonnieKennedy, Ronald C.1159 1998121535FenBHepatitis B surface antigenNeutralizing antibodiesAnti-idiotypes81893501615890S016158909800110„"enRCAC4bpCR1ComplementFen_ascii\An integrated map of the human regulator of complement activation (RCA) gene cluster on 1q32en\An integrated map of the human regulator of complement activation (RCA) gene cluster on 1q32FLA803u,Rodríguez de Córdoba, Santiago%Díaz-Guillén, Miguel A.!Heine-Suñer, Damián13-14a, ba, ba, bS016158909900100KRodriguez de Cordoba, SantiagoDiaz-Guillen, Miguel A.Heine-Suner, Damian808  199909/1036enRCAC4bpCR1Complement23108801615890S016158909900100…P/en+immunological epitope,human IFN-,HIV-1 gp41‚jen_ascii HIV-1 gp41 by a common immunological epitope induces increased levels of antibodies against human interferon- in HIV-1 positive individualsenOHIV-1 gp41 by a common immunological epitope induces increased levels of antibodies against human interferon- in HIV-1 positive individualsFLA12592Chen, Y.Feng, J. Stockl, G.Hu, K. Dierich, M.P.enARRAY(0x650bec)18S0161589098000112Chen, Y.Feng, J. Stockl, G.Hu, K. Dierich, M.P.1262 19971234senoimmunological epitope,human IFN-,HIV-1 gp4101615890S016158909800011„(<en8HIV-2ROD,gp125,linear and cyclic peptides,immunogenicity‚enLinear and cyclic peptides mimicking the disulfide loops in HIV-2 envelope glycoprotein induced antibodies with different specificityen_asciiLinear and cyclic peptides mimicking the disulfide loops in HIV-2 envelope glycoprotein induced antibodies with different specificityFLA1177 Jrad, B.B. Bahraoui, E.enARRAY(0x45b564)16-17S016158909700120 Jrad, B.B. Bahraoui, E.1189  199711/1234<en8HIV-2ROD,gp125,linear and cyclic peptides,immunogenicity01615890S016158909700120…q7en3nonhuman primate,B lymphocytes,evolution,antibodies‚len.Variable region gene segment utilization in rhesus monkey hybridomas producing human red blood cell-specific antibodies: predominance of the VH4 family but not VH4-21 (V4-34)en_ascii.Variable region gene segment utilization in rhesus monkey hybridomas producing human red blood cell-specific antibodies: predominance of the VH4 family but not VH4-21 (V4-34)FLA237] Andris, J.S. Miller, A.B. Abraham, S.R.Cunningham, S. Roubinet, F. Blancher, A. Capra, J.D.enARRAY(0x581a24)3S016158909700021] Andris, J.S. Miller, A.B. Abraham, S.R.Cunningham, S. Roubinet, F. Blancher, A. Capra, J.D.253 199702347en3nonhuman primate,B lymphocytes,evolution,antibodies01615890S016158909700021…H~enzrecombinant Fab,antigen binding kinetics,cooperativity,BIAcoreTM,site-directed mutagenesis,structure-function relationship>enXCooperative effects of mutations in a recombinant Fab on the kinetics of antigen bindingen_asciiXCooperative effects of mutations in a recombinant Fab on the kinetics of antigen bindingFLA165RRauffer-Bruyere, N.Chatellier, J. Weiss, E.Van Regenmortel, M.H.V. Altschuh, D.enARRAY(0x672c80)2S016158909700003RRauffer-Bruyere, N.Chatellier, J. Weiss, E.Van Regenmortel, M.H.V. Altschuh, D.173 19970234 enrecombinant Fab,antigen binding kinetics,cooperativity,BIAcoreTM,site-directed mutagenesis,structure-function relationship01615890S016158909700003šwgwgjZYI(”‘N> † vŁÉhXß8©ß„wben^Proteasome activator PA28Major histocompatibility complex class I (MHC class I)Tumor antigen$en_asciiKThe role of the proteasome activator PA28 in MHC class I antigen processingenKThe role of the proteasome activator PA28 in MHC class I antigen processingREV165Q Sijts, A.Sun, Y. Janek, K.Kral, S. Paschen, A.Schadendorf, D.Kloetzel, P.-M.enARRAY(0x781838)3-4S016158900200099Q Sijts, A.Sun, Y. Janek, K.Kral, S. Paschen, A.Schadendorf, D.Kloetzel, P.-M.169 20021039ben^Proteasome activator PA28Major histocompatibility complex class I (MHC class I)Tumor antigen171763901615890S016158900200099†_\enXInterleukin-4Interleukin-4 receptorp47phoxNADPH oxidaseChronic granulomatous disease‚JenEAssociation of the interleukin-4 receptor a chain with p47phox, an activator of the phagocyte NADPH oxidase in B cellsen_asciivAssociation of the interleukin-4 receptor a chain with p47phox, an activator of the phagocyte NADPH oxidase in B cellsFLA45l Izuhara, K. Arinobu, Y. Sumimoto, H. Nunoi, H. Takeya, R. Higuchi, K. Takeshige, K. Hamasaki, N. Harada, N.enARRAY(0x71f2e4)1112324214S016158909800111l Izuhara, K. Arinobu, Y. Sumimoto, H. Nunoi, H. Takeya, R. Higuchi, K. Takeshige, K. Hamasaki, N. Harada, N.52 19990136nenjInterleukin-4Interleukin-4 receptorp47phoxNADPH oxidaseChronic granulomatous disease35508701615890S016158909800111‰enFHL-1, factor H-like protein-1/reconectinSCR, short consensus repeatIFN-gamma, interferon-gammaTNF-a, tumor necrosis factor-a‚"en_ascii FHL-1/reconectin and factor H: two human complement regulators which are encoded by the same gene are differently expressed and regulateden FHL-1/reconectin and factor H: two human complement regulators which are encoded by the same gene are differently expressed and regulatedFLA809qFriese, Manuel A.Hellwage, JensJokiranta, T. Sakari Meri, SeppoPeter, Hans H.Eibel, HermannZipfel, Peter F.enARRAY(0x83cf68)13-14abbbcca, dS016158909900101qFriese, Manuel A.Hellwage, JensJokiranta, T. Sakari Meri, SeppoPeter, Hans H.Eibel, HermannZipfel, Peter F.818  199909/1036ƒenƒFHL-1, factor H-like protein-1/reconectinSCR, short consensus repeatIFN-gamma, interferon-gammaTNF-a, tumor necrosis factor-a23108801615890S016158909900101‡6NenIPC, PhosphocholineId, IdiotypeVH, Heavy chain variable regionH chain, Heavy chainL chain, Light chainCDR, Complementarity determining regionEPC, p-nitrophenyl-6-(0-phosphocholine)hydroxyhexanoateren_asciirReplacements in the exposed loop of the T15 antibody VH CDR2 affect carrier recognition of PC-containing pathogensenrReplacements in the exposed loop of the T15 antibody VH CDR2 affect carrier recognition of PC-containing pathogensFLA205[ Brown, McKayWiens, Gregory D.O'Hare, ThomasStenzel-Poore, Mary P.Rittenberg, Marvin B.enARRAY(0x731344)3S016158909900020[ Brown, McKayWiens, Gregory D.O'Hare, ThomasStenzel-Poore, Mary P.Rittenberg, Marvin B.211 19990236\enWPC, PhosphocholineId, IdiotypeVH, Heavy chain variable regionH chain, Heavy chainL chain, Light chainCDR, Complementarity determining regionEPC, p-nitrophenyl-6-(0-phosphocholine)hydroxyhexanoate01615890S016158909900020„AZenVDeletionImmunoglobulin geneInsertionSomatic mutationImmunoglobulin variable regionden_asciikInsertions and deletions in hypervariable loops of antibody heavy chains contribute to molecular diversityenkInsertions and deletions in hypervariable loops of antibody heavy chains contribute to molecular diversityFLA233# Ohlin, MatsBorrebaeck, Carl A. K.enARRAY(0x928e78)411S016158909800030# Ohlin, MatsBorrebaeck, Carl A. K.238 1998030135ZenVDeletionImmunoglobulin geneInsertionSomatic mutationImmunoglobulin variable region01615890S016158909800030„uaen]Hapten-mediated bindingPolyvalent antigenReceptor crosslinkageAromatic amino acid receptor‚en_asciiLigand binding specificity of a macrophage surface receptor utilized by the fluorescein hapten for uptake into the endocytic pathwayenLigand binding specificity of a macrophage surface receptor utilized by the fluorescein hapten for uptake into the endocytic pathwayFLA115 Cherukuri, A. Jr, E.w. VossenARRAY(0x7146c0)211S016158909800012 Cherukuri, A. Jr, E.w. Voss125 1998021535aen]Hapten-mediated bindingPolyvalent antigenReceptor crosslinkageAromatic amino acid receptor01615890S016158909800012„\enXpeptide,immunogen,T cell epitope,acetylation,amidation,I-Ed,antibody response,TB peptideNen`The specificity of antibodies raised against a T cell peptide is influenced by peptide amidationen_ascii`The specificity of antibodies raised against a T cell peptide is influenced by peptide amidationFLA1003 Maillere, B. Herve, M.enARRAY(0x61405c)14S016158909700121 Maillere, B. Herve, M.1009 19971034gencpeptide,immunogen,T cell epitope,acetylation,amidation,I-Ed,antibody response,TB peptide01615890S016158909700121ƒ3en/non-human primate,complement receptor,evolution4enSPrimary sequence of baboon CR1 demonstrates concerted evolution within the CR1 geneen_asciiSPrimary sequence of baboon CR1 demonstrates concerted evolution within the CR1 geneFLA297D Clemenza, L.Subramanian, B. Hourcade, D. Nickells, M. Atkinson, J.enARRAY(0xb30050)4S016158909700040D Clemenza, L.Subramanian, B. Hourcade, D. Nickells, M. Atkinson, J.304 199703343en/non-human primate,complement receptor,evolution01615890S016158909700040ƒ{FenBsuperantigens,cell surface molecules,fibroblasts,molecular biologydenkStructural basis for the interaction of superantigen with the alternative superantigen-binding receptor p85en_asciikStructural basis for the interaction of superantigen with the alternative superantigen-binding receptor p85FLA263 Rogers, T.J. Zhang, L.enARRAY(0x5ad1e8)3S016158909700022 Rogers, T.J. Zhang, L.272 19970234FenBsuperantigens,cell surface molecules,fibroblasts,molecular biology01615890S016158909700022…njenfretro-inverso peptides,immunogenicity,T-cell epitopes,hydrogen bonds,pseudopeptide,I-Ed,MHC II binding‚.enOn the immunogenic properties of retro-inverso peptides. Total retro-inversion of T-cell epitopes causes a loss of binding to MHC II moleculesen_asciiOn the immunogenic properties of retro-inverso peptides. Total retro-inversion of T-cell epitopes causes a loss of binding to MHC II moleculesFLA157B Herve, M. Maillere, B. Mourier, G. Texier, C. Leroy, S. Menez, A.enARRAY(0x682368)2S016158909700004B Herve, M. Maillere, B. Mourier, G. Texier, C. Leroy, S. Menez, A.163 19970234uenqretro-inverso peptides,immunogenicity,T-cell epitopes,hydrogen bonds,pseudopeptide,I-Ed,MHC II binding01615890S016158909700004„wRenNmolecular modeling,aflatoxin M1,ELISA,antibody binding,anti-aflatoxin antibodyjennCharacterization of monoclonal antibodies to aflatoxin M1 and molecular modeling studies of related aflatoxinsen_asciinCharacterization of monoclonal antibodies to aflatoxin M1 and molecular modeling studies of related aflatoxinsFLA939DHoltzapple, C.K. Carlin, R.J. Rose, B.G. Kubena, L.F. Stanker, L.H.enARRAY(0x9ece6c)11-12S016158909600050DHoltzapple, C.K. Carlin, R.J. Rose, B.G. Kubena, L.F. Stanker, L.H.946 19960833RenNmolecular modeling,aflatoxin M1,ELISA,antibody binding,anti-aflatoxin antibody01615890S016158909600050šõåóćD4rbŌÄ ō äqVF (Ż (»ń†9eenaDer f 2IgE-epitopeSite-directed mutagenesis3-D structureMite allergenDermatophagoidesfarinae:enVAnalysis of human IgE epitope of Der f 2 with anti-Der f 2 mouse monoclonal antibodiesen_asciiVAnalysis of human IgE epitope of Der f 2 with anti-Der f 2 mouse monoclonal antibodiesFLA53 Nishiyama, ChiharuHatanaka, HidekiIchikawa, SaoriFukada, MinakoAkagawa-Chihara, MidoriYuuki, ToshifumiYokota, ToyokazuInagaki, FuyuhikoOkumura, YasushienARRAY(0x71f1d0)1122111121S016158909800112 Nishiyama, ChiharuHatanaka, HidekiIchikawa, SaoriFukada, MinakoAkagawa-Chihara, MidoriYuuki, ToshifumiYokota, ToyokazuInagaki, FuyuhikoOkumura, Yasushi60 19990136eenaDer f 2IgE-epitopeSite-directed mutagenesis3-D structureMite allergenDermatophagoidesfarinae45235001615890S016158909800112„UenQcDNARepresentational difference analysisSubtractionInterleukin-4B lymphocytesXen_asciieExpressed genes in interleukin-4 treated Bcellsidentified by cDNA representational differenceanalysiseneExpressed genes in interleukin-4 treated Bcellsidentified by cDNA representational differenceanalysisFLA487 Chu, C. C. Paul, W. E.enARRAY(0x8f29ac)811S016158909800031 Chu, C. C. Paul, W. E.502 1998050135UenQcDNARepresentational difference analysisSubtractionInterleukin-4B lymphocytes16012101615890S016158909800031ˆa;en6IL-4,Prostaglandin E2,IFN- and DNA methylation,PGE2, prostaglandin E2,TCR, T-cell receptor,LCD32, CD32 transfected L cell,PPD, purified protein derivative,CM, complete culture medium‚xen_asciiIL-4 and Prostaglandin E2 inhibit hypomethylation of the 5_ regulatory region of IFN- gene during differentiation of naive CD4+ T cellsenaIL-4 and Prostaglandin E2 inhibit hypomethylation of the 5_ regulatory region of IFN- gene during differentiation of naive CD4+ T cellsFLA39^ Katamura, K. Fukui, T. Kiyomasu, T.Lio, J.Tai, G.Ueno, H. Heike, T. Mayumi, M. Furusho, K.enARRAY(0x661df4)1S016158909800013^ Katamura, K. Fukui, T. Kiyomasu, T.Lio, J.Tai, G.Ueno, H. Heike, T. Mayumi, M. Furusho, K.45 19980135‚en‚IL-4,Prostaglandin E2,IFN- and DNA methylation,PGE2, prostaglandin E2,TCR, T-cell receptor,LCD32, CD32 transfected L cell,PPD, purified protein derivative,CM, complete culture medium01615890S016158909800013N…ten…oantigenic peptide,class I major histocompatibility complex,cytotoxic T lymphocyte,hydrogen bond,molecular modeling,peptide backbone,peptidomimetic methods,retro-inverso peptide,Boc, t-butyloxycarbonyl,beta2m, beta-2-microglobulin,CAm, carboxamide,cpm, counts per minute,CTL, cytotoxic T lymphocyte,CVFF, consistent valence forcefield,E:T, effector to target ratio,HLA, human leukocyte antigen,MALDI-MS, matrix assisted laser desorption ionization mass spectroscopy,MBHA, methylbenzhydrylamine,MHC, major histocompatibility complex,NAc, N-terminal acetyl,NCo, N-terminal malonyl,P(n), n-th amino acid in a peptide,PAM, phenylacetamidomethyl,PDB, Protein Data Bank,PVC, polybenzylchloride,RI, retro-inverso,TcR, T cell receptor,TFA, trifluoroacetic acid‚ en~Contribution of peptide backbone atoms to binding of an antigenic peptide to class I major histocompatibility complex moleculeen_ascii~Contribution of peptide backbone atoms to binding of an antigenic peptide to class I major histocompatibility complex moleculeFLA1133 Saito, N.G. Paterson, Y.enARRAY(0x63272c)16-17S016158909700140 Saito, N.G. Paterson, Y.1145  199711/1234†6en†1antigenic peptide,class I major histocompatibility complex,cytotoxic T lymphocyte,hydrogen bond,molecular modeling,peptide backbone,peptidomimetic methods,retro-inverso peptide,Boc, t-butyloxycarbonyl,beta 2m, beta-2-microglobulin,CAm, carboxamide,cpm, counts per minute,CTL, cytotoxic T lymphocyte,CVFF, consistent valence forcefield,E:T, effector to target ratio,HLA, human leukocyte antigen,MALDI-MS, matrix assisted laser desorption ionization mass spectroscopy,MBHA, methylbenzhydrylamine,MHC, major histocompatibility complex,NAc, N-terminal acetyl,NCo, N-terminal malonyl,P(n), n-th amino acid in a peptide,PAM, phenylacetamidomethyl,PDB, Protein Data Bank,PVC, polybenzylchloride,RI, retro-inverso,TcR, T cell receptor,TFA, trifluoroacetic acid01615890S016158909700140… wensT cell receptor,zeta chain,EC: extracellular,ITAM: immunoreceptor tyrosine-based activation motif,TM: transmembranenenpThe short extracellular domain of the T cell receptor zeta chain is involved in assembly and signal transductionen_asciipThe short extracellular domain of the T cell receptor zeta chain is involved in assembly and signal transductionFLA819& Bolliger, L. Johansson, B. Palmer, E.enARRAY(0x74fb74)12-13S016158909700122& Bolliger, L. Johansson, B. Palmer, E.827  199708/0934wensT cell receptor,zeta chain,EC: extracellular,ITAM: immunoreceptor tyrosine-based activation motif,TM: transmembrane01615890S016158909700122ƒ@,en(cDNA cloning,complement,C5a receptor,ratenCMolecular cloning and expression of the functional rat C5a receptoren_asciiCMolecular cloning and expression of the functional rat C5a receptorFLA8778 Rothermel, E. Zwirner, J.Vogt, T. Rabini, S. Gotze, O.enARRAY(0x74fb14)12-13S0161589097001048 Rothermel, E. Zwirner, J.Vogt, T. Rabini, S. Gotze, O.886  199708/0934,en(cDNA cloning,complement,C5a receptor,rat01615890S016158909700104…Ben>mutagenesis,peptides,antigenic structure,proteins,mycobacteria‚enMutagenesis of an immunodominant T cell epitope can affect recognition of different T and B determinants within the same antigenen_asciiMutagenesis of an immunodominant T cell epitope can affect recognition of different T and B determinants within the same antigenFLA315V Harris, D.P.Hill, M.Vordermeier, H. Jones, M. Hewinson, G. Thangaraj, H. Ivanyi, J.enARRAY(0xaf6f08)4S016158909700041V Harris, D.P.Hill, M.Vordermeier, H. Jones, M. Hewinson, G. Thangaraj, H. Ivanyi, J.322 19970334Ben>mutagenesis,peptides,antigenic structure,proteins,mycobacteria01615890S016158909700041ƒpKenGimmunoglobulin,transcriptional activation,variable region,recombination%enQTranscription of germline VH gene elements by normal human fetal liveren_asciiFTranscription of germline VH gene elements by normal human fetal liverFLA333, Koenig, N. Malone, B.Hoch, S. Schwaber, J.enARRAY(0xb4b540)4S016158909700023, Koenig, N. Malone, B.Hoch, S. Schwaber, J.341 19970334KenGimmunoglobulin,transcriptional activation,variable region,recombination01615890S016158909700023ƒy/en+myelin,complement,Clq,neuroimmunology,brain‚en}Binding of complement component Clq to myelin oligodendrocyte glycoprotein: a novel mechanism for regulating CNS inflammationen_ascii}Binding of complement component Clq to myelin oligodendrocyte glycoprotein: a novel mechanism for regulating CNS inflammationFLA33 Johns, T.G.Bernard, C.C.A.enARRAY(0x585320)1S016158909700005 Johns, T.G.Bernard, C.C.A.38 19970134/en+myelin,complement,Clq,neuroimmunology,brain01615890S016158909700005ń}»«H8?/ŠĄž ŗ Ŗ d TŁÉĀ²ź“źļ)ƒF7enZLymphoid specificity of a copy number-related expression of the H2-Kb transgeneen_asciiOLymphoid specificity of a copy number-related expression of the H2-Kb transgeneFLA73W Hatina, J.Frangoulis, B.Gregorová, S.Plichtová, R.Pla, M. Forejt, J.enARRAY(0x71f0bc)12,131331S016158909800113I Hatina, J.Frangoulis, B. Gregorova, S. Plichtova, R.Pla, M. Forejt, J.80 1999013652188901615890S016158909800113†eenaAllergenRye-grass pollenLol p 5Synthetic peptidesIgE-bindingEpitopeB-cellsCross-reactivity4en_asciiSMolecular basis of IgE-recognition of Lol p 5, a major allergen of rye-grass pollenenSMolecular basis of IgE-recognition of Lol p 5, a major allergen of rye-grass pollenFLA293Suphioglua, Cenk Blaher, BellaRolland, Jennifer M.McCluskey, JamesSchäppi, George Kenrick, JoSingh, Mohan B.Knox, R. BruceenARRAY(0x932798)512231141S016158909800050Suphioglua, Cenk Blaher, BellaRolland, Jennifer M.McCluskey, JamesSchappi, George Kenrick, JoSingh, Mohan B.Knox, R. Bruce305 1998040135eenaAllergenRye-grass pollenLol p 5Synthetic peptidesIgE-bindingEpitopeB-cellsCross-reactivity69008001615890S016158909800050„yEenATransforming growth factor,Protein kinase C,Complement, monocytes‚-en_asciimTransforming growth factor-2 regulates C3 secretion in monocytes through a protein kinase C-dependent pathwayen1Transforming growth factor-2 regulates C3 secretion in monocytes through a protein kinase C-dependent pathwayFLA14 Drouin, S.M. Kiley, S.C. Carlino, J.A. Barnum, S.R.enARRAY(0x65491c)1S0161589098000144 Drouin, S.M. Kiley, S.C. Carlino, J.A. Barnum, S.R.11 19980135EenATransforming growth factor,Protein kinase C,Complement, monocytes01615890S016158909800014ˆD‚\en‚Wadhesion molecules,leukocyte trafficking,monoclonal antibodies,epitopes,SRCR-proteins,CsA=cyclosporin A,GST=glutathione-S-transferase,HEV=high endothelial venule(s),Mac2BP=Mac-2 binding protein,mCyC=mouse cyclophilin C,mCyCAP=mouse cyclophilin C associated protein,SRCR=scavenger receptor cysteine rich-repeat,VAP-1=vascular adhesion protein-1enenHumanized porcine VCAM-specific monoclonal antibodies with chimeric IgG2/G4 constant regions block human leukocyte binding to porcine endothelial cellsen_asciiHumanized porcine VCAM-specific monoclonal antibodies with chimeric IgG2/G4 constant regions block human leukocyte binding to porcine endothelial cellsFLA441_ Mueller, J.P.Giannoni, M.A. Hartman, S.L. Elliott, E.A. Squinto, S.P. Matis, L.A. Evans, M.J.enARRAY(0x858dac)6S016158909700042_ Mueller, J.P.Giannoni, M.A. Hartman, S.L. Elliott, E.A. Squinto, S.P. Matis, L.A. Evans, M.J.452 19970434OenKadhesion molecules,antibodies,Fc receptors,inflammation,xenotransplantation01615890S016158909700042„a[enWCellular activation,cellular proliferation,cell surface molecule homodimer,biochemistryjennCross-linking CTX, a novel thymocyte-specific molecule, inhibits the growth of lymphoid tumor cells in Xenopusen_asciinCross-linking CTX, a novel thymocyte-specific molecule, inhibits the growth of lymphoid tumor cells in XenopusFLA1332 Robert, J. Chretien, I. Guiet, C.Du Pasquier, L.enARRAY(0x6820b0)2S0161589097000062 Robert, J. Chretien, I. Guiet, C.Du Pasquier, L.143 19970234[enWCellular activation,cellular proliferation,cell surface molecule homodimer,biochemistry01615890S016158909700006…@MenImilk allergy,beta-lactoglobulin,recombinant protein,monoclonal antibodies‚enExpression, purification and immunochemical characterization of recombinant bovine beta-lactoglobulin, a major cow milk allergenen_asciiExpression, purification and immunochemical characterization of recombinant bovine beta-lactoglobulin, a major cow milk allergenFLA1113[ Chatel, J. Bernard, H. Clement, G. Frobert, Y. Batt, C.A. Gavalchin, J. Peltre, G.Wal, J.enARRAY(0x6390f8)14S016158909600070[ Chatel, J. Bernard, H. Clement, G. Frobert, Y. Batt, C.A. Gavalchin, J. Peltre, G.Wal, J.1118 19961033MenImilk allergy,beta-lactoglobulin,recombinant protein,monoclonal antibodies01615890S016158909600070‚bBenZReactivity and epitope mapping of single chain T cell receptors with monoclonal antibodiesen_asciiZReactivity and epitope mapping of single chain T cell receptors with monoclonal antibodiesERR735)Brodnicki, T.C. Holman, P.O. Kranz, D.M.7-8016158909682925)Brodnicki, T.C. Holman, P.O. Kranz, D.M.735  199605/063301615890016158909682925ńpa"ŗŖM= iY Ė » ’ ļ÷\L=0=^œƒ:1en-non-human primate,cytokine,lipopolysaccharideenGComplementary DNA (cDNA) sequence of baboon tumor necrosis factor alphaen_asciiGComplementary DNA (cDN† EenAGlycoprotein BHerpes simplex virusT cell receptorV-region biasƒLen_asciiA dominant Vb bias in the CTL response after HSV-1 infection is determined by peptide residues predicted to also interact with the TCR b-chain CDR3en‚)A dominant Vb bias in the CTL response after HSV-1 infection is determined by peptide residues predicted to also interact with the TCR b-chain CDR3FLA307'Turner, Stephen J.Carbone, Francis R.enARRAY(0x9148d4)511S016158909800051'Turner, Stephen J.Carbone, Francis R.316 1998040135EenAGlycoprotein BHerpes simplex virusT cell receptorV-region bias69008001615890S016158909800051…{enwCD26,DPPIV,mAb,Costimulation,ADA binding protein,AA, amino acid,ADA, adenosine deaminase,DPPIV, dipeptidyl peptidase IVen_asciiGCorrelation of the epitopes defined by anti-CD26 mAbs and CD26 functionenGCorrelation of the epitopes defined by anti-CD26 mAbs and CD26 functionFLA13V Dong, R.-P. Tachibana, K. Hegen, M. Scharpe, S.Cho, D.Schlossman, S.F. Morimoto, C.enARRAY(0x68c540)1S016158909800015V Dong, R.-P. Tachibana, K. Hegen, M. Scharpe, S.Cho, D.Schlossman, S.F. Morimoto, C.21 19980135{enwCD26,DPPIV,mAb,Costimulation,ADA binding protein,AA, amino acid,ADA, adenosine deaminase,DPPIV, dipeptidyl peptidase IV01615890S016158909800015ƒfBen>alternative splicing,leukocyte common antigen,myeloid lineages enIMurine mast cells and monocytes express distinctive sets of CD45 isoformsen_asciiIMurine mast cells and monocytes express distinctive sets of CD45 isoformsFLA1191. Virts, E. Barritt, D. Siden, E. Raschke, W.C.enARRAY(0x5bc910)16-17S016158909700142. Virts, E. Barritt, D. Siden, E. Raschke, W.C.1197  199711/1234Ben>alternative splicing,leukocyte common antigen,myeloid lineages01615890S016158909700142ƒ:1en-non-human primate,cytokine,lipopolysaccharideenGComplementary DNA (cDNA) sequence of baboon tumor necrosis factor alphaen_asciiGComplementary DNA (cDNA) sequence of baboon tumor necrosis factor alphaFLA1041. Haudek, S.B.Redl, H. Schlag, G. Giroir, B.P.enARRAY(0x616414)14S016158909700124. Haudek, S.B.Redl, H. Schlag, G. Giroir, B.P.1042 199710341en-non-human primate,cytokine,lipopolysaccharide01615890S016158909700124… :en6isotype switching,interleukin-4,germline transcription‚zenmSimultaneous expression of germline gamma l and epsilon immunoglobulin heavy chain transcripts in single murine splenic B-cellsen_ascii~Simultaneous expression of germline gammal and epsilon immunoglobulin heavy chain transcripts in single murine splenic B-cellsFLA919 Goodman, D.J.Gerondakis, S.enARRAY(0x75d94c)12-13S016158909700106 Goodman, D.J.Gerondakis, S.927  199708/0934:en6isotype switching,interleukin-4,germline transcription01615890S016158909700106‡!Ben>rainbow trout TcR-beta locus,Dbeta,Jbeta,RSS,repeated elementsƒ[en‚8Genomic organization of the TcR beta -chain diversity (Dbeta ) and joining (Jbeta ) segments in the rainbow trout: presence of many repeated sequencesen_asciiGenomic organization of the TcR beta-chain diversity (Dbeta) and joining (Jbeta) segments in the rainbow trout: presence of many repeated sequencesFLA653 De Guerra, A.Charlemagne, J.enARRAY(0x5f063c)8-9S016158909700061 De Guerra, A.Charlemagne, J.662 19970634hencrainbow trout TcR-beta locus,Dbeta ,Jbeta ,RSS,repeated elements01615890S016158909700061„Cen?class II histocompatibility molecules,antigen processing,HLA-DM6enTIntact proteins can bind to class II histocompatibility molecules with high affinityen_asciiTIntact proteins can bind to class II histocompatibility molecules with high affinityFLA471C Runnels, H.A. Weber, D.A. Moore, J.C.Westerman, L.E. Jensen, P.E.enARRAY(0x8fcbc8)6S016158909700043C Runnels, H.A. Weber, D.A. Moore, J.C.Westerman, L.E. Jensen, P.E.480 19970434Cen?class II histocompatibility molecules,antigen processing,HLA-DM01615890S016158909700043„[Ben>Class I MHC molecules,cytoskeleton,aggregation,internalization‚4enStructural analysis of class I MHC molecules: the cytoplasmic domain is not required for cytoskeletal association, aggregation and internalizationen_asciiStructural analysis of class I MHC molecules: the cytoplasmic domain is not required for cytoskeletal association, aggregation and internalizationFLA125#Gur, H. Geppert, T.D. Lipsky, P.E.enARRAY(0x682248)2S016158909700007#Gur, H. Geppert, T.D. Lipsky, P.E.132 19970234Ben>Class I MHC molecules,cytoskeleton,aggregation,internalization01615890S016158909700007„K8en4complement,transforming growth factor-beta,monocytestenTransforming growth factor-beta 2-mediated regulation of C3 gene expression in monocytesen_asciiWTransforming growth factor-beta2-mediated regulation of C3 gene expression in monocytesFLA1025( Drouin, S.M. Carlino, J.A. Barnum, S.R.enARRAY(0x5d7368)13S016158909600071( Drouin, S.M. Carlino, J.A. Barnum, S.R.1034 19960933oenkcomplement,transforming growth factor-beta ,monocytes01615890S016158909600071ƒyZenVcomplement,carp Cyprinus carpio,membrane attack complex,terminal complement components(enMTerminal components of carp complement constituting a membrane attack complexen_asciiMTerminal components of carp complement constituting a membrane attack complexFLA933 Nakao, M. Uemura, T.Yano, T.enARRAY(0x9b9170)11-12S016158909600053 Nakao, M. Uemura, T.Yano, T.937 19960833ZenVcomplement,carp Cyprinus carpio,membrane attack complex,terminal complement components01615890S016158909600053„=Cen?protein tyrosine kinase,tyrosine phosphorylation,T cells,p72syk_enyDifferential regulation of p72syk expression in naive and proliferating CD4_CD8+ T cellsen_asciiXDifferential regulation of p72syk expression in naive and proliferating CD4_CD8+ T cellsFLA8358Orchansky, P.L. Matsuuchi, L. Ericsson, P. Hung-Sia, T.enARRAY(0x76f128)100161589096846098Orchansky, P.L. Matsuuchi, L. Ericsson, P. Hung-Sia, T.846 19960733NenJprotein tyrosine kinase,tyrosine phosphorylation,T cells,p72syk01615890016158909684609„ƒenFPep34, a synthetic peptide whose sequence corresponds to the intracytoplasmic domain of the Epstein-Barr virus receptor (CR2, CD21), regulates human B lymphocyte proliferation triggered through CR2.en_asciiFPep34, a synthetic peptide whose sequence corresponds to the intracytoplasmic domain of the Epstein-Barr virus receptor (CR2, CD21), regulates human B lymphocyte proliferation triggered through CR2.SCO1295B Balbo, M. Barel, M. Bouillie, S. Drane, P. Cassinat, B. Frade, R.enARRAY(0x6af248)16016158909682881B Balbo, M. Barel, M. Bouillie, S. Drane, P. Cassinat, B. Frade, R.1298 1995113201615890016158909682881ń:*żķ 3#€Ć³  ó  €Ž~™0 c™Y‡c‚@en‚;antibody,T cell epitope,antigen presentation,vaccination,immunization,A.a., amino acid,BiP, Immunoglobulin heavy chain binding protein,CDR, Complementarity determining region,CH1, First immunoglobulin constant region domain,CLIP, Class II invariant chain-derived peptides,LN, Lymph node,SN, Supematant,wt, wild type0enQImmunoglobulin as a vehicle for foreign antigenic peptides immunogenic to T cellsen_asciiQImmunoglobulin as a vehicle for foreign antigenic peptides immunogenic to T cellsFLA1167 Lunde, E. Bogen, B. Sandlie, I.enARRAY(0x5a605c)16-17S016158909700143 Lunde, E. Bogen, B. Sandlie, I.1176  199711/1234‚Ken‚Fantibody,T cell epitope,antigen presentation,vaccination,immunization,A.a., amino acid,BiP, Immunoglobulin heavy chain binding protein,CDR, Complementarity determining region,CH1, First immunoglobulin constant region domain,CLIP, Class II invariant chain-derived peptides,LN, Lymph node,SN, Supematant,wt, wild type01615890S016158909700143‰p‚Zen‚Ubotulinum neurotoxin,synthetic peptides,antibodies,T-cells,epitopes,Ab, antibody,BoNT, botulinum neurotoxin,BoNT/A, BoNT type A,BSA, bovine serum albumin,HC, C-terminal fragment corresponding to residues 855-1296 of the heavy,chain of BoNT/A,LNC, lymph node cells,PBS, 0.15M NaCl in 0.01 M sodium phosphate buffer, pH 7.2,TeTX, tetanus toxin‚aen.Immune recognition of botulinum neurotoxin type A; regions recognized by T cells and antibodies against the protective HC fragment (residues 855-1296) of the toxinen_ascii#Immune recognition of botulinum neurotoxin type A; regions recognized by T cells and antibodies against the protective HC fragment (residues 855-1296) of the toxinFLA10317 Oshima, M. Hayakari, M.Middlebrook, J.L. Atassi, M.Z.enARRAY(0x617e54)14S0161589097001077 Oshima, M. Hayakari, M.Middlebrook, J.L. Atassi, M.Z.1040 19971034‚een‚`botulinum neurotoxin,synthetic peptides,antibodies,T-cells,epitopes,Ab, antibody,BoNT, botulinum neurotoxin,BoNT/A, BoNT type A,BSA, bovine serum albumin,HC, C-terminal fragment corresponding to residues 855-1296 of the heavy,chain of BoNT/A,LNC, lymph node cells,PBS, 0.15M NaCl in 0.01 M sodium phosphate buffer, pH 7.2,TeTX, tetanus toxin01615890S016158909700107‚a2en.glomerulonephritis,glycosylation,cryoglobulinsenen:TCR,MHC,leucine zipper,superantigens,SPR,binding constantsƒensAffinity and kinetics of the interactions between an alpha beta T-cell receptor and its superantigen and class II-MHC/Peptide ligandsen_asciiAffinity and kinetics of the interactions between an alphabeta T-cell receptor and its superantigen and class II-MHC/Peptide ligandsFLA493& Kawasaki, E. Newcomb, J.R. Leclair, K.P. Stump, H.S.Bettencourt, B.M.Khandekar, S.S. Banerji, J. Brauer, P.P. Profy, A.T. Naylor, J.W. Jones, B. Chang, H.Kern, P.enARRAY(0x909cb0)6S016158909700044& Kawasaki, E. Newcomb, J.R. Leclair, K.P. Stump, H.S.Bettencourt, B.M.Khandekar, S.S. Banerji, J. Brauer, P.P. Profy, A.T. Naylor, J.W. Jones, B. Chang, H.Kern, P.503 19970434>en:TCR,MHC,leucine zipper,superantigens,SPR,binding constants01615890S016158909700044…;;en7rat basophilic leukemia cells,IgE receptor,gangliosides‚enAnti-ganglioside monoclonal antibody AA4 selectively inhibits IgE-induced signal transduction pathways in rat basophilic leukemia cellsen_asciiAnti-ganglioside monoclonal antibody AA4 selectively inhibits IgE-induced signal transduction pathways in rat basophilic leukemia cellsFLA227e Stephan, V. Seibt, A. Dukanovic, D. Skasa, M. Swaim, W.D.Berenstein, E.H.Siraganian, R.P.Wahn, V.enARRAY(0x5f5958)3S016158909700026e Stephan, V. Seibt, A. Dukanovic, D. Skasa, M. Swaim, W.D.Berenstein, E.H.Siraganian, R.P.Wahn, V.235 19970234;en7rat basophilic leukemia cells,IgE receptor,gangliosides01615890S016158909700026…GenCClass II histocompatibility molecules,mixed isotype,peptide binding‚<enYPeptide binding to mixed isotype Abeta dEalpha d class II histocompatibility moleculesen_asciiTPeptide binding to mixed isotype AbetadEalphad class II histocompatibility moleculesFLA1455 Moore, J.C. Zauderer, M.Natarajana, K. Jensen, P.E.enARRAY(0x669ac0)2S0161589097000085 Moore, J.C. Zauderer, M.Natarajana, K. Jensen, P.E.155 19970234GenCClass II histocompatibility molecules,mixed isotype,peptide binding01615890S016158909700008„[fenbP2-binding pocket,anchor residue motif,class I MHC,van der Waals screening,atomic contact energiesBenZComputational determination of side chain specificity for pockets in class I MHC moleculesen_asciiZComputational determination of side chain specificity for pockets in class I MHC moleculesFLA12311 Vasmatzis, G.Chao, Z.Cornette, J.L. DeLisi, C.enARRAY(0x5bd714)16S0161589096000901 Vasmatzis, G.Chao, Z.Cornette, J.L. DeLisi, C.1239 19961133qenmP2-binding pocket,anchor residue motif,class I MHC,van der Waals screening,atomic contact energies01615890S016158909600090„^UenQsynergistic monoclonal antibodies,human interleukin-10,association rate constants|enwNeutralizing murine monoclonal anti-interleukin-10 antibodies enhance binding of antibodies against a different epitopeen_asciiwNeutralizing murine monoclonal anti-interleukin-10 antibodies enhance binding of antibodies against a different epitopeFLA1103, Sabat, R. Seifert, M.Volk, H. Glaser, R.W.enARRAY(0x5f4a60)14S016158909600072, Sabat, R. Seifert, M.Volk, H. Glaser, R.W.1111 19961033UenQsynergistic monoclonal antibodies,human interleukin-10,association rate constants01615890S016158909600072ƒ[3en/complement,carp,Cyprinus carpio,C8,C9,isolation<enWPurification and characterization of the eighth and ninth components of carp complementen_asciiWPurification and characterization of the eighth and ninth components of carp complementFLA925, Uemura, T.Yano, T. Shiraishi, H. Nakao, M.enARRAY(0x9dfb14)11-12S016158909600054, Uemura, T.Yano, T. Shiraishi, H. Nakao, M.932 199608333en/complement,carp,Cyprinus carpio,C8,C9,isolation01615890S016158909600054„++en'kappa,gene,transcription,IFN-gamma,PU.1‚enyIdentification and functional characterization of a highly conserved sequence in the intron of the kappa light chain geneen_asciiyIdentification and functional characterization of a highly conserved sequence in the intron of the kappa light chain geneFLA973LaVallee, T.M.Morrison, S.L.enARRAY(0x9ecc5c)11-12S016158909600036LaVallee, T.M.Morrison, S.L.988 19960833cen_kappa,gene,transcription,IFN-gamma ,PU.101615890S016158909600036…5ƒYen‚7Chimeric interleukin 2 receptor alpha chain antibody derivatives with fused mu and gamma chains permit improved recruitment of effector functions.en_asciiChimeric interleukin 2 receptor alpha chain antibody derivatives with fused mu and gamma chains permit improved recruitment of effector functions.ERR1299H Schaffner, M. Francois, C. Kaluza, B.Hock, H. Jacques, Y. Weidle, U.H.16016158909682882H Schaffner, M. Francois, C. Kaluza, B.Hock, H. Jacques, Y. Weidle, U.H.1299 1995113201615890016158909682882š¾®øØ}m@0UE€p™‰    Ø ˜ŚŹ1!L<Ķ(Ķ‚m8en_asciiUThe role of T cell receptor dimerization for T cell antagonism and T cell specificityenUThe role of T cell receptor dimerization for T cell antagonism and T cell specificityFLA271&Salzmann, MichaelBachmann, Martin F.enARRAY(0x932708)511S016158909800035&Salzmann, MichaelBachmann, Martin F.277 199804013569008001615890S016158909800035ƒS‚6en_asciiEffects of secondary forces on a high affinity monoclonal IgM anti-fluorescein antibody possessing cryoglobulin and other cross-reactive propertiesenEffects of secondary forces on a high affinity monoclonal IgM anti-fluorescein antibody possessing cryoglobulin and other cross-reactive propertiesFLA103 Mummert, M.e.Voss, E.w., JrenARRAY(0x928c98)211S016158909800017 Mummert, M.e.Voss, E.w., Jr113 199802153501615890S016158909800017…@enenEarly phosphorylation of the retinoblastoma gene product regulates protein binding to the c-fos retinoblastoma control element during T cell activationen_asciiEarly phosphorylation of the retinoblastoma gene product regulates protein binding to the c-fos retinoblastoma control element during T cell activationFLA507+ Felzien, L.K. Branden, M.G.Benedict, S.H.enARRAY(0x5737c8)7S016158909700063+ Felzien, L.K. Branden, M.G.Benedict, S.H.517 19970534renncell activation,gene regulation,oncogenes,protein kinases/phosphatases,signal transduction,human T lymphocytes01615890S016158909700063…Ccen_calnexin,calreticulin,class I histocompatibility molecules,molecular chaperones,protein folding‚^enHbeta 2-microglobulin and calnexin can independently promote folding and disulfide bond formation in class I histocompatibility proteinsen_asciibeta2-microglobulin and calnexin can independently promote folding and disulfide bond formation in class I histocompatibility proteinsFLA401! Tector, M.Qing, Z. Salter, R.D.enARRAY(0x73ed58)5S016158909700045! Tector, M.Qing, Z. Salter, R.D.408 19970434cen_calnexin,calreticulin,class I histocompatibility molecules,molecular chaperones,protein folding01615890S016158909700045ƒY7en3phosphatidylinositol 3-kinase,TCR,T cell,wortmanninZenfEvidence for phosphatidylinositol 3-kinase-dependent T cell antigen receptor (TCR) signal transductionen_asciifEvidence for phosphatidylinositol 3-kinase-dependent T cell antigen receptor (TCR) signal transductionFLA221 Exley, M.Varticovski, L.enARRAY(0x5afa0c)3S016158909700027 Exley, M.Varticovski, L.226 199702347en3phosphatidylinositol 3-kinase,TCR,T cell,wortmannin01615890S016158909700027„+KenGcDNA cloning,American cockroach,Per a 3 allergen,isoallergenic variantslenoSequencing and immunochemical characterization of the American cockroach Per a 3 (Cr-PI) isoallergenic variantsen_asciioSequencing and immunochemical characterization of the American cockroach Per a 3 (Cr-PI) isoallergenic variantsFLA1(Wu, C.H. Lee, M.F. Wang, N.M. Luo, S.F.enARRAY(0x5a7480)1S016158909700009(Wu, C.H. Lee, M.F. Wang, N.M. Luo, S.F.8 19970134KenGcDNA cloning,American cockroach,Per a 3 allergen,isoallergenic variants01615890S016158909700009„)=en9protein antigenicity,immunogenicity,poliovirus,C3 epitope‚enyModulating the immunological properties of a linear B-cell epitope by insertion into permissive sites of the MalE proteinen_asciiyModulating the immunological properties of a linear B-cell epitope by insertion into permissive sites of the MalE proteinFLA1345& Martineau, P. Leclerc, C. Hofnung, M.enARRAY(0x5e81e8)17-18S016158909600091& Martineau, P. Leclerc, C. Hofnung, M.1358 19961233=en9protein antigenicity,immunogenicity,poliovirus,C3 epitope01615890S016158909600091ƒt8en4monoclonal antibody,growth hormone receptor,epitopes>enXFunctional characterization of monoclonal antibodies specific to growth hormone receptoren_asciiXFunctional characterization of monoclonal antibodies specific to growth hormone receptorFLA11973 Bosco, S.W.Lumanglas, A.L. Bona, C.A. Moran, T.M.enARRAY(0x65bf80)15S0161589096000553 Bosco, S.W.Lumanglas, A.L. Bona, C.A. Moran, T.M.1202 199610338en4monoclonal antibody,growth hormone receptor,epitopes01615890S016158909600055„0`en\interleukin-5,conserved lymphokine element-0,high mobility group-1 protein,promoter,D10.G4.1Len_The conserved lymphokine element-0 in the IL5 promoter binds to a high mobility group-1 proteinen_ascii_The conserved lymphokine element-0 in the IL5 promoter binds to a high mobility group-1 proteinFLA1119" Marrugo, J. Marsh, D.G. Ghosh, B.enARRAY(0x612bbc)14S016158909600073" Marrugo, J. Marsh, D.G. Ghosh, B.1125 19961033`en\interleukin-5,conserved lymphokine element-0,high mobility group-1 protein,promoter,D10.G4.101615890S016158909600073š÷ēgW¬œæÆóćøØ Ū Ė50 5nC3f,f…K\enXanti-Gal,combinatorial phage display library,Fab expression,anti-carbohydrate antibodies‚:enCloning of anti-gal fabs from combinatorial phage display libraries: structural analysis and comparison of fab expression in pComb3H and pComb8 phageen_asciiCloning of anti-gal fabs from combinatorial phage display libraries: structural analysis and comparison of fab expression in pComb3H and pComb8 phageFLA609=Le, W. Radic, M.Z. Siegel, D. Chang, T. Bracy, J. Galili, U.enARRAY(0x5f7fd4)8-9S016158909700082=Le, W. Radic, M.Z. Siegel, D. Chang, T. Bracy, J. Galili, U.618 19970634\enXanti-Gal,combinatorial phage display library,Fab expression,anti-carbohydrate antibodies01615890S016158909700082„)4en0immunoglobulin genes,somatic mutation,DNA repair‚en}The inactivation of the XP-C gene does not affect somatic hypermutation or class switch recombination of immunoglobulin genesen_ascii}The inactivation of the XP-C gene does not affect somatic hypermutation or class switch recombination of immunoglobulin genesFLA527. Hong, M.S. Cheo, D.L. Friedberg, E. Storb, U.enARRAY(0x5752fc)7S016158909700064. Hong, M.S. Cheo, D.L. Friedberg, E. Storb, U.533 199705344en0immunoglobulin genes,somatic mutation,DNA repair01615890S016158909700064…:RenNMHC restriction,multiple antigen peptide,Plasmodium falciparum,T-cell epitopes‚en Predominance of H-2d- and H-2k-restricted T-cell epitopes in the high„en„autoreactive B lymphocytes,autoantibodies,B cell repertoire,cytochrome c,Ag, antigen,autoAb, autoantibody,CDR, complementarity-determining region,CYT, cytochrome c,DNP, dinitrophenol(yl),ELISA, enzyme-linked immunosorbent assay,H chain, mAb heavy chain,H3, H chain CDR3,HY, hemocyanin,[I]50, concentration of soluble Ag inhibiting the binding of an mAb to,plate-adsorbed Ag in ELISA by 50%,IgH, immunoglobulin heavy chain gene locus,L chain, mAb light chain,L3, L chain CDR3,mAb, monoclonal antibody,OVA, ovalbumin,TCR, T cell receptorƒenGB lymphocyte recognition of the self antigen mouse cytochrome C in different mouse strains: targeting of the same dominant epitope by naturally-occurring cells expressing distinct VH genesen_ascii50, concentration of soluble Ag inhibiting the binding of an mAb to,plate-adsorbed Ag in ELISA by 50%,IgH, immunoglobulin heavy chain gene locus,L chain, mAb light chain,L3, L chain CDR3,mAb, monoclonal antibody,OVA, ovalbumin,TCR, T cell receptor01615890S016158909700109…K\enXanti-Gal,combinatorial phage display library,Fab expression,anti-carbohydrate antibodies‚:enCloning of anti-gal fabs from combinatorial phage display libraries: structural analysis and comparison of fab expression in pComb3H and pComb8 phageen_asciiCloning of anti-gal fabs from combinatorial phage display libraries: structural analysis and comparison of fab expression in pComb3H and pComb8 phageFLA609=Le, W. Radic, M.Z. Siegel, D. Chang, T. Bracy, J. Galili, U.enARRAY(0x5f7fd4)8-9S016158909700082=Le, W. Radic, M.Z. Siegel, D. Chang, T. Bracy, J. Galili, U.618 19970634\enXanti-Gal,combinatorial phage display library,Fab expression,anti-carbohydrate antibodies01615890S016158909700082„)4en0immunoglobulin genes,somatic mutation,DNA repair‚en}The inactivation of the XP-C gene does not affect somatic hypermutation or class switch recombination of immunoglobulin genesen_ascii}The inactivation of the XP-C gene does not affect somatic hypermutation or class switch recombination of immunoglobulin genesFLA527. Hong, M.S. Cheo, D.L. Friedberg, E. Storb, U.enARRAY(0x5752fc)7S016158909700064. Hong, M.S. Cheo, D.L. Friedberg, E. Storb, U.533 199705344en0immunoglobulin genes,somatic mutation,DNA repair01615890S016158909700064…:RenNMHC restriction,multiple antigen peptide,Plasmodium falciparum,T-cell epitopes‚en Predominance of H-2d- and H-2k-restricted T-cell epitopes in the highly repetitive plasmodium falciparum antigen Pf332en_asciivPredominance of H-2d- and H-2k-restricted T-cell epitopes in the highly repetitive plasmodium falciparum antigen Pf332FLA379T Ahlborg, N. Sterky, F. Haddad, D. Perlmann, P. Nygren, P. Andersson, R. Berzins, K.enARRAY(0x775ecc)5S016158909700046T Ahlborg, N. Sterky, F. Haddad, D. Perlmann, P. Nygren, P. Andersson, R. Berzins, K.389 19970434RenNMHC restriction,multiple antigen peptide,Plasmodium falciparum,T-cell epitopes01615890S016158909700046ƒ[<en8B cell,extrachromosomal substrate,immunoglobulin,isotypeJen^Developmental specificity of immunoglobulin heavy chain switch region recombination activitiesen_ascii^Developmental specificity of immunoglobulin heavy chain switch region recombination activitiesFLA201Li, M. Woosik, C. Maizels, N.enARRAY(0x5b5d40)3S016158909700028Li, M. Woosik, C. Maizels, N.208 19970234<en8B cell,extrachromosomal substrate,immunoglobulin,isotype01615890S016158909700028…)JenFIL-10,switch circular DNA,gamma germ-line transcript,isotype switching‚9enMDirect evidence that gamma 1 and gamma 3 switching in human B cells is interleukin-10 dependenten_ascii]Direct evidence that gamma1 and gamma3 switching in human B cells is interleukin-10 dependentFLA1335 Fujieda, S. Saxon, A. Zhang, K.enARRAY(0x6a4ea8)17-18S016158909600092 Fujieda, S. Saxon, A. Zhang, K.1343 19961233en~IL-10,switch circular DNA,gamma germ-line transcript,isotype switching01615890S016158909600092„~GenCcomplement,complement inhibitors,CD59,mutagenesis,protein structure‚:enExpression of recombinant CD59 with an N-terminal peptide epitope facilitates analysis of residues contributing to its complement-inhibitory functionen_asciiExpression of recombinant CD59 with an N-terminal peptide epitope facilitates analysis of residues contributing to its complement-inhibitory functionFLA1127+ Quansheng, Z.Ji, Z. Husler, T. Sims, P.J.enARRAY(0x612338)14S016158909600074+ Quansheng, Z.Ji, Z. Husler, T. Sims, P.J.1134 19961033GenCcomplement,complement inhibitors,CD59,mutagenesis,protein structure01615890S016158909600074…wIenEDuffy antigen,deletion mutagenesis,Fy6,monoclonal antibodies,peptides‚LenIdentification of the Fy6 epitope recognized by two monoclonal antibodies in the n-terminal extracellular portion of the duffy antigen receptor for chemokinesen_asciiIdentification of the Fy6 epitope recognized by two monoclonal antibodies in the n-terminal extracellular portion of the duffy antigen receptor for chemokinesFLA917\Wasniowska, K. Blanchard, D. Janvier, D. Zi-Xuan, W. Peiper, S.C. Hadley, T.J. Lisowska, E.enARRAY(0x9df4a4)11-12S016158909600056\Wasniowska, K. Blanchard, D. Janvier, D. Zi-Xuan, W. Peiper, S.C. Hadley, T.J. Lisowska, E.923 19960833IenEDuffy antigen,deletion mutagenesis,Fy6,monoclonal antibodies,peptides01615890S016158909600056ń.Ŗš8(&+ÆŸxh L < £ “ $ ŪĖiY0É„P7en3IgMGlycosylationPolymerisationSecretionAffinity@en_asciiSBiogenesis and function of IgM: the role of the conserved m-chain tailpiece glycansen_Biogenesis and function of IgM: the role of the conserved µ-chain tailpiece glycansFLA837\Lalla, Claudia deFagioli, ClaudioCessi, Franca SerafiniSmilovich, DanielaSitia, RobertoenARRAY(0x932498)13 11111S016158909800073\Lalla, Claudia deFagioli, ClaudioCessi, Franca SerafiniSmilovich, DanielaSitia, Roberto845 19980901357en3IgMGlycosylationPolymerisationSecretionAffinity01615890S016158909800073„`UenQT cell receptorsPhage antibodyThioredoxinreductaseSingle chain T cell receptorOen_ascii]Production of soluble single-chain T-cell receptor fragments in Escherichia coli trxB mutantsendProduction of soluble single-chain T-cell receptor fragments in Escherichia coli trxB mutantsFLA73@ Molloy, P.e. Harris, W.J. Strachan, G. Watts, C.Cunningham, C.enARRAY(0x94df38)2 11121S016158909800019@ Molloy, P.e. Harris, W.J. Strachan, G. Watts, C.Cunningham, C.81 1998021535UenQT cell receptorsPhage antibodyThioredoxinreductaseSingle chain T cell receptor01615890S016158909800019†7cen_T lymphocytesComparative immunologyT-cell receptorsMolecular biologyGrowth factorsCatfish‚Ken_asciiST-cell receptors in channel catfish: structure and expression of TCR a and b geneseniT-cell receptors in channel catfish: structure and expression of TCR a and b genesFLA545` Wilson, M. R.Zhou, H.Bengtén, E. Clem, L.W. Stuge, T. B. Warr, G. W.Miller, Norman W.enARRAY(0x943b8c)91111111S016158909800037Y Wilson, M. R.Zhou, H. Bengten, E. Clem, L.W. Stuge, T. B. Warr, G. W.Miller, Norman W.557 1998061535cen_T lymphocytesComparative immunologyT-cell receptorsMolecular biologyGrowth factorsCatfish01615890S016158909800037„m4en0CD1Cell surface moleculesMHCAntibodiesRodent<en_asciiWTissue distribution, regulation and intracellular localization of murine CD1 moleculesenWTissue distribution, regulation and intracellular localization of murine CD1 moleculesFLA525n Mandal, ManasChen, Xiao-RongAlegre, Maria-LuisaChiu, Nancy M. Chen, Yi-HuaCastan, A. RaulWang, Chyung-RuenARRAY(0x8c98d4)91111111S016158909800055n Mandal, ManasChen, Xiao-RongAlegre, Maria-LuisaChiu, Nancy M. Chen, Yi-HuaCastan, A. RaulWang, Chyung-Ru536 19980615354en0CD1Cell surface moleculesMHCAntibodiesRodent01615890S016158909800055Hen_asciiExtended summary author indexenExtended summary author indexIND80911-12S016158909800091809 199809253501615890S016158909800091„IenEamino acid variability,antigen binding,camelid isotypes,VH repertoire3enXComparison of llama VH sequences from conventional and heavy chain antibodiesen_asciiMComparison of llama VH sequences from conventional and heavy chain antibodiesFLA11212Vu, K.B.Ghahroudi, M.A.Wyns, L.Muyldermans, S.enARRAY(0x620e60)16-17S0161589097001462Vu, K.B.Ghahroudi, M.A.Wyns, L.Muyldermans, S.1131  199711/1234TenPamino acid variability,antigen binding,camelid isotypes,VH repertoire01615890S016158909700146†%enTh1/Th2,apoptosis,cytokines,second messengers,transcription factors,DEX, dexamethasone,NF-kB, nuclear factor kapa B,PCD, programmed cell death‚]en_Cytokine rescue from glucocorticoid induced apoptosis in T cells is mediated through inhibition of Ikappa Balpha en_asciioCytokine rescue from glucocorticoid induced apoptosis in T cells is mediated through inhibition of IkappaBalphaFLA987!Xie, H. Seward, R.J. Huber, B.T.enARRAY(0x58a880)14S016158909700128!Xie, H. Seward, R.J. Huber, B.T.994 19971034enTh1/Th2,apoptosis,cytokines,second messengers,transcription factors,DEX, dexamethasone,NF-kB, nuclear factor kapa B,PCD, programmed cell death01615890S016158909700128„j/en+hypermutation,VH gene,3_ enhancer,transgene‚Yen]Evaluation of the role of the 3_alpha heavy chain enhancer [3_alpha E(hs1,2)] in Vh gene somatic hypermutationen_asciimEvaluation of the role of the 3_alpha heavy chain enhancer [3_alphaE(hs1,2)] in Vh gene somatic hypermutationFLA367+Tumas-Brundage, K.M. Vora, K.A. Manser, T.enARRAY(0x744714)5S016158909700065+Tumas-Brundage, K.M. Vora, K.A. Manser, T.378 19970434/en+hypermutation,VH gene,3_ enhancer,transgene01615890S016158909700065ƒiCen?IgM antibodies,J chain,IgM polymerization,endoplasmic reticulumRenbLate events in assembly determine the polymeric structure and biological activity of secretory IgMen_asciibLate events in assembly determine the polymeric structure and biological activity of secretory IgMFLA323 Brewer, J.W. Corley, R.B.enARRAY(0xb03d1c)4S016158909700029 Brewer, J.W. Corley, R.B.331 19970334Cen?IgM antibodies,J chain,IgM polymerization,endoplasmic reticulum01615890S016158909700029†%en systemic lupus erythematosus,idiotype,lambda II light chain,site directed mutagenesis,immunoglobulin expression,anti-DNA antibodies,idiotypes,molecular modelingNen`Molecular mapping of the 8.12 sle-associated idiotype specificity at the single amino acid levelen_ascii`Molecular mapping of the 8.12 sle-associated idiotype specificity at the single amino acid levelFLA1255C Irigoyen, M. Kowal, C. Young, A.C.M.Sacchettini, J.C. Diamond, B.enARRAY(0x5c2fec)16S016158909600093C Irigoyen, M. Kowal, C. Young, A.C.M.Sacchettini, J.C. Diamond, B.1265 19961133%en systemic lupus erythematosus,idiotype,lambda II light chain,site directed mutagenesis,immunoglobulin expression,anti-DNA antibodies,idiotypes,molecular modeling01615890S016158909600093„`Ben>BIAcoreTM,mass-transfer,operating regimes,steric hindrance,BSA‚en An analysis of transport resistances in the operation of BIAcoreTM; implications for kinetic studies of biospecific interactionsen_asciiAn analysis of transport resistances in the operation of BIAcoreTM; implications for kinetic studies of biospecific interactionsFLA1203+ Yarmush, M.L.Patankar, D.B. Yarmush, D.M.enARRAY(0x67c8e0)15S016158909600075+ Yarmush, M.L.Patankar, D.B. Yarmush, D.M.1214 19961033MenIBIAcoreTM,mass-transfer,operating regimes,steric hindrance,BSA01615890S016158909600075„rfenbmuIP-10,Ia,interferon-gamma,astrocytes,chemokine,central nervous system,antisense-oligonucleotidesPen}Role of muIP-10 in interferon-gamma induction of Ia in rat astrocytesen_asciiERole of muIP-10 in interferon-gamma induction of Ia in rat astrocytesFLA1079 Vanguri, P. Cho, S.Y.Chi, C.enARRAY(0x5ea5e8)13S016158909600057 Vanguri, P. Cho, S.Y.Chi, C.1087 19960933enmuIP-10,Ia,interferon-gamma ,astrocytes,chemokine,central nervous system,antisense-oligonucleotides01615890S016158909600057ƒA:en6complement,C3,thioester,complement activation,tyrosine@enYTyrosine is a potential site for covalent attachment of activated complement component C3en_asciiYTyrosine is a potential site for covalent attachment of activated complement component C3FLA711Sahu, A.Pangburn, M.K.enARRAY(0xb4b6e4)10016158909598933Sahu, A.Pangburn, M.K.716 19950732:en6complement,C3,thioester,complement activation,tyrosine01615890016158909598933ńåÖyių“ƒ”‘œŒ ś źŅĀ9)(Ļ„߃L)en%skeletal muscle,inflammation,myƒyIenECyclin dependent kinaseG1 CyclinsCyclin dependent kinase inhibitors"en_asciiJCD40-mediated induction of p21 accumulation in resting and cycling B cellsenJCD40-mediated induction of p21 accumulation in resting and cycling B cellsFLA567*Mullins, M. W.Pittner, B. T. Snow, E. C.enARRAY(0x91e450)10111S016158909800038*Mullins, M. W.Pittner, B. T. Snow, E. C.580 1998071535TenPCyclin dependent kinaseG1 CyclinsCyclin dependent kinase inhibitors01615890S016158909800038ˆ\enXT cell receptorSite directed mutagenesisAntigen recognitionTCR\MHC-peptideinteraction‚zen_asciiPoint mutations in the b chain CDR3 can alter the T cell receptor recognition pattern on an MHC class I\peptide complex over a broad interface areaenWPoint mutations in the b chain CDR3 can alter the T cell receptor recognition pattern on an MHC class I\peptide complex over a broad interface areaFLA593:Goyarts, Earl C. Vegh, ZsuzsaKalergis, Alexis M.Hörig, HeidiPapadopoulos, Nicolas J.Young, Aideen C.M.Thomson, Cole T.Chang, Hsiu-ChingJoyce, SebastianNathenson, Stanley G.enARRAY(0x91e60c)101111122543S0161589098000565Goyarts, Earl C. Vegh, ZsuzsaKalergis, Alexis M. Horig, HeidiPapadopoulos, Nicolas J.Young, Aideen C.M.Thomson, Cole T.Chang, Hsiu-ChingJoyce, SebastianNathenson, Stanley G.607 1998071535\enXT cell receptorSite directed mutagenesisAntigen recognitionTCR\MHC-peptideinteraction01615890S0161589098000568en_asciiAbstract author indexenAbstract author indexIND81111-12S016158909800092818 199809253501615890S016158909800092Š‚pen‚kSelf antigen,T helper epitope,B cell tolerance,autoantibodies,conjugated antigens,Ab, antibody,Ag, antigen,UbiOVA, recombinant ubiquitin with OVA(325-336) inserted at position 21-32,cUbi-OVAp, bovine ubiquitin chemically conjugated with OVA(323-339)Y peptide,cUbi-OVA, bovine ubiquitin chemically conjugated to ovalbumin,HEL, hen egg-white lysozyme,OVA, ovalbumin‚0enInduction of cross-reactive antibodies against a self protein by immunization with a modified self protein containing a foreign T helper epitopeen_asciiInduction of cross-reactive antibodies against a self protein by immunization with a modified self protein containing a foreign T helper epitopeFLA1113O Dalum, I. Jensen, M.R. Gregorius, K.Thomasen, C.M. Elsner, H.I. Mouritsen, S.enARRAY(0x5bc970)16-17S016158909700147O Dalum, I. Jensen, M.R. Gregorius, K.Thomasen, C.M. Elsner, H.I. Mouritsen, S.1120  199711/1234‚pen‚kSelf antigen,T helper epitope,B cell tolerance,autoantibodies,conjugated antigens,Ab, antibody,Ag, antigen,UbiOVA, recombinant ubiquitin with OVA(325-336) inserted at position 21-32,cUbi-OVAp, bovine ubiquitin chemically conjugated with OVA(323-339)Y peptide,cUbi-OVA, bovine ubiquitin chemically conjugated to ovalbumin,HEL, hen egg-white lysozyme,OVA, ovalbumin01615890S016158909700147‰‚>en‚9abzyme,autoantibody,catalysis,SCA, single-chain antibody,(dT), deoxythymidine,ssDNA, single-stranded DNA,Fab, 50 kDa antigen-binding fragment derived by papain digestion of an,immunoglobulin molecule, PCR,polymerase chain reaction, HPLC,high pressure liquid chromatography, PAGE,polyacrylamide gel electrophoresisFen\DNA hydrolysis by monoclonal anti-ssDNA autoantibody BV 04-01: origins of catalytic activityen_ascii\DNA hydrolysis by monoclonal anti-ssDNA autoantibody BV 04-01: origins of catalytic activityFLA1083vGololobov, G.V. Rumbley, C.A. Rumbley, J.N.Schourov, D.V.Makarevich, O.I. Gabibov, A.G.Voss, E.W. Jr. Rodkey, L.S.enARRAY(0x6e7a48)15S016158909700129vGololobov, G.V. Rumbley, C.A. Rumbley, J.N.Schourov, D.V.Makarevich, O.I. Gabibov, A.G.Voss, E.W. Jr. Rodkey, L.S.1093 19971034‚>en‚9abzyme,autoantibody,catalysis,SCA, single-chain antibody,(dT), deoxythymidine,ssDNA, single-stranded DNA,Fab, 50 kDa antigen-binding fragment derived by papain digestion of an,immunoglobulin molecule, PCR,polymerase chain reaction, HPLC,high pressure liquid chromatography, PAGE,polyacrylamide gel electrophoresis01615890S016158909700129ƒs-en)transcription,immunoglobulin,blymphocytes1enWReassessment of germline heavy chain transcripts from two murine VH familiesen_asciiLReassessment of germline heavy chain transcripts from two murine VH familiesFLA743E Webb, C.F.Dou, S.Buchanan, K.L. Resta, R. Smithson, G. Smith, E.A.enARRAY(0x573f8c)10S016158909700084E Webb, C.F.Dou, S.Buchanan, K.L. Resta, R. Smithson, G. Smith, E.A.750 19970734-en)transcription,immunoglobulin,blymphocytes01615890S016158909700084ƒ`2en.synthetic peptides,measles virus,CTL responsesLen_Structural requirements for synthetic immunogens to induce measles virus specific CTL responsesen_ascii_Structural requirements for synthetic immunogens to induce measles virus specific CTL responsesFLA1223(Partidos, C.D. Delmas, A. Steward, M.W.enARRAY(0x5bd72c)16S016158909600094(Partidos, C.D. Delmas, A. Steward, M.W.1229 199611332en.synthetic peptides,measles virus,CTL responses01615890S016158909600094„c/en+T cell receptor,alternative splice variants‚Cen6A T cell clone with three potential TcR alpha chain rearrangements expresses only one receptor combination at the cell surfaceen_ascii~A T cell clone with three potential TcR alpha chain rearrangements expresses only one receptor combination at the cell surfaceFLA11771 Hayball, J.D. Jones, C.M. Lamb, J.R. Lakes, R.A.enARRAY(0x65ec80)15S0161589096000761 Hayball, J.D. Jones, C.M. Lamb, J.R. Lakes, R.A.1181 19961033/en+T cell receptor,alternative splice variants01615890S016158909600076„_<en8MSP1,phage display,epitope,mimotope,immunization,vaccine‚>enReproducing the immune response against the Plasmodium vivax merozoite surface protein 1 with mimotopes selected from a phage-displayed peptide libraryen_asciiReproducing the immune response against the Plasmodium vivax merozoite surface protein 1 with mimotopes selected from a phage-displayed peptide libraryFLA909$ Demangel, C. Lafaye, P. Mazie, J.C.enARRAY(0x9f0450)11-12S016158909600058$ Demangel, C. Lafaye, P. Mazie, J.C.916 19960833<en8MSP1,phage display,epitope,mimotope,immunization,vaccine01615890S016158909600058„[Ben>Hox11,lymphocyte development,fetal spleen,alternative splicingfenlTwo forms of Hox11, A T cell leukemia oncogene, are expressed in fetal spleen but not in primary lymphocytesen_asciilTwo forms of Hox11, A T cell leukemia oncogene, are expressed in fetal spleen but not in primary lymphocytesFLA1177I Yamamoto, H. Hatano, M. Iitsuka, Y. Mahyar, N. Yamamoto, M. Tokuhisa, T.enARRAY(0x580020)16016158909500100I Yamamoto, H. Hatano, M. Iitsuka, Y. Mahyar, N. Yamamoto, M. Tokuhisa, T.1182 19951132Ben>Hox11,lymphocyte development,fetal spleen,alternative splicing01615890016158909500100„ WenSallosteric monoclonal antibodies,human growth hormone (hGH),hGH-biological activity.enPMonoclonal antibodies to human growth hormone modulate its biological propertiesen_asciiPMonoclonal antibodies to human growth hormone modulate its biological propertiesFLA399) Roguin, L.P. Aguilar, R.C. Retegui, L.A.enARRAY(0x6fd05c)6016158909500001) Roguin, L.P. Aguilar, R.C. Retegui, L.A.405 19950432WenSallosteric monoclonal antibodies,human growth hormone (hGH),hGH-biological activity01615890016158909500001ń÷覗hYĆ³†vö Į ± Ķ ½¤”"0 Ł( Z˜„:,en(EAE,T cell receptors,CDR3,peptide analog‚enInduction of a heterogeneous TCR repertoire in (PL/JXSJL/J)F1 mice by myelin basic protein peptide Ac1-11 and its analog Ac1-11[4A]en_asciiInduction of a heterogeneous TCR repertoire in (PL/JXSJL/J)F1 mice by myelin basic protein peptide Ac1-11 and its analog Ac1-11[4A]FLA7817 Pearson, C.I. Smilek, D.E. Danska, J.S.McDevitt, H.O.enARRAY(0x631690)11S0161589097000587 Pearson, C.I. Smilek, D.E. Danska, J.S.McDevitt, H.O.792 19970834,en(EAE,T cell receptors,CDR3,peptide analog01615890S016158909700058… ^enZB lymphocytes,tolerance/suppression,†:en6CD34Ig genesHIV autoimmunityCombinatorial libraries‚<en_asciiAnti-CD34+ fabs generated against hematopoietic stem cells in HIV-derived combinatorial immunoglobulin library suggest antigen-selected autoantibodiesenAnti-CD34+ fabs generated against hematopoietic stem cells in HIV-derived combinatorial immunoglobulin library suggest antigen-selected autoantibodiesFLA955qRubinstein, Daniel B.Leblanc, PierreWright, Daniel G.Guillaume, ThierryStrotchevoi, AlexeiBoosalis, MichaelenARRAY(0x9326fc)14-15 111211S016158909800075qRubinstein, Daniel B.Leblanc, PierreWright, Daniel G.Guillaume, ThierryStrotchevoi, AlexeiBoosalis, Michael964 1998100135:en6CD34Ig genesHIV autoimmunityCombinatorial libraries01615890S016158909800075q&en_ascii Author indexen Author indexINDXXI18S016158909800039XXVI 1997123401615890S016158909800039Šƒ6enƒ1protein modeling,antibody,steroid,estradiol,cross-reactivity,protein engineering,antibody-antigen interactions,CDR=complementarity determining region,DB3=an anti-progesterone antibody (Arevalo et al., 1993),TE33=anti-cholera toxin peptide 3 antibody (Shoham, 1993),NC-41=anti-neuraminase antibody (Tulip et al., 1992),D1.3=anti-lysozyme antibody (Fischmann et al., 1991),CMO=carboxymethyl oxime,TR-FIA=time-resolved fluoroimmunoassaypen1Structural analysis of an anti-estradiol antibodyen_ascii1Structural analysis of an anti-estradiol antibodyFLA1215jLamminmaki, U.Villoutreix, B.O. Jauria, P. Saviranta, P. Vihinen, M. Nilsson, L. Teleman, O. Lovgren, T.enARRAY(0x6eee48)16-17S016158909700085jLamminmaki, U.Villoutreix, B.O. Jauria, P. Saviranta, P. Vihinen, M. Nilsson, L. Teleman, O. Lovgren, T.1226  199711/1234ƒ6enƒ1protein modeling,antibody,steroid,estradiol,cross-reactivity,protein engineering,antibody-antigen interactions,CDR=complementarity determining region,DB3=an anti-progesterone antibody (Arevalo et al., 1993),TE33=anti-cholera toxin peptide 3 antibody (Shoham, 1993),NC-41=anti-neuraminase antibody (Tulip et al., 1992),D1.3=anti-lysozyme antibody (Fischmann et al., 1991),CMO=carboxymethyl oxime,TR-FIA=time-resolved fluoroimmunoassay01615890S016158909700085ƒb7en3chimeric peptides,immunodominance,T helper epitopes\engSpecificity of the T-cell responses in covalently linked peptides each comprising of a T helper epitopeen_asciigSpecificity of the T-cell responses in covalently linked peptides each comprising of a T helper epitopeFLA1105Partidos, C.D. Kanse, C.enARRAY(0x5735ac)16-17S016158909700148Partidos, C.D. Kanse, C.1111  199711/12347en3chimeric peptides,immunodominance,T helper epitopes01615890S016158909700148†3den`antibody genes,VH,VK,Vl primary antibody repertoire,kappa deficient mice,lambda2-transgenic mice‚!enVl-light chain genes reconstitute immune responses to defined carbohydrate antigens or haptens by utilizing different VH genesen_ascii~Vl-light chain genes reconstitute immune responses to defined carbohydrate antigens or haptens by utilizing different VH genesFLA1359@Bot, A. Nangpal, A. Pricop, L. Bogen, B. Kaushik, A. Bona, C.A.enARRAY(0x6a1110)17-18S016158909600095@Bot, A. Nangpal, A. Pricop, L. Bogen, B. Kaushik, A. Bona, C.A.1368 19961233JenEantibody genes,VH,VK,Vl primary antibody repertoire,kappa deficient mice,lambda 2-transgenic mice01615890S016158909600095†n9en5MODS,MIP-1alpha,complement C5,protective role in MODS„en‚=Two chemotactic factors, C5a and MIP-1alpha , dramatically alter the mortality from zymosan-induced multiple organ dysfunction syndrome (MODS): C5a contributes to MODS while MIP-1alpha has a protective roleen_asciiMTwo chemotactic factors, C5a and MIP-1alpha, dramatically alter the mortality from zymosan-induced multiple organ dysfunction syndrome (MODS): C5a contributes to MODS while MIP-1alpha has a protective roleFLA1135% Miller, C.G. Cook, D.N. Kotwal, G.J.enARRAY(0x612f10)14S016158909600077% Miller, C.G. Cook, D.N. Kotwal, G.J.1137 19961033qenmMODS,MIP-1alpha ,complement C5,protective role in MODS01615890S016158909600077„+qenmhistocompatibility antigen,MHC class II,thymopentin analogs,immunomodulatory peptides,RGD-containing peptidesenDImmunological properties of the thymopentin-like fragments of HLA-DQen_asciiDImmunological properties of the thymopentin-like fragments of HLA-DQFLA903) Szewczuk, Z. Siemion, I.Z. Wieczorek, Z.enARRAY(0x9df5a0)11-12S016158909600059) Szewczuk, Z. Siemion, I.Z. Wieczorek, Z.908 19960833qenmhistocompatibility antigen,MHC class II,thymopentin analogs,immunomodulatory peptides,RGD-containing peptides01615890S016158909600059…oenkHCV,truncated recombinant core proteins,immune responses,epitope mapping,H-2 congenic mice,T helper epitopeQengIdentification of a murine CD4+ T-lymphocyte response site in hepatitis C virus core proteinen_ascii\Identification of a murine CD4+ T-lymphocyte response site in hepatitis C virus core proteinFLA703B Ziping, C. Berkower, I. Wei-Mei, C.R., Y.W. Alter, H.J.J., W.S.enARRAY(0x70fb5c)7-8016158909600010B Ziping, C. Berkower, I. Wei-Mei, C.R., Y.W. Alter, H.J.J., W.S.709  199605/0633oenkHCV,truncated recombinant core proteins,immune responses,epitope mapping,H-2 congenic mice,T helper epitope01615890016158909600010„-Aen=myasthenia gravis,human autoantibodies,acetylcholine receptor\engEvidence for an antigen-driven selection process in human autoantibodies against acetylcholine receptoren_asciigEvidence for an antigen-driven selection process in human autoantibodies against acetylcholine receptorFLA12158 Cardona, A. Pritsch, O. Dumas, G.Bach, J. Dighiero, G.enARRAY(0x601420)160161589095001018 Cardona, A. Pritsch, O. Dumas, G.Bach, J. Dighiero, G.1223 19951132Aen=myasthenia gravis,human autoantibodies,acetylcholine receptor01615890016158909500101„@;en7melanoma,cytotoxic T cell,peptide,tumor antigen,vaccinerenrCytotoxic T cell recognition of a human melanoma derived peptide with a carboxyl-terminal alanine-proline sequenceen_asciirCytotoxic T cell recognition of a human melanoma derived peptide with a carboxyl-terminal alanine-proline sequenceFLA573> Morioka, N. Kikumoto, Y. Hoon, D.S.B. Morton, D.L. Irie, R.F.enARRAY(0x5cca9c)8016158909500020> Morioka, N. Kikumoto, Y. Hoon, D.S.B. Morton, D.L. Irie, R.F.581 19950632;en7melanoma,cytotoxic T cell,peptide,tumor antigen,vaccine01615890016158909500020ƒx=en9Xenopus,lymphoid tumor,immunoglobulin genes rearrangementTencA xenopus lymphoid tumor cell line with complete Ig genes rearrangements and T-cell characteristicsen_asciicA xenopus lymphoid tumor cell line with complete Ig genes rearrangements and T-cell characteristicsFLA583'Du Pasquier, L. Courtet, M. Robert, J.enARRAY(0x583ed8)8016158909500002'Du Pasquier, L. Courtet, M. Robert, J.593 19950632=en9Xenopus,lymphoid tumor,immunoglobulin genes rearrangement01615890016158909500002ń]N«œĢ½—‡ ü1!øØ d T:*“¤~np0 6p(ż?…Jensystemic lupus erythematosus,comparative …|wensMEF2LymphocytesTranscription factorsIn situ hybridizationElectrophoretic mobility shift assay (EMSA)Immunoblot‚4en_asciiCharacterization of myocyte enhancer factor 2 (MEF2) expression in B and T cells: MEF2C is a B cell-restricted transcription factor in lymphocytesenCharacterization of myocyte enhancer factor 2 (MEF2) expression in B and T cells: MEF2C is a B cell-restricted transcription factor in lymphocytesFLA445:Swanson, Bradley J.Jäck, Hans-MartinLyons, Gary E.enARRAY(0x8f2a48)8121S0161589098000585Swanson, Bradley J.Jack, Hans-MartinLyons, Gary E.458 1998050135wensMEF2LymphocytesTranscription factorsIn situ hybridizationElectrophoretic mobility shift assay (EMSA)Immunoblot16012101615890S016158909800058„$‚en_ascii}The mouse genome contains two expressed intronless retroposed pseudogenes for the sentrin/sumo-1/PIC1 conjugating enzyme Ubc9en}The mouse genome contains two expressed intronless retroposed pseudogenes for the sentrin/sumo-1/PIC1 conjugating enzyme Ubc9FLA1057XTsytsykova, Alla V.Tsitsikov, Erdyni N.Wright, Dowain A.Futcher, Bruce Geha, Raif S.enARRAY(0x8f5fb0)16 11121S016158909800094XTsytsykova, Alla V.Tsitsikov, Erdyni N.Wright, Dowain A.Futcher, Bruce Geha, Raif S.1067 199811013501615890S016158909800094u(en_ascii Keyword Indexen Keyword IndexIND4236-7S016158909800076425 199808103501615890S016158909800076ŒƒwenƒrC1s(159), a carbohydrate-free protein fragment of C1s containing 159 amino,acid residues,C1s(195), a glycoprotein fragment of C1s containing 195 amino acid,residues,C1s, C1r, and C1q, sub-components of the first component of human complement,C1r2C1s2, also written C1s_C1r_C1r_C1s, a tetrameric chain of C1s and,C1r which,recombines with C1q to give C1, the first component of complement,C1-Inh, the natural human C1-Inhibitor,C2 and C4, various components of the human complement classical pathwayben_asciijExpression and characterization of A 159 amino acid, N-terminal fragment of human complement component C1senjExpression and characterization of A 159 amino acid, N-terminal fragment of human complement component C1sFLA1273$Tsai, S. Poon, P.H.Schumaker, V.N.enARRAY(0x6ebc68)18S016158909700149$Tsai, S. Poon, P.H.Schumaker, V.N.1280 19971234…en…C1s(159), a carbohydrate-free protein fragment of C1s containing 159 amino,acid residues,C1s(195), a glycoprotein fragment of C1s containing 195 amino acid,residues,C1s, C1r, and C1q, sub-components of the first component of human complement,C1r2C1s2, also written C1s_C1r_C1r_C1s, a tetrameric chain of C1s and,C1r which,recombines with C1q to give C1, the first component of complement,C1-Inh, the natural human C1-Inhibitor,C2 and C4, various components of the human complement classical pathway01615890S016158909700149†Bden_nonspecific cytotoxic cells,natural killer cells,conventional antigen receptor,lymphokine activated killer cells,adherent lymphokine activated killer cells,anti-sense,synthetic peptides,innate immunity,cellular cytotoxicity6enTNCCRP-1: a novel receptor protein sequenced from teleost nonspecific cytotoxic cellsen_asciiTNCCRP-1: a novel receptor protein sequenced from teleost nonspecific cytotoxic cellsFLA955/Jaso-Friedmann, L.Leary, J.H. III Evans, D.L.enARRAY(0x762690)12-13S016158909700086/Jaso-Friedmann, L.Leary, J.H. III Evans, D.L.965  199708/0934den_nonspecific cytotoxic cells,natural killer cells,conventional antigen receptor,lymphokine activated killer cells,adherent lymphokine activated killer cells,anti-sense,synthetic peptides,innate immunity,cellular cytotoxicity01615890S016158909700086„g9en5celiac disease,gliadin peptides,HLA-DQ,--DR molecules‚BenIs celiac disease due to molecular mimicry between gliadin peptide-HLA class II molecule-T cell interactions and those of some unidentified superantigen?en_asciiIs celiac disease due to molecular mimicry between gliadin peptide-HLA class II molecule-T cell interactions and those of some unidentified superantigen?FLA535+ Barbeau, W.E.Novascone, M.A. Elgert, K.D.enARRAY(0x5744a4)7S016158909700068+ Barbeau, W.E.Novascone, M.A. Elgert, K.D.541 199705349en5celiac disease,gliadin peptides,HLA-DQ,--DR molecules01615890S016158909700068ƒIXenTcrosslinking,immunon,ligand depletion,signal-transducing aggregates,B cell responsen en>Immunons revisited: binding of multivalent antigens to B cellsen_ascii>Immunons revisited: binding of multivalent antigens to B cellsFLA63 Sulzer, B.Perelson, A.S.enARRAY(0x59d188)1S016158909600096 Sulzer, B.Perelson, A.S.74 19970134XenTcrosslinking,immunon,ligand depletion,signal-transducing aggregates,B cell responsen01615890S016158909600096„y-en)complement,C5,humanized antibody,Fab,scFv4enSInhibition of complement activity by humanized anti-C5 antibody and single-chain Fven_asciiSInhibition of complement activity by humanized anti-C5 antibody and single-chain FvFLA1389 Evans, M.J. Squinto, S.P. Thomas, T.C. Rollins, S.A. Rother, R.P.Giannoni, M.A. Hartman, S.L. Elliott, E.A. Nye, S.H. Matis, L.A.enARRAY(0x67f75c)17-18S016158909600078 Evans, M.J. Squinto, S.P. Thomas, T.C. Rollins, S.A. Rother, R.P.Giannoni, M.A. Hartman, S.L. Elliott, E.A. Nye, S.H. Matis, L.A.1401 19961233-en)complement,C5,humanized antibody,Fab,scFv01615890S016158909600078„$Aen=T-cell epitope,vaccine design,prediction,statistical analysisxenuStatistical comparison of established T-cell epitope predictors against a large database of human and murine antigensen_asciiuStatistical comparison of established T-cell epitope predictors against a large database of human and murine antigensFLA145' Deavin, A.J. Auton, T.R. Greaney, P.J.enARRAY(0x928248)2016158909500120' Deavin, A.J. Auton, T.R. Greaney, P.J.155 19960233Aen=T-cell epitope,vaccine design,prediction,statistical analysis01615890016158909500120ƒN.en*gene expression,c-myc,immunoglobulin genes enIAberrant regulation of the IgH 3_ enhancer by c-myc in plasmacytoma cellsen_asciiIAberrant regulation of the IgH 3_ enhancer by c-myc in plasmacytoma cellsFLA13698Arulampalam, V. Grant, P.Poellinger, L.Pettersson, S.enARRAY(0x5fe224)17-180161589095001028Arulampalam, V. Grant, P.Poellinger, L.Pettersson, S.1375 19951232.en*gene expression,c-myc,immunoglobulin genes01615890016158909500102ƒ!‚enGene rearrangement patterning and Dnase-I hypersensitive sites within the T-cell receptor Jalpha locusen_asciifGene rearrangement patterning and Dnase-I hypersensitive sites within the T-cell receptor Jalpha locusSCO229 Dave, V.P. Hurwitz, J.L.enARRAY(0x6c08f8)3016158909500021 Dave, V.P. Hurwitz, J.L.232 1995023201615890016158909500021…Ben>lupus erythematosus,glomerulonephritis,pathogenic autoantibody‚>enAn idiotype D23-bearing polyspecific, murine anti-DNA monoclonal antibody forms glomerular immune deposits. Pathogenic role of natural autoantibodies?en_asciiAn idiotype D23-bearing polyspecific, murine anti-DNA monoclonal antibody forms glomerular immune deposits. Pathogenic role of natural autoantibodies?FLA477: Gilbert, D. Brard, F.Margaritte, C. Delpech, A.Tron, F.enARRAY(0x80866c)7016158909500003: Gilbert, D. Brard, F.Margaritte, C. Delpech, A.Tron, F.486 19950532Ben>lupus erythematosus,glomerulonephritis,pathogenic autoantibody01615890016158909500003š üscxh>. e U ’22   ¬œbĪ ,b~øv\Y?6¼µƒ{W4ŚĮ{qI?Ē±qb0 ģą“¢jcA)åįÅ»“vkA/÷å؝sXųø­ƒhąŌ§¤‡@AenEscherichia coli trxB mutantsFLA73@ Molloy, P.e. Harris, W.J. Strachan, G. Watts, C.Cunningham, C.enARRAY(0„8'en#AllergensEpitope structureRagweed>en_asciiXAnalysis of the three-dimensional antigenic structure of giant ragweed allergen, Amb t 5enXAnalysis of the three-dimensional antigenic structure of giant ragweed allergen, Amb t 5SSU459]Rafnar, ThorunnBrummet, Mary E.Bassolino-Klimas, DonnaMetzler, William J.Marsh, David G.enARRAY(0x8f5d10)4-5 11221S016158909900054]Rafnar, ThorunnBrummet, Mary E.Bassolino-Klimas, DonnaMetzler, Will†(‡K]enYAntitumor antibodyTAG-72 AntigenCarcinomaSingle geneSingle-chain IgEffector function‚@enGeneration and characterization of a novel single-gene-encoded single-chain immunoglobulin molecule with antigen binding activity and effector functionsen_asciiGeneration and characterization of a novel single-gene-encoded single-chain immunoglobulin molecule with antigen binding activity and effector functionsFLA61- Lee, Hyun-Sil Shu, LimingPascalis, Roberto DeGiuliano, Mariateresa Zhu, MingzhuPadlan, Eduardo A.Hand, Patricia HoranSchlom, JeffreyHong, Hyo JeongKashmiri, S. V. S.enARRAY(0x718420)11111121131S016158909800109- Lee, Hyun-Sil Shu, LimingPascalis, Roberto DeGiuliano, Mariateresa Zhu, MingzhuPadlan, Eduardo A.Hand, Patricia HoranSchlom, JeffreyHong, Hyo JeongKashmiri, S. V. S.71 19990136]enYAntitumor antibodyTAG-72 AntigenCarcinomaSingle geneSingle-chain IgEffector function73210301615890S016158909800109„D6en2CalnexinImmunoglobulinsLymphocytetyrosine kinase$enKMembrane anchoring of calnexin facilitates its interaction with its targetsen_asciiKMembrane anchoring of calnexin facilitates its interaction with its targetsFLA1d Ho, Siew C.Rajagopalan, SumatiChaudhuri, SubhraShieh, Chi-ChangBrenner, Michael B. Pillai, ShivenARRAY(0x718534)1 121221S016158909900018d Ho, Siew C.Rajagopalan, SumatiChaudhuri, SubhraShieh, Chi-ChangBrenner, Michael B. Pillai, Shiv12 199901366en2CalnexinImmunoglobulinsLymphocytetyrosine kinase47326101615890S016158909900018‹Gƒ enƒBIA, Biomolecular Interaction AnalysisELISA, enzyme linked immunosorbent assaygp, guinea piggpC5, guinea pig complement 5gpC5a, guinea pig complement 5aHAR, hyperacute rejectionIPTG, isopropyl b-D-thiogalactosideMab, monoclonal antibodySPR, surface plasmon resonancePCR, polymerase chain reactionRT, room temperatureVH, heavy chain variable regionVL, light chain variable regionjen_asciinSelection of phage-displayed anti-guinea pig C5 or C5a antibodies and their application in xenotransplantationennSelection of phage-displayed anti-guinea pig C5 or C5a antibodies and their application in xenotransplantationFLA1235s Link, ClaudiaHawlisch, HeikoMeyer zu Vilsendorf, AndreasGylerüz, SelimNagel, EckhardKöhl, JörgenARRAY(0x8748b0)18 aababaS016158909900135d Link, ClaudiaHawlisch, HeikoMeyer zu Vilsendorf, AndreasGyleruz, SelimNagel, Eckhard Kohl, Jorg1247 19991236„en„BIA, Biomolecular Interaction AnalysisELISA, enzyme linked immunosorbent assaygp, guinea piggpC5, guinea pig complement 5gpC5a, guinea pig complement 5aHAR, hyperacute rejectionIPTG, isopropyl b-D-thiogalactosideMab, monoclonal antibodySPR, surface plasmon resonancePCR, polymerase chain reactionRT, room temperatureVH, heavy chain variable regionVL, light chain variable region9525301615890S016158909900135†(en~GM-CSF, granulocyte-macrophage colony stimulating factorAPC, antigen-presenting cellsCDR, complementarity-determining regionZen_asciifAntibody repertoire against HIV-1 gp120 triggered in nude and normal mice by GM-CSF/gp120 immunizationenfAntibody repertoire against HIV-1 gp120 triggered in nude and normal mice by GM-CSF/gp120 immunizationFLA721xdel Real, GustavoLlorente, Mercedes Lucas, PilarKremer, LeonorTorán, José L.Martínez-A, CarlosenARRAY(0x9582fc)11-12S016158909900090cdel Real, GustavoLlorente, Mercedes Lucas, PilarKremer, LeonorToran, Jose L.Martinez-A, Carlos731 19990836en~GM-CSF, granulocyte-macrophage colony stimulating factorAPC, antigen-presenting cellsCDR, complementarity-determining region18605601615890S016158909900090ƒirennComplement systemAtherosclerosisSmooth muscle cellsEndothelial cellsTerminal complement complexComplement`en_ascii)Complement activation and atherosclerosisen)Complement activation and atherosclerosisFLA949Niculescu, Florin Rus, HoreaenARRAY(0x896104)13-14S016158909900117Niculescu, Florin Rus, Horea955  199909/1036rennComplement systemAtherosclerosisSmooth muscle cellsEndothelial cellsTerminal complement complexComplement23108801615890S016158909900117‰cen^Amb a 1, group 1 protein from Ambrosia artemisiifoliaw1, short ragweed extractLCR-1 and LCR-2, locus control regions one and twoPRIG, polyreactive immunoglobulinsRLU, relative luminometer unitsmAb, monoclonal antibody‚,en_asciiExpression of IgH chain genes in antibody response to ragweed and purified Amb a 1: evidence for differential regulation of isotype productionenExpression of IgH chain genes in antibody response to ragweed and purified Amb a 1: evidence for differential regulation of isotype productionFLA587Allauzen, Sophie Blocki, FrankPierson-Mullany, LisaJackola, Duaine Dalan, DanLarue, CathrynBlumenthal, MalcolmRosenberg, AndreasenARRAY(0x8b135c)9abaacbadS016158909900072Allauzen, Sophie Blocki, FrankPierson-Mullany, LisaJackola, Duaine Dalan, DanLarue, CathrynBlumenthal, MalcolmRosenberg, Andreas598 19990636uenpAmb a 1, group 1 protein from Ambrosia artemisiifoliaw1, short ragweed extractLCR-1 and LCR-2, locus control regions one and twoPRIG, polyreactive immunoglobulinsRLU, relative luminometer unitsmAb, monoclonal antibody14853201615890S016158909900072‰b‚en‚Ab, antibodyrFceRIa, recombinant a-chain of the high affinity receptor for IgEIEF, isoelectric focusingpI, isoelectric pointmAb, monoclonal antibodyOD405 nm, optical density at 405 nmPNGF, N-glycosidase FSDS-PAGE, sodium-dodecyl-sulphate polyacrylamide gel electrophoresisIen_asciiZN-glycosylation influences epitope expression and receptor binding structures in human IgEenaN-glycosylation influences epitope expression and receptor binding structures in human IgEFLA213JBjörklund, Johanna E.M.Karlsson, TorbjörnMagnusson, Carl G.M.enARRAY(0x7471ac)3abaS016158909900036@Bjorklund, Johanna E.M.Karlsson, TorbjornMagnusson, Carl G.M.221 19990236„en„ Ab, antibodyrFceRIa, recombinant a-chain of the high affinity receptor for IgEIEF, isoelectric focusingpI, isoelectric pointmAb, monoclonal antibodyOD405 nm, optical density at 405 nmPNGF, N-glycosidase FSDS-PAGE, sodium-dodecyl-sulphate polyacrylamide gel electrophoresis01615890S016158909900036šØ˜›‹žšą²¢É¹Ē· z j l B lq/āŗVS9*öā¦Ÿ}s;)ńę¼²Šu7$źć‘w.&ŃĪ£ um80 š„H,źĢ{^ßĪ—†OL1#ņÖgdI1ģŁž•nLó¬ĻG%ĢµrYńš‰R?ūŌĪ­hW ļ x e * ę H . å Ė ‚ o / ® ˜ F & Ń   ) §™h³ŸbT#öŃrHߌ Ēø…C… C  ż ® › ` Fżā—@)ęÖ”˜qOöÆ ŅJ8’öĻƒÕžųŸ“VFų ( ęroW"S016158909700140S016158909800050TFA, trifluoroacetic acidTFA, trifluoroacetic acidTFA, trifluoroacetic acid4S016158909800050Rye-grass pollenRye-grass pollenRye-grass pollenB KinaseIKK, IkB KinasehS016158900000015*ASK1, Apoptosis Signal-regulating Kinase 1*ASK1, Apoptosis Signal-regulating Kinase 1ASK1, Apoptosis Signal-regulating Kinase 1^S016158909900086%LAT, Linker for Activation of T cells%LAT, Linker for Activation of T cellsLAT, Linker for Activation of T cells$S016158909900083LymphomaLymphomaLymphoma0S016158909900133ThermodynamicsThermodynamicsThermodynamics<S016158909900133Hydrostatic pressureHydrostatic pressureHydrostatic pressurehS016158909900096IFNgammaLIFNgammaIFNgamma0S016158909900127ImmunogeneticsImmunogeneticsImmunogeneticsh3S016158909700140S016158909900131S016158909800050TFA, trifluoroacetic acidTFA, trifluoroacetic acidTFA, trifluoroacetic acidvS0161589099001311ESI-MS, electrosplay ionization-mass spectrometry1ESI-MS, electrosplay ionization-mass spectrometryESI-MS, electrosplay ionization-mass spectrometryTS016158909900131 DFP, diisopropyl fluorophosphate DFP, diisopropyl fluorophosphateDFP, diisopropyl fluorophosphateQ"S016158909900024S016158909900107Nƒ|SenOB lymphocytesHypermutationGerminal centersSpi-B null miceAmino acid clashesen_asciiHThe transcription factor Spi-B is not required for somatic hypermutationenHThe transcription factor Spi-B is not required for somatic hypermutationFLA577+Kim, N. Martin, T.E. Simon, M.C. Storb, U.enARRAY(0x7214bc)10S016158900200201+Kim, N. Martin, T.E. Simon, M.C. Storb, U.583 20030139SenOB lymphocytesHypermutationGerminal centersSpi-B null miceAmino acid clashes01615890S016158900200201„;RenNAntigen processingAntigen presentationProteasePeptidaseMHC class IPeptide`en_asciiiBeyond the proteasome: trimming, degradation and generation of MHC class I ligands by auxiliary proteaseseniBeyond the proteasome: trimming, degradation and generation of MHC class I ligands by auxiliary proteasesREV203' Saveanu, L. Fruci, D.van Endert, P.M.enARRAY(0x734f5c)3-4S016158900200102' Saveanu, L. Fruci, D.van Endert, P.M.215 20021039RenNAntigen processingAntigen presentationProteasePeptidaseMHC class IPeptide171763901615890S016158900200102ƒp$en Pax5DNA methylationPlasma cellXen_asciieDNA methylation dominates transcriptional silencing of Pax5 in terminally differentiated B cell lineseneDNA methylation dominates transcriptional silencing of Pax5 in terminally differentiated B cell linesFLA11616 Danbara, M. Kameyama, K.Higashihara, M. Takagaki, Y.enARRAY(0x870c98)15S0161589002000036 Danbara, M. Kameyama, K.Higashihara, M. Takagaki, Y.1166 20020638$en Pax5DNA methylationPlasma cell01615890S016158900200003…WDen@ApoptosisCytokinesStreptozotocinInterferon-gammaNitric oxidehen_asciimDownregulation of apoptosis in the target tissue prevents low-dose streptozotocin-induced autoimmune diabetesenmDownregulation of apoptosis in the target tissue prevents low-dose streptozotocin-induced autoimmune diabetesFLA941ZMensah-Brown, E.P.K.Stosic Grujicic, S.Maksimovic, D. Jasima, A. Shahin, A. Lukic, M.L.enARRAY(0x8012c0)12-13S016158900200021ZMensah-Brown, E.P.K.Stosic Grujicic, S.Maksimovic, D. Jasima, A. Shahin, A. Lukic, M.L.946 20020538 enApoptosisCytokinesStreptozotocinInterferon-gammaNitric oxide49470701615890S016158900200021‚,xen_ascii5Thioredoxin-(dithiol-)linked inactivation of elastaseen5Thioredoxin-(dithiol-)linked inactivation of elastaseFLA759' del Val, G. Hagie, F.E.Buchanan, B.B.enARRAY(0x7a8a48)10S016158900100112' del Val, G. Hagie, F.E.Buchanan, B.B.763 2002023843365501615890S016158900100112ˆ 9en5Jb2-Cb2 intronTCRb transcriptionV(D)J recombinationƒ%en_ascii^Normal TCRb transcription and recombination in the absence of the Jb2-Cb2 intronic cis elementen‚8Normal TCRb transcription and recombination in the absence of the Jb2-Cb2 intronic cis elementFLA55 [Whitehurst, Charles E.Hu, HuiRyu, Chun JeihRajendran, Priya Schmidt, Tara Chen, JianzhuenARRAY(0x93405c)1*S016158900100031[Whitehurst, Charles E.Hu, HuiRyu, Chun JeihRajendran, Priya Schmidt, Tara Chen, Jianzhu 63 20010138‚ en‚Jb2-Cb2 intronTCRb transcriptionV(D)J recombination68142301615890S016158900100031|2en_asciiFORTHCOMING PAPERSenFORTHCOMING PAPERSANN94115S016158900100013941 2000103701615890S016158900100013ƒ{QenMCatalytic antibodyCholinesteraseAcetylcholinesteraseInhibitorsActive site0en_asciiQCholinesterase-like catalytic antibodies: reaction with substrates and inhibitorsenQCholinesterase-like catalytic antibodies: reaction with substrates and inhibitorsFLA707 !Johnson, GlynisMoore, Samuel W.enARRAY(0x8dd320)12-13S016158900000104!Johnson, GlynisMoore, Samuel W. 719 2000090137QenMCatalytic antibodyCholinesteraseAcetylcholinesteraseInhibitorsActive site01615890S016158900000104ˆF‚en‚Ab, antibodyAg, antigenCDR, complementarity-determining regionCYT, cytochrome cD, amino acid deletionFv, variable region containing mAb fragmentH chain, mAb heavy chainL chain, mAb light chainmAb, mAb monoclonal AbscFv, single-chain FvSPR, surface plasmon resonanceaen_asciidImmunoglobulin gene joints compensate for reduced on-rates imposed by somatic mutations in a VH geneenoImmunoglobulin gene joints compensate for reduced on-rates imposed by somatic mutations in a VH geneFLA95( Liu, Jiang Liu, LushaJemmerson, RonaldenARRAY(0x852dac)3-4S016158900000041( Liu, Jiang Liu, LushaJemmerson, Ronald105 2000020137ƒenƒAb, antibodyAg, antigenCDR, complementarity-determining regionCYT, cytochrome cD, amino acid deletionFv, variable region containing mAb fragmentH chain, mAb heavy chainL chain, mAb light chainmAb, mAb monoclonal AbscFv, single-chain FvSPR, surface plasmon resonance5992901615890S016158900000041 šÜĢ…u“¤{k®®Gļ«˜^R&ōć­”uh:+÷ÉĦ£‰‚`MĀ²~yZN!ńŌ…{RB śæ¤Y€n5/ óźl š£™Ē³UD  ģĪ}Wüī½žR?ń¶™J1üõŅ¾p‹ƒ^W$Óȝ–s\ Å $ S M ü É _ Ą ŗ ™ • x f -  Ķ >‘ƒĒ¾—}4Ą įtoPM2äŻ˜‡PAżńIJy #yQVļĶt_  Ņ¶iU÷ó”ƒ8S016158909900068Autoimmune diseaseAutoimmune diseaseAutoimmune disease,S016158909900087 Backmutation BackmutationBackmutationC"S016158909900074S016158909900083Epitope mappingEpitope mappingEpitope mapping6S016158909900088Ag(s), antigen(s)Ag(s), antigen(s)Ag(s), antigen(s)D3S016158909600064S016158909700072S016158909900078Bet v 1Bet v 1Bet v 1:S016158909900074Antigen specificityAntigen specificityAntigen specificityS016158909900076ERKERKERKS016158909900067CamelCamelCamellS016158909900066,HPLC, high-performance liquid chromatography,HPLC, high-performance liquid chromatographyHPLC, high-performance liquid chromatography1S016158909900074)IPTG, isopropyl b-D-thiogalactopyranosidetIPTG, isopropyl b-D-thiogalactopyranosideIPTG, isopropyl b-D-thiogalactopyranosideHS016158909900052dsDNA, double-strandad DNAdsDNA, double-strandad DNAdsDNA, double-strandad DNA&S016158909900055 Apoptosis ApoptosisApoptosisJ3S016158909800026S016158909800055S016158909900032 Antibodies AntibodiesAntibodies‚eS016158909900036BrFceRIa, recombinant a-chain of the high affinity receptor for IgE‚rFceRIa, recombinant a-chain of the high affinity receptor for IgErFceRIa, recombinant a-chain of the high affinity receptor for IgE+S016158909900036rFceRIarFceRIarFceRIaFS016158909900031B cell receptor signalingB cell receptor signalingB cell receptor signaling8S016158909900020PC, PhosphocholinePC, PhosphocholinePC, PhosphocholineS016158909900027PMS2PMS2PMS2 S016158909900021TMB, 3TMB, 3TMB, 3S016158909900031NF-kB/Rel transcription factorsjNF-kB/Rel transcription factorsNF-kB/Rel transcription factors2S016158909800109Single-chain IgSingle-chain IgSingle-chain IgA2S016158909700028S016158909800114016158909400158B cellB cellB cellOS016158909800111hIL-4Ra, the human IL-4Ra!hIL-4Ra, the human IL-4RahIL-4Ra, the human IL-4Ra>S016158909800058Transcription factorsTranscription factorsTranscription factorsBS016158909800036Affinity chromatographyAffinity chromatographyAffinity chromatography"S016158909800106InsulinInsulinInsulin*S0161589098000ƒ;,en(MultivalentAffinityLigandInteractionsfenlA model of multivalent ligand-receptor equilibriawhich explains the effect of multivalent binding inhibitorsen_asciilA model of multivalent ligand-receptor equilibriawhich explains the effect of multivalent binding inhibitorsFLA13 Hubble, JohnenARRAY(0x718708)11S016158909800116 Hubble, John18 19990136,en(MultivalentAffinityLigandInteractions39505501615890S016158909800116„EenACpG methylationImmunoglobulin gene rearrangementTransgenic miceXen_asciieHypomethylation is necessary but not sufficient for V(D)J recombination within a transgenic substrateeneHypomethylation is necessary but not sufficient for V(D)J recombination within a transgenic substrateFLA1169 Engler, Peter Storb, UrsulaenARRAY(0x859a9c)17S016158909900124 Engler, Peter Storb, Ursula1173 19991236EenACpG methylationImmunoglobulin gene rearrangementTransgenic mice82453501615890S016158909900124„(en$MASPsC1-inhibitorMBLC1ComplementVen_asciidActivities of the MBL-associated serine proteases (MASPs) and their regulation by natural inhibitorsendActivities of the MBL-associated serine proteases (MASPs) and their regulation by natural inhibitorsFLA853= Wong, N.K.H. Kojima, M.Dobó, J. Ambrus, G. Sim, R.B.enARRAY(0x88dfb0)13-14aaa, ba, baS0161589099001066 Wong, N.K.H. Kojima, M.Dobo, J. Ambrus, G. Sim, R.B.861  199909/1036(en$MASPsC1-inhibitorMBLC1Complement23108801615890S016158909900106…?JenFInvariant chain gene expressionCIITANF-kBX-boxIn vivo footprinting‚en_ascii|Cis-element dependence and occupancy of the human invariant chain promoter in CIITA-dependent and -independent transcriptionen|Cis-element dependence and occupancy of the human invariant chain promoter in CIITA-dependent and -independent transcriptionFLA447<Tai, Albert K-F. Zhou, Gang Chau, Kai-yinOno, Santa JeremyenARRAY(0x729e48)7S016158909900061<Tai, Albert K-F. Zhou, Gang Chau, Kai-yinOno, Santa Jeremy460 19990536en Invariant chain gene expressionCIITANF-kBX-boxIn vivo footprinting31315001615890S016158909900061ŠE‚sen‚nAc2O, acetic anhydrideCDR, complementary-determining regionCMAP-EIA, chemical modification of adsorbed protein combined with enzyme immunoassayDPC, diethylpyrocarbonateEDC, 1-ethyl-3-(3-dimethylaminopropyl)-carbodiimideELISA, enzyme-linked immunosorbent assayFDNB, 2,4-dinitrofluorobenzeneIC50, concentration giving 50% inhibitionpHPG, p-hydroxyphenylglyoxal2enRMolecular analysis of the combining site of a monoclonal antibody against spermineen_asciiRMolecular analysis of the combining site of a monoclonal antibody against spermineFLA93Bouillé, NathalieJohnston, Julie Royou, AnneDebroise, IsabelleLe Roch, MyriamRenault, JacquesMoulinoux, Jacques-PhilippeDelcros, Jean-GuyenARRAY(0x718f38)2abaaccaaS016158909900025Bouille, NathalieJohnston, Julie Royou, AnneDebroise, IsabelleLe Roch, MyriamRenault, JacquesMoulinoux, Jacques-PhilippeDelcros, Jean-Guy102 19990236ƒ enƒAc2O, acetic anhydrideCDR, complementary-determining regionCMAP-EIA, chemical modification of adsorbed protein combined with enzyme immunoassayDPC, diethylpyrocarbonateEDC, 1-ethyl-3-(3-dimethylaminopropyl)-carbodiimideELISA, enzyme-linked immunosorbent assayFDNB, 2,4-dinitrofluorobenzeneIC50, concentration giving 50% inhibitionpHPG, p-hydroxyphenylglyoxal01615890S016158909900025†PenLNF-kB\RelThymocyte developmentPositive selectionIkB transgenic micebcl-2‚en_asciiZSurvival-independent function of NF-kB\Rel during late stages of thymocyte differentiationen%Survival-independent function of NF-kB\Rel during late stages of thymocyte differentiationFLA8473Esslinger, C. W.Jongeneel, C. V.MacDonald, H. R.enARRAY(0x918820)13111S0161589098000713Esslinger, C. W.Jongeneel, C. V.MacDonald, H. R.852 1998090135genbNF-kB\RelThymocyte developmentPositive selectionIkB transgenic micebcl-201615890S016158909800071šF6xbx飞Ž xž±lPö±¢oZ ÖøgJūė¶¢eK÷ĢĘ„—f_<%āĶŽ…^P飤•bT#üė“Œ' żšĮ°yv[R+éŪŖŽžšæ³eK’äįĘ¼“y0ÓÅ”ŠaDõćŖƒ †3eenaDer f 2IgE-epitopeSite-directed mutagenesis3-D structureMite allergenDermatophagoidesfarinae:en_asciiVAnalysis of human IgE epitope of Der f 2 with anti-Der f 2 mouse monoclonal antibodiesenVAnalysis of human IgE epitope of Der f 2 with anti-Der f 2 mouse monoclonal antibodiesFLA53 Nishiyama, ChiharuHatanaka, HidekiIchikawa, SaoriFukada, MinakoAkagawa-Chihara, MidoriYuuki, ToshifumiYokota, ToyokazuInagaki, Fu†9eenaDer f 2IgE-epitopeSite-directed mutagenesis3-D structureMite allergenDermatophagoidesfarinae:en_asciiVAnalysis of human IgE epitope of Der f 2 with anti-Der f 2 mouse monoclonal antibodiesenVAnalysis of human IgE epitope of Der f 2 with anti-Der f 2 mouse monoclonal antibodiesFLA53 Nishiyama, ChiharuHatanaka, HidekiIchikawa, SaoriFukada, MinakoAkagawa-Chihara, MidoriYuuki, ToshifumiYokota, ToyokazuInagaki, FuyuhikoOkumura, YasushienARRAY(0x71f1d0)1122111121S016158909800112 Nishiyama, ChiharuHatanaka, HidekiIchikawa, SaoriFukada, MinakoAkagawa-Chihara, MidoriYuuki, ToshifumiYokota, ToyokazuInagaki, FuyuhikoOkumura, Yasushi60 19990136eenaDer f 2IgE-epitopeSite-directed mutagenesis3-D structureMite allergenDermatophagoidesfarinae22301001615890S016158909800112„UenQcDNARepresentational difference analysisSubtractionInterleukin-4B lymphocytesXen_asciieExpressed genes in interleukin-4 treated Bcellsidentified by cDNA representational differenceanalysiseneExpressed genes in interleukin-4 treated Bcellsidentified by cDNA representational differenceanalysisFLA487 Chu, C. C. Paul, W. E.enARRAY(0x8f29ac)811S016158909800031 Chu, C. C. Paul, W. E.502 1998050135UenQcDNARepresentational difference analysisSubtractionInterleukin-4B lymphocytes16012101615890S016158909800031‡IenEInterferon-gammaInterleukin-4-responsive elementGASCD23 mRNASTATsƒ}en_asciiQInterferon-gamma-induced factor binding to the interleukin-4-responsive element of CD23b promoter in human tonsillar mononuclear cells: role in transient up-regulation of the interleukin-4-induced CD23b mRNAen‚Interferon-gamma-induced factor binding to the interleukin-4-responsive element of CD23b promoter in human tonsillar mononuclear cells: role in transient up-regulation of the interleukin-4-induced CD23b mRNAFLA239/Park, Hee-Jeoung So, Eui-YoungLee, Choong-EunenARRAY(0x9298bc)4111S016158909800022/Park, Hee-Jeoung So, Eui-YoungLee, Choong-Eun247 1998030135en Interferon-gammaInterleukin-4-responsive elementGASCD23 mRNASTATs01615890S016158909800022r(en_ascii Subject indexen Subject indexINDXVII18S016158909800040XX 1997123401615890S016158909800040ˆa;en6IL-4,Prostaglandin E2,IFN- and DNA methylation,PGE2, prostaglandin E2,TCR, T-cell receptor,LCD32, CD32 transfected L cell,PPD, purified protein derivative,CM, complete culture medium‚xen_asciiIL-4 and Prostaglandin E2 inhibit hypomethylation of the 5_ regulatory region of IFN- gene during differentiation of naive CD4+ T cellsenaIL-4 and Prostaglandin E2 inhibit hypomethylation of the 5_ regulatory region of IFN- gene during differentiation of naive CD4+ T cellsFLA39^ Katamura, K. Fukui, T. Kiyomasu, T.Lio, J.Tai, G.Ueno, H. Heike, T. Mayumi, M. Furusho, K.enARRAY(0x661df4)1S016158909800013^ Katamura, K. Fukui, T. Kiyomasu, T.Lio, J.Tai, G.Ueno, H. Heike, T. Mayumi, M. Furusho, K.45 19980135‚en‚IL-4,Prostaglandin E2,IFN- and DNA methylation,PGE2, prostaglandin E2,TCR, T-cell receptor,LCD32, CD32 transfected L cell,PPD, purified protein derivative,CM, complete culture medium01615890S016158909800013ŽZ„&en„!BrdU-labeling,coreceptor,recombination activating gene,Tcra rearrangement,thymocyte development,transgenic mice,BrdU, bromodeoxyuridine,DN: CD4?8? thymocytes,DP: CD4+8+ thymocytes,D-TG: double transgenic,GAPDH: glyceraldehyde phosphate dehydrogenase,H-2: mouse MHC,Id: idiotype,2315: Ig lambda light chain from MOPC315 myeloma,MHC: major histocompatibility complex,RT-PCR: reverse transcription polymerase chain reaction,RAG: recombination activating gene,SCID: severe combined immune deficiency,SP: either CD4+ or CD8+ thymocytes,TG: transgenicƒ,en_ascii,Transient overexpression of CD4 enhances allelic exclusion of T-cell receptor (TCR) chains and promotes positive selection of class II-restricted TCR-transgenic thymocytesenpTransient overexpression of CD4 enhances allelic exclusion of T-cell receptor (TCR) chains and promotes positive selection of class II-restricted TCR-transgenic thymocytesFLA23: Dembic, Z. Munthe, L.A. Schenck, K. Mueller, C. Bogen, B.enARRAY(0x6d23a4)1S016158909800004: Dembic, Z. Munthe, L.A. Schenck, K. Mueller, C. Bogen, B.38 19980135…7en…2BrdU-labeling,coreceptor,recombination activating gene,Tcra rearrangement,thymocyte development,transgenic mice,BrdU, bromodeoxyuridine,DN: CD4?8? thymocytes,DP: CD4+8+ thymocytes,D-TG: double transgenic,GAPDH: glyceraldehyde phosphate dehydrogenas… `en\Monocytes/macrophagesCellular differentiationMHC class IIc-Fos/AP-1Transcription factorsFen_ascii\Overexpression of the c-fos gene perturbs functional maturation of M1 cells into macrophagesen\Overexpression of the c-fos gene perturbs functional maturation of M1 cells into macrophagesFLA585O Obata, S. Okada, S. Ohkubo, Y. Murasawa, M. Hatano, M. Sekiya, S. Tokuhisa, T.enARRAY(0x71dbb0)10S016158900200199O Obata, S. Okada, S. Ohkubo, Y. Murasawa, M. Hatano, M. Sekiya, S. Tokuhisa, T.594 20030139`en\Monocytes/macrophagesCellular differentiationMHC class IIc-Fos/AP-1Transcription factors01615890S016158900200199‚!hen_ascii-Complement in disease: closing the millenniumen-Complement in disease: closing the millenniumEDI8010Hellwage, JensJokiranta, T. Sakari Meri, Seppo13-14S0161589099001200Hellwage, JensJokiranta, T. Sakari Meri, Seppo802  199909/103623108801615890S016158909900120…FXenTReceptorsComplement 3bErythrocytesLaboratory techniques and proceduresComplement>en_asciiXThe C3b/C4b receptor (CR1, CD35) on erythrocytes: methods for study of the polymorphismsenXThe C3b/C4b receptor (CR1, CD35) on erythrocytes: methods for study of the polymorphismsFLA819qCohen, Jacques H.M.Atkinson, John P.Klickstein, Lloyd B.Oudin, StephaneSubramanian, V. BalaMoulds, Joann M.enARRAY(0x815b50)13-14 abcabdS016158909900102qCohen, Jacques H.M.Atkinson, John P.Klickstein, Lloyd B.Oudin, StephaneSubramanian, V. BalaMoulds, Joann M.825  199909/1036XenTReceptorsComplement 3bErythrocytesLaboratory techniques and proceduresComplement23108801615890S016158909900102…PenIFN-gamma, interferon-gammaIL-4, interleukin-4MBP, maltose binding proteinMTT, thiazolyl blueTMB, 33'5,5'-tetramethylbenzidine4enSMurine B-cell and T-cell epitopes of the allergen Hev b 5 from natural rubber latexen_asciiSMurine B-cell and T-cell epitopes of the allergen Hev b 5 from natural rubber latexFLA135) Slater, J.E. Paupore, E.J. O'Hehir, R.E.enARRAY(0x72b350)2abcS016158909900021) Slater, J.E. Paupore, E.J. O'Hehir, R.E.143 19990236]enXIFN-gamma, interferon-gammaIL-4, interleukin-4MBP, maltose binding proteinMTT, thiazolyl blueTMB, 33´5,5´-tetramethylbenzidine01615890S016158909900021šņā!Šzżķ}ń{k ¹ ›Ć™ĆP÷Ŗ”SGÉĀŸ‡B7źß“œWIĒ¶k.(²«ˆ~U?žė;(ķŪ¢ŽQE ø°zk8,’ģ±`S$īŻ¦Ž8,łŹĀ‡F;ŌĮ†yŪ Ū…V1en-TacrolimusCyclosporinKidney transplantationƒ(en_asciiLTacrolimus (FK506) versus cyclosporin a microemulsion (neoral) maintenance immunosuppression: effects on graft survival and function, infection, and metabolic profile following kidney transplantation (KT)enLTacrolimus (FK506) versus cyclosporin a microemulsion (neoral) maintenance immunosuppression: effects on graft survival and function, infection, and metabolic profile following kidney transplantation (KT)FLA1095,Abou-Jaoude, M.M. Ghantous, I. Almawi, W.Y.enARRAY(0x723c5c)17-18[DOI] 10.1016/S016158900300070,Abou-Jaoude, M.M. Ghantous, I. Almawi, W.Y.1100 200307391en-TacrolimusCyclosporinKidney transplantation01615890[DOI] 10.1016/S016158900300070…0NenJFish hypersensitivityCodfishAllergen MRecombinant allergensParvalbumin‚Ren_ascii!The major allergen (parvalbumin) of codfish is encoded by at least two isotypic genes: cDNA cloning, expression and antibody binding of the recombinant allergensen!The major allergen (parvalbumin) of codfish is encoded by at least two isotypic genes: cDNA cloning, expression and antibody binding of the recombinant allergensFLA5950 Van Do, T. Hordvik, I. Endresen, C. Elsayed, S.enARRAY(0x72108c)10S0161589002002000 Van Do, T. Hordvik, I. Endresen, C. Elsayed, S.602 20030139NenJFish hypersensitivityCodfishAllergen MRecombinant allergensParvalbumin01615890S016158900200200„ten~Antigen degradationMHC class I moleculesClassical and non-classical pathwaysCross primingAntigen presentationPolymorphismXen_asciieAntigen degradation or presentation by MHC class I molecules via classical and non-classical pathwayseneAntigen degradation or presentation by MHC class I molecules via classical and non-classical pathwaysREV181 Gromme, M. Neefjes, J.enARRAY(0x73b420)3-4S016158900200101 Gromme, M. Neefjes, J.202 20021039en~Antigen degradationMHC class I moleculesClassical and non-classical pathwaysCross primingAntigen presentationPolymorphism171763901615890S016158900200101„z8en4Salmonella modelImmune responseCytokine expression‚en_asciiyCytokine expression by attenuated intracellular bacteria regulates the immune response to infection: the Salmonella modelenyCytokine expression by attenuated intracellular bacteria regulates the immune response to infection: the Salmonella modelFLA931Oal-Ramadi, B.K. Adeghate, E. Mustafa, N. Ponery, A.S.Fernandez-Cabezudo, M.J.enARRAY(0x7f9874)12-13S016158900200020Oal-Ramadi, B.K. Adeghate, E. Mustafa, N. Ponery, A.S.Fernandez-Cabezudo, M.J.940 200205388en4Salmonella modelImmune responseCytokine expression49470701615890S016158900200020„^WenSTh1/Th2 balanceReductive and oxidative macrophagesGlutathioneThioredoxinHypoxiaten_asciisIntracellular thiol redox status of macrophages directs the Th1 skewing in thioredoxin transgenic mice during agingensIntracellular thiol redox status of macrophages directs the Th1 skewing in thioredoxin transgenic mice during agingFLA747* Murata, Y.Amao, M. Yoneda, J. Hamuro, J.enARRAY(0x7dea18)10S016158900100111* Murata, Y.Amao, M. Yoneda, J. Hamuro, J.757 20020238WenSTh1/Th2 balanceReductive and oxidative macrophagesGlutathioneThioredoxinHypoxia43365501615890S016158900100111|2en_asciiForthcoming papersenForthcoming papersANN86914S016158900100012869 2000103701615890S016158900100012‡enHSC: hemopoietic stem cellsCLP: common lymphoid progenitorCFC: colony forming cellDC: dendritic cellNK: natural killer cellƒ%en_asciieMHC class II b-chain and aIIbb3 integrin are expressed on T-cell progenitors in embryonic bone marrowen‚1MHC class II b-chain and aIIbb3 integrin are expressed on T-cell progenitors in embryonic bone marrowFLA45 5Ody, C. Corbel, C. Dunon, D. Vainio, O. A. Imhof, B.enARRAY(0x85c1a0)1 a*bcdaS0161589001000305Ody, C. Corbel, C. Dunon, D. Vainio, O. A. Imhof, B. 53 20010138enHSC: hemopoietic stem cellsCLP: common lymphoid progenitorCFC: colony forming cellDC: dendritic cellNK: natural killer cell20724701615890S016158900100030…?0en,NK cells2B4Surface receptorsCD2 subfamilyen_ascii:Molecular characterization of the rat NK cell receptor 2B4en:Molecular characterization of the rat NK cell receptor 2B4FLA735 1Kumaresan, Pappanaicken R.Stepp, Susan E.Verrett, Pamela C.Chuang, Samuel S.Boles, Kent S. Lai, Wayne C.Ryan, James C.Bennett, Michael Kumar, VinayMathew, Porunelloor A.enARRAY(0x8e30f8)12-13abbaabcbdaS0161589000001031Kumaresan, Pappanaicken R.Stepp, Susan E.Verrett, Pamela C.Chuang, Samuel S.Boles, Kent S. Lai, Wayne C.Ryan, James C.Bennett, Michael Kumar, VinayMathew, Porunelloor A. 744 20000901370en,NK cells2B4Surface receptorsCD2 subfamily01615890S016158900000103…|FenBB lymphocytesRestingActivatedDNA polymerasesReplicationRepair‚zen_asciiDifferential expression of DNA polymerase e in resting and activated B lymphocytes is consistent with an in vivo role in replication and not repairenWDifferential expression of DNA polymerase e in resting and activated B lymphocytes is consistent with an in vivo role in replication and not repairFLA125FWinter, David B. Phung, Quy H.Wood, Richard D.Gearhart, Patricia J.enARRAY(0x852fbc)3-4S016158900000040FWinter, David B. Phung, Quy H.Wood, Richard D.Gearhart, Patricia J.131 2000020137FenBB lymphocytesRestingActivatedDNA polymerasesReplicationRepair5992901615890S016158900000040š€ō»«–†xhóćƒs7' š g W 0 YIؘŅĀąžąBųõŚŁĀ¼›|)źŌ“v'ŹąĖŒv5%šć“KcGśõÖ»pF裦}Õ=%ąŌ§¤‰bīæLH+īÜ£‹ g _ : , ū Ó n , ’ ¼ ’×¢•fU ā æ d Ę ū µ  ÷ Ŗ  G B #  ł Ž “ i Č,źĀ]4ĶŒōÜ—‹^FUR7œfœ h 7 ! ą Ģ ] X 9 % č Ė | h + Ō¼w_ ÕŠ±«Šx?2ńøoĪ¹z\ ūĘ£H9pmB:ģtqą :ąÄµbNŪĒŠ|ŲŲ: Ū Ū„[A"S01‡`KenGFcRn receptor genesb2 microglobulinFcRn aPutative promoter sequencesƒ.en_ascii Expression of the FcRn receptor (a and b) gene homologues in the intestine of suckling brushtail possum (Trichosurus vulpecula) pouch youngen‚Expression of the FcRn receptor (a and b) gene homologues in the intestine of suckling brushtail possum (Trichosurus vulpecula) pouch youngFLA707O Western, A.H. Eckery, D.C. Demmer, J. Juengel, J.L. McNatty, K.P. Fidler, A.E.enARRAY(0x72af14)12S016158900200260O Western, A.H. Eckery, D.C. Demmer, J. Juengel, J.L. McNatty, K.P. Fidler, A.E.717 20030139_enZFcRn receptor genesb2 microglobulinFcRn aPutative promoter sequences9453101615890S016158900200260ƒDPenLVCAM-1 signalsLymphocyte migrationMatrix metalloproteinasesCytokineActin$en_asciiKVCAM-1 signals during lymphocyte migration: role of reactive oxygen speciesenKVCAM-1 signals during lymphocyte migration: role of reactive oxygen speciesREV499Cook-Mills, J.M.enARRAY(0x71db8c)9S016158900200206Cook-Mills, J.M.508 20021239PenLVCAM-1 signalsLymphocyte migrationMatrix metalloproteinasesCytokineActin01615890S016158900200206Ten_ascii#Announcement - antibody Engineeringen#Announcement - antibody EngineeringANNIII7-8S016158900200224III 2002113901615890S016158900200224…EWenSInnate immunityComplementC1Molecular recognitionSerine proteaseProtein modulesven_asciitStructural biology of the C1 complex of complement unveils the mechanisms of its activation and proteolytic activityentStructural biology of the C1 complex of complement unveils the mechanisms of its activation and proteolytic activityREV383^ Arlaud, G.J. Gaboriaud, C.Thielens, N.M.Budayova-Spano, M. Rossi, V.Fontecilla-Camps, J.C.enARRAY(0x786210)7-8S016158900200143^ Arlaud, G.J. Gaboriaud, C.Thielens, N.M.Budayova-Spano, M. Rossi, V.Fontecilla-Camps, J.C.394 20021139WenSInnate immunityComplementC1Molecular recognitionSerine proteaseProtein modules01615890S016158900200143„%Den@ComplementCobra venom factorComplement inhibitionC3 depletion.en_asciiPGeneration and characterization of transgenic mice expressing cobra venom factorenPGeneration and characterization of transgenic mice expressing cobra venom factorFLA357B Andra, J. Halter, R. Kock, M.A. Niemann, H. Vogel, C.-W.Paul, D.enARRAY(0x7d7d1c)5-6S016158900200107B Andra, J. Halter, R. Kock, M.A. Niemann, H. Vogel, C.-W.Paul, D.365 20021039Den@ComplementCobra venom factorComplement inhibitionC3 depletion11791701615890S0161589002001072en_asciiForthcoming papersenForthcoming papersANN137916-18S0161589002001251379 2002093822301001615890S016158900200125„%enFc_RIa-chainTranscriptionqen_asciiOTranscriptional regulation of the human high affinity IgE receptor a-chain geneenTranscriptional regulation of the human high affinity IgE receptor a-chain geneSCO1193# Takahashi, K. Nishiyama, C.Ra, C.enARRAY(0x807c74)16-18S016158900200062# Takahashi, K. Nishiyama, C.Ra, C.1199 20020938cen_Fc_RIa-chainTranscription22301001615890S016158900200062„:senoMAFARBL-2H3 cellsNK cellsC-type lectinFc receptorSecretory responseTransmembranal signalingCell adhesion,en_asciiOAn unusual inhibitory receptor-the mast cell function-associated antigen (MAFA)enOAn unusual inhibitory receptor-the mast cell function-associated antigen (MAFA)REV1307 Abramson, J.Xu, R. Pecht, I.enARRAY(0x7e2cb0)16-18S016158900200080 Abramson, J.Xu, R. Pecht, I.1313 20020938senoMAFARBL-2H3 cellsNK cellsC-type lectinFc receptorSecretory responseTransmembranal signalingCell adhesion22301001615890S016158900200080†^EenAOlea europaea pollenOle e 1 allergenEpitopeMonoclonal antibodyƒNen_ascii_Influence of the 3D-conformation, glycan component and microheterogeneity on the epitope structure of Ole e 1, the major olive allergen - Use of recombinant isoforms and specific monoclonal antibodies as immunological toolsen_Influence of the 3D-conformation, glycan component and microheterogeneity on the epitope structure of Ole e 1, the major olive allergen - Use of recombinant isoforms and specific monoclonal antibodies as immunological toolsFLA93PGonzalez, E.M. Villalba, M.Lombardero, M. Aalbers, M. van Ree, R. Rodrguez, R.enARRAY(0x7ca0d4)1-2S016158900200044PGonzalez, E.M. Villalba, M.Lombardero, M. Aalbers, M. van Ree, R. Rodrguez, R.101 2002091539EenAOlea europaea pollenOle e 1 allergenEpitopeMonoclonal antibody01615890S016158900200044t en_ascii Abstractsen AbstractsABS2774-5S016158909990807320  199903/043631315001615890S016158909990807„ %en!CyclinsTumor antigensCell cycle‚"en_ascii Immune recognition of cyclin B1 as a tumor antigen is a result of its overexpression in human tumors that is caused by non-functional p53en Immune recognition of cyclin B1 as a tumor antigen is a result of its overexpression in human tumors that is caused by non-functional p53FLA981Yu, M.Zhan, Q. Finn, O.J.enARRAY(0x801420)12-13S016158900200026Yu, M.Zhan, Q. Finn, O.J.987 20020538%en!CyclinsTumor antigensCell cycle49470701615890S016158900200026†JenFNon-toxic protein (TsNTxP)Keyhole limpet hemocyaninTityus serrulatusƒFen_asciiMolecular basis for the cross-reactivity of antibodies elicited by a natural anatoxin with a- and b-toxins from the venom of Tityus serrulatus scorpionen‚Molecular basis for the cross-reactivity of antibodies elicited by a natural anatoxin with a- and b-toxins from the venom of Tityus serrulatus scorpionFLA867,Chavez-Olortegui, C. Molina, F. Granier, C.enARRAY(0x8820ec)11S016158900100117,Chavez-Olortegui, C. Molina, F. Granier, C.876 20020338JenFNon-toxic protein (TsNTxP)Keyhole limpet hemocyaninTityus serrulatus01615890S016158900100117‚74en_asciiSSpecial issue of molecular immunology: oxidative stress signal and redox regulationenSSpecial issue of molecular immunology: oxidative stress signal and redox regulationEDI711 Yodoi, J. Nishinaka, Y.10S016158900200008 Yodoi, J. Nishinaka, Y.711 2002023843365501615890S016158900200008{2en_asciiForthcoming papersenForthcoming papersANN4115S016158900100090411 2001093801615890S016158900100090„^9en5CD3EvolutionMacropus eugeniicDNA cloningMarsupialIen_asciiZMolecular characterisation of the tammar wallaby (Macropus eugenii) CD3 epsilon chain cDNAenaMolecular characterisation of the tammar wallaby (Macropus eugenii) CD3 epsilon chain cDNAFLA359 5 Old, Julie M.Deane, Elizabeth M.Harrison, Gavan A.enARRAY(0x802cf8)5 a,ba,ca,b*S0161589001000725 Old, Julie M.Deane, Elizabeth M.Harrison, Gavan A. 364 20010938enCD3EvolutionMacropus eugeniicDNA cloningMarsupial01615890S016158900100072šiYzj>.xhyia « … « ~iY½­ß„߃L)en%skeletal muscle,inflammation,myoblast&enLComplement classical pathway expression by human skeletal myoblasts in vitroen_asciiLComplement classical pathway expression by human skeletal myoblasts in vitroFLA735; Legoedec, J. Gasque, P. Jeanne, J. Scotte, M. Fontaine, M.enARRAY(0x58754c)10S016158909700093; Legoedec, J. Gasque, P. Jeanne, J. Scotte, M. Fontaine, M.741 19970734)en%skeletal muscle,inflammation,myoblast01615890S016158909700093‡encell free translation,cell free transcription,database,image analysis,lymphocyte proteins,two-dimensional gel electrophoresis,cDNA library,proteinpaedia‚fen+Analysis of a randomly assorted cDNA library from bw 5147 lymphoid cells. Frequency estimates based on computer aided concatenation matching of 2D gel polypeptide productsen_ascii+Analysis of a randomly assorted cDNA library from bw 5147 lymphoid cells. Frequency estimates based on computer aided concatenation matching of 2D gel polypeptide productsFLA753M Frey, J.R.Coleclough, C. Kettman, J.R. Hofmann, J.P.Kuhn, L. Lefkovits, I.enARRAY(0x58a5a0)11S016158909700075M Frey, J.R.Coleclough, C. Kettman, J.R. Hofmann, J.P.Kuhn, L. Lefkovits, I.763 19970834encell free translation,cell free transcription,database,image analysis,lymphocyte proteins,two-dimensional gel electrophoresis,cDNA library,proteinpaedia01615890S016158909700075„4en0C1,C1q,C1r,C1s,generation of monoclonal antibody|enwProbing the structure of C1 with an anti-C1s monoclonal antibody: the possible existence of two forms of C1 in solutionen_asciiwProbing the structure of C1 with an anti-C1s monoclonal antibody: the possible existence of two forms of C1 in solutionFLA671(Yiou, T.Phillips, M.L.Schumaker, V.N.enARRAY(0x57678c)8-9S016158909700039(Yiou, T.Phillips, M.L.Schumaker, V.N.679 199706344en0C1,C1q,C1r,C1s,generation of monoclonal antibody01615890S016158909700039† ;en6Fc receptors,antibody-antigen interactions,substrate-supported planar membranes,fluorescence microscopy,total internal reflection,evanescent wave,fluorescence photobleaching recoverymen Decreased IgG-Fcgamma RII dissociation kinetics in the presence of a protein antigenen_asciiSDecreased IgG-FcgammaRII dissociation kinetics in the presence of a protein antigenFLA519% Sheets, E.D.Chen, L.Thompson, N.L.enARRAY(0x58be48)7S016158909700057% Sheets, E.D.Chen, L.Thompson, N.L.526 19970534;en6Fc receptors,antibody-antigen interactions,substrate-supported planar membranes,fluorescence microscopy,total internal reflection,evanescent wave,fluorescence photobleaching recovery01615890S01615890970005ƒ4hen_asciimA homotrimer of the B-chain globular head region of C1q is an inhibitor of C1q-mediated complement activationenmA homotrimer of the B-chain globular head region of C1q is an inhibitor of C1q-mediated complement activationABS3756 Kishore, U.Perdikoulis, M.V. Strong, P. Reid, K.B.M.6-7[DOI] 10.1016/S0161589098907106 Kishore, U.Perdikoulis, M.V. Strong, P. Reid, K.B.M.375 199804053501615890[DOI] 10.1016/S016158909890710„EenATransforming growth factorProtein kinase CComplement, monocytes‚/en_asciinTransforming growth factor-b2 regulates C3 secretion in monocytes through a protein kinase C-dependent pathwayen2Transforming growth factor-b2 regulates C3 secretion in monocytes through a protein kinase C-dependent pathwayFLA14 Drouin, S.M. Kiley, S.C. Carlino, J.A. Barnum, S.R.enARRAY(0x790e48)1S0161589098800124 Drouin, S.M. Kiley, S.C. Carlino, J.A. Barnum, S.R.11 19980135EenATransforming growth factorProtein kinase CComplement, monocytes01615890S016158909880012„WEenATumor necrosis factorTNF-aPolymorphismCytokinesImmunogenetics|en_asciiUPolymorphism of the human TNF-a promoter -- random variation or functional diversity?enPolymorphism of the human TNF-a promoter - random variation or functional diversity?FLA1017Allen, Ruth D.enARRAY(0x834708)15-16S016158909900127Allen, Ruth D.1027  199910/1136 enTumor necrosis factorTNF-aPolymorphismCytokinesImmunogenetics38288201615890S016158909900127ƒmRenNAnaphylatoxinC5a receptorMonoclonal antibodyImmunohistochemistryComplementen_asciiAExpression of the anaphylatoxin C5a receptor in non-myeloid cellsenAExpression of the anaphylatoxin C5a receptor in non-myeloid cellsFLA877' Zwirner, J. Fayyazi, A.Götze, O.enARRAY(0x89a97c)13-14abaS016158909900109" Zwirner, J. Fayyazi, A. Gotze, O.884  199909/1036RenNAnaphylatoxinC5a receptorMonoclonal antibodyImmunohistochemistryComplement23108801615890S016158909900109…4'en#Heat shock proteinhsp60HIV-1gp41Len_ascii_A 60 kD heat-shock protein-like molecule interacts with the HIV transmembrane glycoprotein gp41en_A 60 kD heat-shock protein-like molecule interacts with the HIV transmembrane glycoprotein gp41FLA619Speth, CorneliaProhászka, ZoltánMair, MechthildStöckl, Gabriele Zhu, XiaojieJöbstl, BarbaraFüst, GeorgeDierich, Manfred P.enARRAY(0x8b11ac)9ab, caaaab, caS016158909900082Speth, CorneliaProhaszka, ZoltanMair, MechthildStockl, Gabriele Zhu, XiaojieJobstl, Barbara Fust, GeorgeDierich, Manfred P.628 19990636'en#Heat shock proteinhsp60HIV-1gp4114853201615890S016158909900082„*‚3en_asciiIsolation and sequence of a cDNA coding for the heavy chain constant region of IgG from the Australian brushtail possum, Trichosurus vulpeculaenIsolation and sequence of a cDNA coding for the heavy chain constant region of IgG from the Australian brushtail possum, Trichosurus vulpeculaFLA535IBelov, KatherineHarrison, Gavan A.Miller, Robert D.Cooper, Desmond W.enARRAY(0x8a2fa4)8abcaS016158909900064IBelov, KatherineHarrison, Gavan A.Miller, Robert D.Cooper, Desmond W.541 1999063601615890S016158909900064…]^enZGermline transcriptRecombination activating geneLight chain shiftingV(D)J recombination‚]en_asciiQSerum starvation induced secondary VJ rearrangement in a human plasma B cell lineen}Serum starvation induced secondary VJ rearrangement in a human plasma B cell lineFLA1772Haruta, HirotakaTachibana, Hirofumi Yamada, KojienARRAY(0x71b9d0)3S0161589099000282Haruta, HirotakaTachibana, Hirofumi Yamada, Koji185 19990236^enZGermline transcriptRecombination activating geneLight chain shiftingV(D)J recombination01615890S016158909900028…*en&C-mycp53HLA-BPromoterTranscriptionLen_ascii_Repression of the minimal hla-b promoter by c-myc and p53 occurs through independent mechanismsen_Repression of the minimal hla-b promoter by c-myc and p53 occurs through independent mechanismsFLA829yGriffioen, MariekeSteegenga, Wilma T.Ouwerkerk, Ilse J. M.Peltenburg, Lucy T. C.Jochemsen, Aart G.Schrier, Peter I.enARRAY(0x8d2630)13 111111S016158909800074yGriffioen, MariekeSteegenga, Wilma T.Ouwerkerk, Ilse J. M.Peltenburg, Lucy T. C.Jochemsen, Aart G.Schrier, Peter I.835 19980901351en-C-mycp53HLA-BPromoterTranscription01615890S016158909800074 šWGP@飥°ų Ą ¢ ĄĻ‡r4ʤL6öā¦™eT ѱ]JÓÄ‘„E#Ź¹‚l+ū†n)Ł®C;ūŸt ŌĢ§žĆ»†}VFö«K1óę·¬t4*æ±o` ’æłæ‡&vˆ6yentregulated upon activation normal T cell expressed and secreted, RANTESmonocyte chemoattractant protein-1, MCP-1ELISA, enzyme-linked immunosorbent assayFPLC, fast performance liquid chromatographyg3p, gene 3 proteinM23-g3p, g3p of M23 phage‚en_asciibInhibition of M-tropic HIV-1 infection by the fd phage-gene 3 protein with MIP-1a-binding activityen&Inhibition of M-tropic HIV-1 infection by the fd phage-gene 3 protein with MIP-1a-binding activityFLA1249] Meta, AkihiroTorigoe, Naohiko Ito, YujiArakaki, RiekoNakashima, HidekiSugimura, KazuhisaenARRAY(0x836ca4)18 aaabbaS016158909900132] Meta, AkihiroTorigoe, Naohiko Ito, YujiArakaki, RiekoNakashima, HidekiSugimura, Kazuhisa1254 19991236yentregulated upon activation normal T cell expressed and secreted, RANTESmonocyte chemoattractant protein-1, MCP-1ELISA, enzyme-linked immunosorbent assayFPLC, fast performance liquid chromatographyg3p, gene 3 proteinM23-g3p, g3p of M23 phage9525301615890S016158909900132‡&venrNeisseria gonorrhoeaeNeisseria meningitidisFactor HC4b-binding proteinPorinCapsular polysaccharideComplementpen_asciijThe contrasting mechanisms of serum resistance of Neisseria gonorrhoeae and group B Neisseria meningitidisenxThe contrasting mechanisms of serum resistance of Neisseria gonorrhoeae and group B Neisseria meningitidisFLA915Ram, S.Mackinnon, F.G. Gulati, S.McQuillen, D.P. Vogel, U. Frosch, M. Elkins, C.Guttormsen, H.-K. Wetzler, L.M. Oppermann, M.Pangburn, M.K. Rice, P.A.enARRAY(0x89aa78)13-14abaaccdeafgaS016158909900114Ram, S.Mackinnon, F.G. Gulati, S.McQuillen, D.P. Vogel, U. Frosch, M. Elkins, C.Guttormsen, H.-K. Wetzler, L.M. Oppermann, M.Pangburn, M.K. Rice, P.A.928  199909/1036enNeisseria gonorrhoeaeNeisseria meningitidisFactor HC4b-binding proteinPorinCapsular polysaccharideComplement23108801615890S016158909900114†<en8NK cellsCD28IFN-gamma mRNA stabilityFcgammaRIIIIL-12xen_asciiOThe mechanism of activation of NK-cell IFN-gamma production by ligation of CD28enThe mechanism of activation of NK-cell IFN-gamma production by ligation of CD28FLA361QCheung, Jason C.Koh, Crystal Y.Gordon, Brian E.Wilder, Julie A. Yuan, DorothyenARRAY(0x72a5a0)6 aabaaS016158909900051QCheung, Jason C.Koh, Crystal Y.Gordon, Brian E.Wilder, Julie A. Yuan, Dorothy372 19990436SenNNK cellsCD28IFN-gamma mRNA stabilityFcgammaRIIIIL-1231315001615890S016158909900051„UDen@Food allergyCross-reactivityPru a 1IgE-epitopeMutant protein$en_asciiKCross-reactivity and epitope analysis of Pru a 1, the major cherry allergenenKCross-reactivity and epitope analysis of Pru a 1, the major cherry allergenFLA155^ Scheurer, S. Son, D.Y. Boehm, M. Karamloo, F. Franke, S. Hoffmann, A. Haustein, D. Vieths, S.enARRAY(0x7462a8)3aabaaaaaS016158909900033^ Scheurer, S. Son, D.Y. Boehm, M. Karamloo, F. Franke, S. Hoffmann, A. Haustein, D. Vieths, S.167 19990236Den@Food allergyCross-reactivityPru a 1IgE-epitopeMutant protein01615890S016158909900033ƒu#enIL-10GM-CSFPromotermonocytes‚en_asciiRecombinant human granulocyte-macrophagecolony-stimulating factor triggers interleukin-10expression in the monocytic cell line U937enRecombinant human granulocyte-macrophagecolony-stimulating factor triggers interleukin-10expression in the monocytic cell line U937FLA479Lehmann, Michael HerbertenARRAY(0x8fbacc)81S016158909800043Lehmann, Michael Herbert485 1998050135#enIL-10GM-CSFPromotermonocytes16012101615890S016158909800043…/en+Goldantirheumatic drugsInsulinCD4+ T-cell‚ en_asciiDrug-induced inhibition of insulin recognition by T-cells: the antirheumatic drug aurothiomalate inhibits MHC binding of insulin peptideenDrug-induced inhibition of insulin recognition by T-cells: the antirheumatic drug aurothiomalate inhibits MHC binding of insulin peptideFLA1081QTakahashi, KazuoKropshofer, Harald Vogt, Anne B.Gleichmann, Ernst Griem, PeterenARRAY(0x8f6744)17 12211S016158909800106QTakahashi, KazuoKropshofer, Harald Vogt, Anne B.Gleichmann, Ernst Griem, Peter1087 1998120135:en6Goldantirheumatic drugsInsulinCD4+ 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oenkEBF, early B-cell factorEMSA, electrophoretic mobility shift assayBSAP, B-cell specific activator proteinRen_asciibA human early B-cell factor-like protein participates in the regulation of the human CD19 promoterenbA human early B-cell factor-like protein participates in the regulation of the human CD19 promoterFLA10679Gisler, RamiroÅkerblad, PeterSigvardsson, MikaelenARRAY(0x8335c4)15-16S0161589099000923Gisler, RamiroAkerblad, PeterSigvardsson, Mikael1077  199910/1136oenkEBF, early B-cell factorEMSA, electrophoretic mobility shift assayBSAP, B-cell specific activator protein38288201615890S016158909900092ƒAen=Complement regulatory proteinsXenograftAllograftComplement`en_ascii)The role of complement in transplantationen)The role of complement in transplantationFLA965!Platt, Jeffrey L.Saadi, SoheylaenARRAY(0x89b02c)13-14S016158909900119!Platt, Jeffrey L.Saadi, Soheyla971  199909/1036Aen=Complement regulatory proteinsXenograftAllograftComplement23108801615890S016158909900119˜*ˆKenˆFscFv, single-chain antibodyIgG, immunoglobulin GHBV, hepatitis B viruspHSA, plasma human serum albuminHAMA, human antibody mouse answerRT-PCR, reverse transcriptase-polymerase chain reactionCLk, constant region of the immunoglobulin k-light chainCH1, first constant region of the immunoglobulin heavy chainVH, heavy chain immunoglobulin variable regionVL, light chain immunoglobulin variable regionPEL B, pectate lyase from Erwinia carotovoraHBsAg, HBV surface antigenIPTG, isopropyl b-D-thiogalactopyranosideEDTA, ethylenediamintetraacetic acidPOD, horse radish peroxidaseELISA, enzyme-linked immunosorbent assayGST, glutathione S transferaseT-TBS, Tween-20--tris buffered salineTris-HCl, trishydroxymethylaminomethane hydrochloridemAb, monoclonal antibodyPBS, phosphate buffered salineHPLC, high performance liquid chromatographyMALDI-TOF, Matrix Assisted Laser Desorption Ionization--Time Of FlightNBT, nitroblue tetrazolium chlorideBCIP, 5-bromo-4-chloro-3-indolyl-phopsphateSOD, superoxide dismutaseCDR, complementarity determining regionAP, alkaline phosphatasefen_asciilCharacterization of neutralizing anti-pre-S1 and anti-pre-S2 (HBV) monoclonal antibodies and their fragmentsenlCharacterization of neutralizing anti-pre-S1 and anti-pre-S2 (HBV) monoclonal antibodies and their fragmentsFLA669)Küttner, G. Kramer, A. Schmidtke, G. Giessmann, E.Dong, L.Roggenbuck, D. Scholz, C. Seifert, M. Stigler, R-D.Schneider-Mergener, J. Porstmann, T.Höhne, W.enARRAY(0x838020)10abaabaabbbbaS016158909900074 Kuttner, G. Kramer, A. Schmidtke, G. Giessmann, E.Dong, L.Roggenbuck, D. Scholz, C. Seifert, M. Stigler, R-D.Schneider-Mergener, J. Porstmann, T. Hohne, W.683 19990736Š1enŠ,scFv, single-chain antibodyIgG, immunoglobulin GHBV, hepatitis B viruspHSA, plasma human serum albuminHAMA, human antibody mouse answerRT-PCR, reverse transcriptase-polymerase chain reactionCLk, constant region of the immunoglobulin k-light chainCH1, first constant region of the immunoglobulin heavy chainVH, heavy chain immunoglobulin variable regionVL, light chain immunoglobulin variable regionPEL B, pectate lyase from Erwinia carotovoraHBsAg, HBV surface antigenIPTG, isopropyl b-D-thiogalactopyranosideEDTA, ethylenediamintetraacetic acidPOD, horse radish peroxidaseELISA, enzyme-linked immunosorbent assayGST, glutathione S transferaseT-TBS, Tween-20-tris buffered salineTris-HCl, trishydroxymethylaminomethane hydrochloridemAb, monoclonal antibodyPBS, phosphate buffered salineHPLC, high performance liquid chromatographyMALDI-TOF, Matrix Assisted Laser Desorption Ionization-Time Of FlightNBT, nitroblue tetrazolium chlorideBCIP, 5-bromo-4-chloro-3-indolyl-phopsphateSOD, superoxide dismutaseCDR, complementarity determining regionAP, alkaline phosphatase11958901615890S016158909900074u&en_ascii Author indexen Author indexIND97313-14S016158909900137973 199912213601615890S016158909900137ńüķ ü^OF7@1錜ė /  M =Į±ūė– \–ÕČ™„E:ŁŠ©ŸvnI@ ŻŃ„zQCÖĘ‘ƒRB ąŅ””eY,"łīĆ·Šv9.ņć°£tg8)öėĄ“‡}TL'ōč»±ˆXN%õč¹­pb1(ųŃĒž’eW&(&xOC ćŪ¶§tjA;źį™‘lc<< ā×­ re7* ü ņ ŗ ± k ` 6 -  ü Ņ Å — ‹ _ S '  Ļ Ę   ’ b U  å Ü ¶ § u e ń ā °  c [ 7 $źßµ†SYenTRheumatoid Factor,V-gene,HLA,IgM,human,CDR, complementarity determining region,GL, germline,HID, healthy immunized donors,R, replacement,RA, rheumatoid arthritis,RF, rheumatoid factor,S, silent,TT, tetanus toxoid_ennHeterogeneous RF structures between and within healthy individuals are not related to HLA DRB1*0401en_asciicHeterogeneous RF structures between and within healthy individuals are not related to HLA DRB1*0401FLA929.Bsigmarretzen, M. Natvig, J.B.Thompson, K.M.enARRAY(0x7625f4)12-13S016158909700087.Bsigmarretzen, M. Natvig, J.B.Thompson, K.M.938  199708/0934YenTRheumatoid Factor,V-gene,HLA,IgM,human,CDR, complementarity determining region,GL, germline,HID, healthy immunized donors,R, replacement,RA, rheumatoid arthritis,RF, rheumatoid factor,S, silent,TT, tetanus toxoid01615890S016158909700087ƒ4‚ en~Modulation of class I major histocompatibility complex antigen cell-surface stability by transmembrane domain length variationen_ascii~Modulation of class I major histocompatibility complex antigen cell-surface stability by transmembrane domain length variationFLA771& Osborn, C.K. Grigoriev, V. Crew, M.D.enARRAY(0x5e47b0)11S016158909700069& Osborn, C.K. Grigoriev, V. Crew, M.D.780 1997083401615890S016158909700069†zenpolymeric immunoglobulin receptor,interferon-gamma,transcriptional regulation,transcription factors,interferon regulatory factor-1‚ enTranscriptional regulation of the human polymeric immunoglobulin receptor gene by interferon-gamma en_asciibTranscriptional regulation of the human polymeric immunoglobulin receptor gene by interferon-gammaFLA75fPiskurich, J.F.Youngman, K.R.Phillips, K.M. Hempen, P.M.Blanchard, M.H. France, J.A. Kaetzel, C.S.enARRAY(0x5dca3c)1S016158909600079fPiskurich, J.F.Youngman, K.R.Phillips, K.M. Hempen, P.M.Blanchard, M.H. France, J.A. Kaetzel, C.S.91 19970134?en:polymeric immunoglobulin receptor,interferon-gamma ,transcriptional regulation,transcription factors,interferon regulatory factor-101615890S016158909600079…Ptenpantibody fragments,bispecific single chain antibody dimer,diabody,neuraminidase,glycophorin,bisFv,scFv,BIAcoreTMlenoDesign and expression of a stable bispecific scFv dimer with affinity for both glycophorin and N9 neuraminidaseen_asciioDesign and expression of a stable bispecific scFv dimer with affinity for both glycophorin and N9 neuraminidaseFLA1301G Atwell, J.L. Pearce, L.A.Lah, M. Gruen, L.C. Kortt, A.A. Hudson, P.J.enARRAY(0x69abb0)17-18S016158909600097G Atwell, J.L. Pearce, L.A.Lah, M. Gruen, L.C. Kortt, A.A. Hudson, P.J.1312 19961233en{antibody fragments,bispecific single chain antibody dimer,diabody,neuraminidase,glycophorin,bisFv,scFv,BIAcoreTM01615890S016158909600097ƒ:;en7Ku antigen,DNA binding protein,transcription inhibition&enLKu is a general inhibitor of DNA-protein complex formation and transcriptionen_asciiLKu is a general inhibitor of DNA-protein complex formation and transcriptionFLA787!Ono, M. Tucker, P.W. Capra, J.D.enARRAY(0x57ce9c)9016158909600030!Ono, M. Tucker, P.W. Capra, J.D.796 19960633;en7Ku antigen,DNA binding protein,transcription inhibition01615890016158909600030…^yenuNeisseria meningitidis serogroup C polysaccharide,peptide mimic,vaccine,sequence analysis,idiotype,anti-anti-idiotype‚enMolecular characterization of a monoclonal antibody produced in response to a group C meningococcal polysaccharide peptide mimicen_asciiMolecular characterization of a monoclonal antibody produced in response to a group C meningococcal polysaccharide peptide mimicFLA503@Hutchins, W.A. Adkins, A.R.Kieber-Emmons, T.Westerink, M.A.J.enARRAY(0x858420)6016158909600012@Hutchins, W.A. Adkins, A.R.Kieber-Emmons, T.Westerink, M.A.J.510 19960433yenuNeisseria meningitidis serogroup C polysaccharide,peptide mimic,vaccine,sequence analysis,idiotype,anti-anti-idiotype01615890016158909600012„F-en)B7-1,B7-2,signal transduction,Jun kinasesxenuCD28 signal transduction pathways. A comparison of B7-1 and B7-2 regulation of the map kinases: ERK2 and jun kinasesen_asciiuCD28 signal transduction pathways. A comparison of B7-1 and B7-2 regulation of the map kinases: ERK2 and jun kinasesFLA63M Nunes, J.A. Battifora, M.Woodgett, J.R. Truneh, A. Olive, D.Cantrell, D.A.enARRAY(0x5b6770)1016158909500121M Nunes, J.A. Battifora, M.Woodgett, J.R. Truneh, A. Olive, D.Cantrell, D.A.70 19960133-en)B7-1,B7-2,signal transduction,Jun kinases01615890016158909500121…utenpT cell epitope,T cell hybridoma,major histocompatibility complex,I-Ed,acetylation,amidation,proteolysis,lifespan‚FenFine chemical modifications at N- and C-termini enhance peptide presentation to T cells, by increasing the lifespan of both free and MHC-complexed peptidesen_asciiFine chemical modifications at N- and C-termini enhance peptide presentation to T cells, by increasing the lifespan of both free and MHC-complexed peptidesFLA1377- Maillere, B. Mourier, G. Herve, M. Menez, A.enARRAY(0x617e6c)17-18016158909500103- Maillere, B. Mourier, G. Herve, M. Menez, A.1385 19951232en{T cell epitope,T cell hybridoma,major histocompatibility complex,I-Ed,acetylation,amidation,proteolysis,lifespan01615890016158909500103„-en)CTL,LCMV,epitope,mutation,class I binding‚enAlterations of a dominant epitope of lymphocytic choriomeningitis virus which affect class I binding and cytotoxic T cell recognitionen_asciiAlterations of a dominant epitope of lymphocytic choriomeningitis virus which affect class I binding and cytotoxic T cell recognitionFLA725 Hioe, C.E.Frelinger, J.A.enARRAY(0xb606e4)10016158909500040 Hioe, C.E.Frelinger, J.A.731 19950732-en)CTL,LCMV,epitope,mutation,class I binding01615890016158909500040…VenRanti-steroid,steroid,molecular modellng,expression vector,scFv,monoclonal antibody‚enzParatope characterization by structural modelling of two anti-cortisol single-chain variable fragments produced in E. colien_asciizParatope characterization by structural modelling of two anti-cortisol single-chain variable fragments produced in E. coliFLA185I Le Calvez, H. Fieschi, J. Green, J.M. Marchesi, N. Chauveau, J.Baty, D.enARRAY(0x6c0184)3016158909400131I Le Calvez, H. Fieschi, J. Green, J.M. Marchesi, N. Chauveau, J.Baty, D.198 19950232VenRanti-steroid,steroid,molecular modellng,expression vector,scFv,monoclonal antibody01615890016158909400131ƒ`1en-IgG-binding proteins,streptococci,Fc receptor*enNCharacterization of a gene coding for a type IIo bacterial IgG-binding proteinen_asciiNCharacterization of a gene coding for a type IIo bacterial IgG-binding proteinFLA669< Boyle, M.D.P.Weber-Heynemann, J. Raeder, R.Podbielski, A.enARRAY(0x57db08)9016158909500022< Boyle, M.D.P.Weber-Heynemann, J. Raeder, R.Podbielski, A.678 199506321en-IgG-binding proteins,streptococci,Fc receptor01615890016158909500022ƒs6en2CD40,IL4,EBV infection,B cell differentiation,CD23;en\The fate of human CD77+ germinal center B lymphocytes after rescue from apoptosisen_asciiQThe fate of human CD77+ germinal center B lymphocytes after rescue from apoptosisFLA3338 Mangeney, M. Rousselet, G.Taga, S. Tursz, T. Wiels, J.enARRAY(0x5d457c)50161589095000048 Mangeney, M. Rousselet, G.Taga, S. Tursz, T. Wiels, J.339 199504326en2CD40,IL4,EBV infection,B cell differentiation,CD2301615890016158909500004ń=.ž#ńāŻĪśė Ø ™ ć Ó¤”®žn0 8n«sb,ĶÄŽ}G/ėį¹ ZW=.üóĶŗ€~fcID&ÓĻ³ž`T(ȵ{tR;łį‘e^<5ŅŠ·Ŗ{n?'āŁ²«ˆXN%ņä³–GB#ѵhS ×ƆwD1ö坃:,ūīæ¬0Š¾uh9$ å į “ ° ‚ { X E § } §…VgencMajor histocompatibility antigenRecombinant class I proteinsPeptide libraryPeptide binding motif‚en_asciiBaculoviral e†0†.YenUAutoantibodiesAutoimmune diseaseMimotopesMultiple sequence alignmentPhage display‚Ten_ascii"Multiple alignment and sorting of peptides derived from phage-displayed random peptide libraries with polyclonal sera allows discrimination of relevant phagotopesen"Multiple alignment and sorting of peptides derived from phage-displayed random peptide libraries with polyclonal sera allows discrimination of relevant phagotopesFLA659_Davies, Janet M.Scealy, Marita Cai, YePingWhisstock, JamesMackay, Ian R.Rowley, Merrill J.enARRAY(0x8372d8)10S016158909900068_Davies, Janet M.Scealy, Marita Cai, YePingWhisstock, JamesMackay, Ian R.Rowley, Merrill J.667 19990736YenUAutoantibodiesAutoimmune diseaseMimotopesMultiple sequence alignmentPhage display11958901615890S016158909900068…dgencMajor histocompatibility antigenRecombinant class I proteinsPeptide libraryPeptide binding motif‚en_asciiBaculoviral expressed hla class i heavy chains used to screen a synthetic peptide library for Allele-Specific peptide binding motifsenBaculoviral expressed hla class i heavy chains used to screen a synthetic peptide library for Allele-Specific peptide binding motifsFLA1033H Smith, M.H. Nuara, A.a. Egen, J.G. Sirjani, D.B. Lam, K.S. Grimes, W.J.enARRAY(0x8f9a60)16 111121S016158909800096H Smith, M.H. Nuara, A.a. Egen, J.G. Sirjani, D.B. Lam, K.S. Grimes, W.J.1043 1998110135gencMajor histocompatibility antigenRecombinant class I proteinsPeptide libraryPeptide binding motif01615890S016158909800096„-)en%T-cell activationSignal transduction‚en_asciiConcanavalin a modulates tyrosine phosphorylation and activation of a type ii phosphatidylinositol 4-kinase in rat splenic lymphocytesenConcanavalin a modulates tyrosine phosphorylation and activation of a type ii phosphatidylinositol 4-kinase in rat splenic lymphocytesFLA935,Fernandis, Aaron Z.Subrahmanyam, GosukondaenARRAY(0x8bc4ec)14-1511S016158909800078,Fernandis, Aaron Z.Subrahmanyam, Gosukonda941 1998100135)en%T-cell activationSignal transduction01615890S016158909800078ƒ4&en"antibody,immune complex,complement&enLEffect of immunoglobulin variable region structure on C3b and C4b depositionen_asciiLEffect of immunoglobulin variable region structure on C3b and C4b depositionFLA7593 White, K.D. Frank, M.B. Foundling, S. Waxman, F.J.enARRAY(0x584510)90161589096000313 White, K.D. Frank, M.B. Foundling, S. Waxman, F.J.768 19960633&en"antibody,immune complex,complement01615890016158909600031†Amenitumor necrosis factor-alpha,interleukin-1,endothelial cell,projenitor T cell,FTF1 cell,cell-cell adhesion‚\enBTumor necrosis factor-alpha (TNF-alpha ) induces a reversible, time- and dose-dependent adhesion of progenitor T cells to endothelial cellsen_ascii Tumor necrosis factor-alpha (TNF-alpha) induces a reversible, time- and dose-dependent adhesion of progenitor T cells to endothelial cellsFLA6718Aparicio, C.L.Berthiaume, F. Chang, C.C. Yarmush, M.L.enARRAY(0x6f9be0)7-80161589096000138Aparicio, C.L.Berthiaume, F. Chang, C.C. Yarmush, M.L.680  199605/0633&en!tumor necrosis factor-alpha ,interleukin-1,endothelial cell,projenitor T cell,FTF1 cell,cell-cell adhesion01615890016158909600013ƒR,en(AP1,Ets,CD11c,transcriptional regulationNen`Regulation of the leukocyte integrin gene CD11c is mediated by AP1 and Ets transcription factorsen_ascii`Regulation of the leukocyte integrin gene CD11c is mediated by AP1 and Ets transcription factorsFLA115( Noti, J.D.Reinemann, B.C. Petrus, M.N.enARRAY(0x95a230)2016158909500140( Noti, J.D.Reinemann, B.C. Petrus, M.N.127 19960233,en(AP1,Ets,CD11c,transcriptional regulation01615890016158909500140†9en4streptokinase (SK),human anti-streptokinase antibodies (Hu anti-SK Abs),murine monoclonal anti-streptokinase antibodies (anti-SK mAbs),recombinant streptokinase truncated fragmentsLen_Mapping the antigenic regions of streptokinase in humans before and after streptokinase therapyen_ascii_Mapping the antigenic regions of streptokinase in humans before and after streptokinase therapyFLA7173Parhami-Seren, B. Lynch, M. White, H.D. Reed, G.L.enARRAY(0xb6bf2c)100161589095000413Parhami-Seren, B. Lynch, M. White, H.D. Reed, G.L.724 199507329en4streptokinase (SK),human anti-streptokinase antibodies (Hu anti-SK Abs),murine monoclonal anti-streptokinase antibodies (anti-SK mAbs),recombinant streptokinase truncated fragments01615890016158909500041†!HenDmeasles virus,fusion protein,peptides,immunodominance,T cell epitope‚[en+Intramolecular immunodominance and intermolecular selection of H2d-restricted peptides define the same immunodominant region of the measles virus fusion proteinen_ascii Intramolecular immunodominance and intermolecular selection of H2d-restricted peptides define the same immunodominant region of the measles virus fusion proteinFLA37n Muller, C.P. Bunder, R. Mayser, H. Ammon, S. Weinmann, M. Brons, N.H.C. Schneider, F.Jung, G.Wiesmuller, K.enARRAY(0x8ef420)1016158909400132n Muller, C.P. Bunder, R. Mayser, H. Ammon, S. Weinmann, M. Brons, N.H.C. Schneider, F.Jung, G.Wiesmuller, K.47 19950132HenDmeasles virus,fusion protein,peptides,immunodominance,T cell epitope01615890016158909400132„j6en2splicing,RNA transcripts,CD79a,CD79b,B cells,human‚JenUAlternative splicing of CD79a (Ig-alpha /mb-1) and CD79b (Ig-beta /B29) RNA transcripts in human B cellsen_asciifAlternative splicing of CD79a (Ig-alpha/mb-1) and CD79b (Ig-beta/B29) RNA transcripts in human B cellsFLA651, Hashimoto, S. Chiorazzi, N.Gregersen, P.K.enARRAY(0x58ea0c)9016158909500023, Hashimoto, S. Chiorazzi, N.Gregersen, P.K.659 199506326en2splicing,RNA transcripts,CD79a,CD79b,B cells,human01615890016158909500023…KenGprotein folding,protein engineering,cancer detection,radioimmunotherapy‚ enPreparation and characterization of a disulfide-stabilized Fv fragment of the anti-tac antibody: comparison with its single-chain analogen_asciiPreparation and characterization of a disulfide-stabilized Fv fragment of the anti-tac antibody: comparison with its single-chain analogFLA249> Webber, K.O. Reiter, Y. Brinkmann, U. Kreitman, R. Pastan, I.enARRAY(0x66929c)4016158909400150> Webber, K.O. Reiter, Y. Brinkmann, U. Kreitman, R. Pastan, I.258 19950332KenGprotein folding,protein engineering,cancer detection,radioimmunotherapy01615890016158909400150…2/en+CR2,p53,p68 calcium binding protein,p120RNPƒ$enJBinding sites of the Epstein-Barr virus and C3d receptor (CR2, CD21) for its three intracellular ligands, the p53 anti-oncoprotein, the p68 calcium binding protein and the nuclear p120 ribonucleoproteinen_asciiJBinding sites of the Epstein-Barr virus and C3d receptor (CR2, CD21) for its three intracellular ligands, the p53 anti-oncoprotein, the p68 calcium binding protein and the nuclear p120 ribonucleoproteinFLA389* Barel, M. Balbo, M. Gauffre, A. Frade, R.enARRAY(0x7095dc)6016158909500005* Barel, M. Balbo, M. Gauffre, A. Frade, R.397 19950432/en+CR2,p53,p68 calcium binding protein,p120RNP01615890016158909500005ńŗ«§˜Č¹/ “„įŅ Z K ć ŌvgÉŗŠ{0ÖėĆøŽ†bT$ļć·­uf4&öģĵƒxNDįÖ¬”wnH?ēܲ§}uQF ŹĄ˜Œ`T(×Č–g[/#÷ķÅ»“…UDßŌŖŸumI<ŁĖ›fZėįø¬sF= ć×Ŗžqe8+ģŻŖ g\1$õģÅ®k_2)āÖ© yk:. ō Å ½ ˜ Œ O >  ł Č ¼  ‚ S H   ź Ž ± ¦ { q H ;  Ł Ī £ š s h   Ė ŗ ƒ w J =  ŅÉ¢—lĀlĒ™aU)ńį­¢h^&ńēæ“Š}/#÷ģĀ¶z”z'żóĖ擆H<lycine max flo„iKenGalpha-Bungarotoxin,acetylcholine receptor,protection,synthetic peptides‚enProtection against alpha -bungarotoxin poisoning by immunization with synthetic toxin peptidesen_ascii]Protection against alpha-bungarotoxin poisoning by immunization with synthetic toxin peptidesFLA681Dolimbek, B.Z. Atassi, M.Z.enARRAY(0x6f9b8c)7-8016158909600014Dolimbek, B.Z. Atassi, M.Z.689  199605/0633enalpha -Bungarotoxin,acetylcholine receptor,protection,synthetic peptides01615890016158909600014„.1en-CTL epitopes,measles virus,PLG microparticlesHen]Biodegradable microparticles as a delivery system for measles virus cytotoxic T cell epitopesen_ascii]Biodegradable microparticles as a delivery system for measles virus cytotoxic T cell epitopesFLA485TPartidos, C.D. Vohra, P.Anagnostopoulou, C. Jones, D.H. Farrar, G.H. Steward, M.W.enARRAY(0x858558)6016158909600032TPartidos, C.D. Vohra, P.Anagnostopoulou, C. Jones, D.H. Farrar, G.H. Steward, M.W.491 199604331en-CTL epitopes,measles virus,PLG microparticles01615890016158909600032ƒenITA,immunotoxinTencProlonged inhibition of IgE production in mice following treatment with an IgE-specific immunotoxinen_asciicProlonged inhibition of IgE production in mice following treatment with an IgE-specific immunotoxinFLA245#Lustgarten, J.Waks, T. Eshhar, Z.enARRAY(0x5e2cb0)3016158909500141#Lustgarten, J.Waks, T. Eshhar, Z.251 19960233enITA,immunotoxin01615890016158909500141„\oenkcytomegalovirus,glycoprotein B (gB),human monoclonal antibody,phage-display technology,antibody specificityDen[Light chain shuffling of a high affinity antibody results in a drift in epitope recognitionen_ascii[Light chain shuffling of a high affinity antibody results in a drift in epitope recognitionFLA470 Ohlin, M. Owman, H.Mach, M.Borrebaeck, C.A.K.enARRAY(0x590164)10161589095001230 Ohlin, M. Owman, H.Mach, M.Borrebaeck, C.A.K.56 19960133oenkcytomegalovirus,glycoprotein B (gB),human monoclonal antibody,phage-display technology,antibody specificity01615890016158909500123„fIenEprotein folding,disulfide bonds,antibody,affinity,recombinant protein‚enCorrect disulfide pairing and efficient refolding of detergent-solubilized single-chain Fv Proteins from bacterial inclusion bodiesen_asciiCorrect disulfide pairing and efficient refolding of detergent-solubilized single-chain Fv Proteins from bacterial inclusion bodiesFLA1443. Kurucz, I. Titus, J.A. Jost, C.R. Segal, D.M.enARRAY(0x57a7ec)17-18016158909500105. Kurucz, I. Titus, J.A. Jost, C.R. Segal, D.M.1452 19951232IenEprotein folding,disulfide bonds,antibody,affinity,recombinant protein01615890016158909500105„v^enZlambda V genes,TPO autoantibodies,phage display combinatorial library,autoimmunity,thyroidfenlMolecular cloning and characterization of human thyroid peroxidase autoantibodies of lambda light chain typeen_asciilMolecular cloning and characterization of human thyroid peroxidase autoantibodies of lambda light chain typeFLA11579 Portolano, S. Prummel, M.F. Rapoport, B.McLachlan, S.M.enARRAY(0x61a1a0)14-150161589095000609 Portolano, S. Prummel, M.F. Rapoport, B.McLachlan, S.M.1169 19951032^enZlambda V genes,TPO autoantibodies,phage display combinatorial library,autoimmunity,thyroid01615890016158909500060…!QenMgranzyme,cytotoxic T-lymphocyte,natural killer,monoclonal antibody,fragmentin‚0enThe peptide loop consisting of amino acids 139-157 of human granzyme B (fragmentin 2) contains an immunodominant epitope recognized by the mouseen_asciiThe peptide loop consisting of amino acids 139-157 of human granzyme B (fragmentin 2) contains an immunodominant epitope recognized by the mouseFLA9099Apostolidis, V.A. Browne, K.A. Smyth, M.J. Trapani, J.A.enARRAY(0x5f0380)120161589095000429Apostolidis, V.A. Browne, K.A. Smyth, M.J. Trapani, J.A.917 19950832QenMgranzyme,cytotoxic T-lymphocyte,natural killer,monoclonal antibody,fragmentin01615890016158909500042ƒ jennElectron spin resonance study of the metal binding site of glucose specific peripheral blood lymphocyte lectinen_asciinElectron spin resonance study of the metal binding site of glucose specific peripheral blood lymphocyte lectinSCO97# Kayestha, R. Hajela, K. Bharti, S.enARRAY(0x6c08b0)1016158909400115# Kayestha, R. Hajela, K. Bharti, S.100 1995013201615890016158909400115…OenKinsulin,monoclonal antibodies,epitopes,antigenic regions,synthetic peptidesxenuImmunoanalysis of human insulin using monoclonal antibodies reveals antigenicity of evolutionarily conserved residuesen_asciiuImmunoanalysis of human insulin using monoclonal antibodies reveals antigenicity of evolutionarily conserved residuesFLA27L Allauzen, S.Joly, S. Granier, C. Molina, F. Bouix, O.Pau, B. Bouanani, M.enARRAY(0x8d4ec0)1016158909400133L Allauzen, S.Joly, S. Granier, C. Molina, F. Bouix, O.Pau, B. Bouanani, M.36 19950132OenKinsulin,monoclonal antibodies,epitopes,antigenic regions,synthetic peptides01615890016158909400133…N}enycomplement,factor I,paired basic amino acid converting enzyme (PACE),transfection and expression,COS-1 cells,CHO-K1 cells‚enProcessing of human factor I in cos-1 cells co-transfected with factor I and paired basic amino acid cleaving enzyme (PACE) cDNAen_asciiProcessing of human factor I in cos-1 cells co-transfected with factor I and paired basic amino acid cleaving enzyme (PACE) cDNAFLA3794 Wong, M.J.Goldberger, G. Isenman, D.E. Minta, J.O.enARRAY(0x6439b8)50161589094001514 Wong, M.J.Goldberger, G. Isenman, D.E. Minta, J.O.387 19950432}enycomplement,factor I,paired basic amino acid converting enzyme (PACE),transfection and expression,COS-1 cells,CHO-K1 cells01615890016158909400151†NenJamino acid cluster,peptide library,epitope,TGFalpha,antibody,phage display‚LenA general route to fingerprint analyses of peptide-antibody interactions using a clustered amino acid peptide library: comparison with a phage display libraryen_asciiA general route to fingerprint analyses of peptide-antibody interactions using a clustered amino acid peptide library: comparison with a phage display libraryFLA459B Kramer, A.Vakalopoulou, E.Schleuning, W.Schneider-Mergener, J.enARRAY(0x802970)7016158909500006B Kramer, A.Vakalopoulou, E.Schleuning, W.Schneider-Mergener, J.465 19950532enamino acid cluster,peptide library,epitope,TGFalpha ,antibody,phage display01615890016158909500006†5IenEcytokines,lupus,quantitative PCR,autoimmunity,interleukins,interferonƒeen‚"Quantitative polymerase chain reaction analysis reveals marked overexpression of interleukin-1beta , interleukin-10 and interferon-gamma mRNA in the lymph nodes of lupus-prone miceen_ascii3Quantitative polymerase chain reaction analysis reveals marked overexpression of interleukin-1beta, interleukin-10 and interferon-gamma mRNA in the lymph nodes of lupus-prone miceFLA4951Prud'Homme, G.J. Kono, D.H.Theofilopoulos, A.N.enARRAY(0x80dc44)70161589095000241Prud'Homme, G.J. Kono, D.H.Theofilopoulos, A.N.503 19950532IenEcytokines,lupus,quantitative PCR,autoimmunity,interleukins,interferon01615890016158909500024ńC4ģŻŅĆK<„u÷G8 J ;  ‰yŸŁ0›Łˆ(Cen>Ag(s), antigen(s)MHC, major histocompatibility complexP815-CW3, P815 cells transfected with HLA-CW3TCR, T cell receptor for antigenVB10, TCRBV10 gene segmentJB1.2, TCRBJ1S2 gene segmentƒ"en_asciiIA quantitative, single-cell PCR analysis of an antigen-specific TCR repertoire selected during an in vivo CD8 response:. direct evidence for a wide range of clone sizes with uniform tissue distributionenIA quantitative, single-cell PCR analysis of an antigen-specific TCR repertoire selected during an in vivo CD8 response:. direct evidence for a wide range of clone sizes with uniform tissue distributionFLA745KMaryanski, Janet L.Attuil, ValérieBucher, PhilippWalker, Paul R.enARRAY(0x944314)11-12aabcS016158909900088DMaryanski, Janet L.Attuil, ValerieBucher, PhilippWalker, Paul R.753 19990836Cen>Ag(s), antigen(s)MHC, major histocompatibility complexP815-CW3, P815 cells transfected with HLA-CW3TCR, T cell receptor for antigenVB10, TCRBV10 gene segmentJB1.2, TCRBJ1S2 gene segment18605601615890S016158909900088{&en_ascii Author indexen Author indexINDXXIX18S016158900000020XXXVI 200002243667540401615890S016158900000020ƒXenHuman CR2Gene regulationzen_asciivEvidence for a new transcript of the EpsteinBarr virus/C3d receptor (CR2, CD21) which is due to alternative exon usageenvEvidence for a new transcript of the EpsteinBarr virus/C3d receptor (CR2, CD21) which is due to alternative exon usageFLA1025 Barel, M. Balbo, M. Frade, R.enARRAY(0x8bc7a4)16111S016158909800098 Barel, M. Balbo, M. Frade, R.1031 1998110135enHuman CR2Gene regulation01615890S016158909800098…4en0Allergy,pollen,recombinant,IgE,histamine releaserenrCloning, sequencing and immunological characterization of Dac g 3, a major allergen from Dactylis glomerata pollenen_asciirCloning, sequencing and immunological characterization of Dac g 3, a major allergen from Dactylis glomerata pollenFLA797gGuerin-Marchand, C. Senechal, H. Bouin, A.Leduc-Brodard, V. Taudou, G. Weyer, A. Peltre, G. David, B.enARRAY(0x5cd254)9016158909600015gGuerin-Marchand, C. Senechal, H. Bouin, A.Leduc-Brodard, V. Taudou, G. Weyer, A. Peltre, G. David, B.806 199606334en0Allergy,pollen,recombinant,IgE,histamine release01615890016158909600015„:en6Complement activation,glycoprotein,zymogen,baculovirus&enLFunctional effects of domain deletions in a multidomain serine protease, Clren_asciiLFunctional effects of domain deletions in a multidomain serine protease, ClrFLA351PCseh, S.Gal, P. Sarvari, M.Dobo, J. Lorincz, Z.Schumaker, V.N. Zavodszky, P.enARRAY(0x5f654c)4-5016158909500160PCseh, S.Gal, P. Sarvari, M.Dobo, J. Lorincz, Z.Schumaker, V.N. Zavodszky, P.359  199603/0433:en6Complement activation,glycoprotein,zymogen,baculovirus01615890016158909500160ƒl>en:Single-chain TCR,mAbs,KT50,KT65,B21.14,F23.1,KJ16,epitopesBenZReactivity and epitope mapping of single-chain T cell receptors with monoclonal antibodiesen_asciiZReactivity and epitope mapping of single-chain T cell receptors with monoclonal antibodiesFLA253)Brodnicki, T.C. Holman, P.O. Kranz, D.M.enARRAY(0x5bb1dc)3016158909500142)Brodnicki, T.C. Holman, P.O. Kranz, D.M.263 19960233>en:Single-chain TCR,mAbs,KT50,KT65,B21.14,F23.1,KJ16,epitopes01615890016158909500142….<en8Multispecific IgEs,automated docking,simulated annealing‚enzHeteroligation of a mouse monoclonal IgE antibody (La2) with small molecules, analysed by computer-aided automated dockingen_asciizHeteroligation of a mouse monoclonal IgE antibody (La2) with small molecules, analysed by computer-aided automated dockingFLA129lSotriffer, C.A. Liedl, K.R. Winger, R.H. Gamper, A.M. Kroemer, R.T.Linthicum, D.S. Rode, B.-M. Varga, J.M.enARRAY(0x927efc)2016158909500124lSotriffer, C.A. Liedl, K.R. Winger, R.H. Gamper, A.M. Kroemer, R.T.Linthicum, D.S. Rode, B.-M. Varga, J.M.144 19960233<en8Multispecific IgEs,automated docking,simulated annealing01615890016158909500124„menfluorescein,monofluoresceinated proteins,fluorescence lifetimes,association rates,dissociation rates,fluorescence quenching,anti-fluorescein antibodiesenFEffects of secondary forces on the primary antibody-ligand interactionen_asciiFEffects of secondary forces on the primary antibody-ligand interactionFLA1225 Mummert, M.E.Voss, E.W. Jr.enARRAY(0x6bab74)16016158909500106 Mummert, M.E.Voss, E.W. Jr.1233 19951132enfluorescein,monofluoresceinated proteins,fluorescence lifetimes,association rates,dissociation rates,fluorescence quenching,anti-fluorescein antibodies01615890016158909500106ƒ6-en)quantitative PCR,cytokine,T-helper subsetJen^A synthetic standard DNA construct for use in quantification of murine cytokine mRNA moleculesen_ascii^A synthetic standard DNA construct for use in quantification of murine cytokine mRNA moleculesFLA991 Farrar, J.D. Street, N.E.enARRAY(0x5fe0f8)13016158909500061 Farrar, J.D. Street, N.E.1000 19950932-en)quantitative PCR,cytokine,T-helper subset01615890016158909500061„vMenIalpha-bungarotoxin,antibodies,T-cells,B-cells,epitopes,synthetic peptidesqen Antibody and T-cell recognition of alpha -bungarotoxin and its synthetic loop-peptidesen_asciiUAntibody and T-cell recognition of alpha-bungarotoxin and its synthetic loop-peptidesFLA919* Atassi, M.Z.Dolimbek, B.Z. Manshouri, T.enARRAY(0x596e9c)12016158909500025* Atassi, M.Z.Dolimbek, B.Z. Manshouri, T.929 19950832enalpha -bungarotoxin,antibodies,T-cells,B-cells,epitopes,synthetic peptides01615890016158909500025† ^enZH-2Db binding,alanine substitution,peptide structure,radiolabelled or fluorescent peptides‚qen6Relative implication of peptide residues in binding to major histocompatibility complex class I H-2Db: application to the design of high-affinity, allele-specific peptidesen_ascii+Relative implication of peptide residues in binding to major histocompatibility complex class I H-2Db: application to the design of high-affinity, allele-specific peptidesFLA895: Hudrisier, D. Mazarguil, H.Oldstone, M.B.A. Gairin, J.E.enARRAY(0x57651c)12016158909500043: Hudrisier, D. Mazarguil, H.Oldstone, M.B.A. Gairin, J.E.907 19950832ieneH-2Db binding,alanine substitution,peptide structure,radiolabelled or fluorescent peptides01615890016158909500043„F?en;IgE,drug allergy,atopy,radioimmunoassay,penicillin,propofol$enKNon-specific cross-reactivity of hydrophobic serum IgE to hydrophobic drugsen_asciiKNon-specific cross-reactivity of hydrophobic serum IgE to hydrophobic drugsFLA259d Gueant, J.L.Mata, E. Masson, C. Gerard, P.Moneret-Vautrin, D.A.Mouton-Faivre, C.Laxenaire, M.C.enARRAY(0x5966fc)4016158909400152d Gueant, J.L.Mata, E. Masson, C. Gerard, P.Moneret-Vautrin, D.A.Mouton-Faivre, C.Laxenaire, M.C.266 19950332?en;IgE,drug allergy,atopy,radioimmunoassay,penicillin,propofol01615890016158909400152…,nenjHIV-1,V3 domain,immunization,antibody response,antibody cross-reactivity,anti-idiotypes,synthetic peptides‚enSingle peptide and anti-idiotype based immunizations can broaden the antibody response against the variable V3 domain of HIV-1 in miceen_asciiSingle peptide and anti-idiotype based immunizations can broaden the antibody response against the variable V3 domain of HIV-1 in miceFLA449, Boudet, F. Keller, H. Kieny, M.P. Theze, J.enARRAY(0x7ed75c)7016158909500007, Boudet, F. Keller, H. Kieny, M.P. Theze, J.457 19950532nenjHIV-1,V3 domain,immunization,antibody response,antibody cross-reactivity,anti-idiotypes,synthetic peptides01615890016158909500007ń¶§WHšį€k\½®ŽĻ€ Ä µ 3 $ ūRCø0zø… (en$Allorecognition,preferential pairing‚AenVH-2Ld-alloreactive T cell hybridomas utilize diverse Valpha and Vbeta T cell receptor chainsen_ascii\H-2Ld-alloreactive T cell hybridomas utilize diverse Valpha and Vbeta T cell receptor chainsFLA747N Louie, K.A.Ochoa-Garay, J. Pei-Jia, C. McKinney, D. Groshen, S. McMillan, M.enARRAY(0x5d1da0)9016158909600034N Louie, K.A.Ochoa-Garay, J. Pei-Jia, C. McKinney, D. Groshen, S. McMillan, M.758 19960633(en$Allorecognition,preferential pairing01615890016158909600034…'eenapeptide-antibody interactions,biosensor,surface plasmon resonance,kinetics,micro-preparative HPLC‚*en Analysis of the interaction between a synthetic peptide of influenza virus hemagglutinin and monoclonal antibodies using an optical biosensoren_ascii Analysis of the interaction between a synthetic peptide of influenza virus hemagglutinin and monoclonal antibodies using an optical biosensorFLA659) Nice, E.C.McInerney, T.L. Jackson, D.C.enARRAY(0x70f45c)7-8016158909600016) Nice, E.C.McInerney, T.L. Jackson, D.C.670  199605/0633eenapeptide-antibody interactions,biosensor,surface plasmon resonance,kinetics,micro-preparative HPLC01615890016158909600016„4en0fibronectin,IgG,binding sites,binding affinitiesnenpBiochemical analysis of the interaction of fibronectin with IgG and localization of the respective binding sitesen_asciipBiochemical analysis of the interaction of fibronectin with IgG and localization of the respective binding sitesFLA5613 Rostagno, A. Williams, M. Frangione, B. Gold, L.I.enARRAY(0x849b38)60161589095001613 Rostagno, A. Williams, M. Frangione, B. Gold, L.I.572 199604334en0fibronectin,IgG,binding sites,binding affinities01615890016158909500161…3en/HLA-D,associated inducible molecule,lymphocytes‚enSelective association of A 22-38 kDa glycoprotein with MHC class II DP antigen on activated human lymphocytes at the plasma membraneen_asciiSelective association of A 22-38 kDa glycoprotein with MHC class II DP antigen on activated human lymphocytes at the plasma membraneFLA269S Carra, G. Giunta, M. Benati, C. Bovolenta, C. Tridente, G. Libonati, M. Gerosa, F.enARRAY(0x5bedd0)3016158909500143S Carra, G. Giunta, M. Benati, C. Bovolenta, C. Tridente, G. Libonati, M. Gerosa, F.278 199602333en/HLA-D,associated inducible molecule,lymphocytes01615890016158909500143ƒ:)en%Bovine,IgG,subclass,allotype,sequenceTencThe heterogeneity of bovine IgG2--VIII. The complete cDNA sequence of bovine IgG2a (A2) and an IgG1en_asciicThe heterogeneity of bovine IgG2--VIII. The complete cDNA sequence of bovine IgG2a (A2) and an IgG1FLA189Kacskovics, I. Butler, J.E.enARRAY(0x948708)2016158909500107Kacskovics, I. Butler, J.E.195 19960233)en%Bovine,IgG,subclass,allotype,sequence01615890016158909500107„><en8Isotype switch recombination,nuclear factor,endonuclease‚en{Characterization of an endonuclease activity which preferentially cleaves the G-rich immunoglobulin switch repeat sequencesen_ascii{Characterization of an endonuclease activity which preferentially cleaves the G-rich immunoglobulin switch repeat sequencesFLA1573 Lyon, C.J. Miranda, G.A. Piao, J.S.Aguilera, R.J.enARRAY(0x948904)20161589095001253 Lyon, C.J. Miranda, G.A. Piao, J.S.Aguilera, R.J.169 19960233<en8Isotype switch recombination,nuclear factor,endonuclease01615890016158909500125…NZenVB-cell-lymphoma-specific,complementarity determining regions,light chain glycosylation~enxConstruction and characterization of a humanized, internalizing, B-cell (CD22)-specific, leukemia/lymphoma antibody, LL2en_asciixConstruction and characterization of a humanized, internalizing, B-cell (CD22)-specific, leukemia/lymphoma antibody, LL2FLA1413] Shui-On, L.Goldenberg, D.M. Dion, A.S.Pellegrini, M.C. Shevitz, J. Shih, L.B. Hansen, H.J.enARRAY(0x5fcd04)17-18016158909500080] Shui-On, L.Goldenberg, D.M. Dion, A.S.Pellegrini, M.C. Shevitz, J. Shih, L.B. Hansen, H.J.1427 19951232ZenVB-cell-lymphoma-specific,complementarity determining regions,light chain glycosylation01615890016158909500080…IenEIFN-gamma,smooth muscle cells,nitric oxide,proliferation,microvessels‚en#Involvement of nitric oxide in IFN-gamma -mediated reduction of microvessel smooth muscle cell proliferationen_asciikInvolvement of nitric oxide in IFN-gamma-mediated reduction of microvessel smooth muscle cell proliferationFLA965, Stein, C.S. Fabry, Z. Murphy, S. Hart, M.N.enARRAY(0x580ca4)13016158909500062, Stein, C.S. Fabry, Z. Murphy, S. Hart, M.N.973 19950932en}IFN-gamma ,smooth muscle cells,nitric oxide,proliferation,microvessels01615890016158909500062„YenUantigen-binding sites,surface properties,IgG antibodies,LLPC,Partition chromatographyenGAntigen-binding sites dominate the surface properties of IgG antibodiesen_asciiGAntigen-binding sites dominate the surface properties of IgG antibodiesFLA8194 Wingren, C. Hansson, U.Magnusson, C.G.M. Ohlin, M.enARRAY(0x93d9c4)110161589095000444 Wingren, C. Hansson, U.Magnusson, C.G.M. Ohlin, M.827 19950832YenUantigen-binding sites,surface properties,IgG antibodies,LLPC,Partition chromatography01615890016158909500044‚P=enyPolymorphism of the Valpha 15 T-Cell receptor subfamilyen_ascii6Polymorphism of the Valpha15 T-Cell receptor subfamilySCO93& Pogulis, R.J. Jacir, N.E. Pease, L.R.1016158909400153& Pogulis, R.J. Jacir, N.E. Pease, L.R.95 1995013201615890016158909400153„V<en8lambda light chains,Bence Jones proteins,gene expressionQenMolecular characterization of a human Vlambda VIII germline geneen_ascii?Molecular characterization of a human VlambdaVIII germline geneFLA49= Ch'ang, L. Schell, M.Ringelberg, C. Weiss, D.T. Solomon, A.enARRAY(0x8b7f80)1016158909400135= Ch'ang, L. Schell, M.Ringelberg, C. Weiss, D.T. Solomon, A.55 19950132uenqlambda light chains,Bence Jones proteins,gene expression01615890016158909400135„NenMHC degeneracy,HSV peptide‚Pen -helices of the MHC moleculeen_asciiAn alternative view of T-cell receptor-MHC interaction: T-cell receptor binds transversally to the alpha-helices of the MHC moleculeFLA6613 Tang, X.X. Ikegaki, N. Danska, J.S.Heber-Katz, E.enARRAY(0x58ea78)90161589095000263 Tang, X.X. Ikegaki, N. Danska, J.S.Heber-Katz, E.668 19950632enMHC degeneracy,HSV peptide01615890016158909500026‚9enCD9,feline,FIV,receptorven4cDNA cloning and eukaryotic expression of feline CD9en_ascii4cDNA cloning and eukaryotic expression of feline CD9FLA417 Willett, B.J. Neil, J.C.enARRAY(0x702278)6016158909500008 Willett, B.J. Neil, J.C.423 19950432enCD9,feline,FIV,receptor01615890016158909500008ń›ŒfWŃĀÓÄTEĻĄ# Ś Ė  ņ  _O­(s­…… NenJAnti-idiotypic networkAntigen genetic driftPhage display epitope libraryPen_asciiaExpansion of epitope cross-reactivity by anti-idiotype modulation of the primary humoral responseenaExpansion of epitope cross-reactivity by anti-idiotype modulation of the primary humoral responseFLA53dDenisova, G.F.Zerwanitzer, M. Denisov, D.A.Spectorman, E. Mondor, I. Sattentau, Q.Gershoni, J.M.enARRAY(0xaa9080)1-2S016158900000022dDenisova, G.F.Zerwanitzer, M. Denisov, D.A.Spectorman, E. Mondor, I. Sattentau, Q.Gershoni, J.M.58 2000010137NenJAnti-idiotypic networkAntigen genetic driftPhage display epitope library14233201615890S016158900000022‡!QenMinterleukin-1,autoantibodies,human monoclonal antibodies,cytokine antagonists‚Ren=Generation and characterization of a human monoclonal autoantibody that acts as a high affinity interleukin-1alpha specific inhibitoren_asciiGeneration and characterization of a human monoclonal autoantibody that acts as a high affinity interleukin-1alpha specific inhibitorFLA649% Greffe, J. Ait-Yahia, S.Maat, C. Stephen, H. Hauser, T. Dayer, J. Garrone, P. Miossec, P. Djossou, O. Lebecque, S. Fossiez, F. Rousset, F. Reyes, J.Banchereau, J.enARRAY(0x718a30)7-8016158909600017% Greffe, J. Ait-Yahia, S.Maat, C. Stephen, H. Hauser, T. Dayer, J. Garrone, P. Miossec, P. Djossou, O. Lebecque, S. Fossiez, F. Rousset, F. Reyes, J.Banchereau, J.658  199605/0633QenMinterleukin-1,autoantibodies,human monoclonal antibodies,cytokine antagonists01615890016158909600017ƒ_-en)antibody repertoire,B lymphocytes,VH gene:enVNon-stochastic utilization of Ig V region genes in unselected human peripheral B cellsen_asciiVNon-stochastic utilization of Ig V region genes in unselected human peripheral B cellsFLA5532 Shu-Cai, H. Ronghua, J. Glas, A.M.Milner, E.C.B.enARRAY(0x84fc74)60161589095001622 Shu-Cai, H. Ronghua, J. Glas, A.M.Milner, E.C.B.560 199604338en4antibody repertoire,B lymphocytes,VH gene01615890016158909500162ƒH3en/Natural resistance,NRAMP1,promoter,DNA sequence>enXStructural analysis of human natural resistance-associated macrophage protein 1 promoteren_asciiXStructural analysis of human natural resistance-associated macrophage protein 1 promoterFLA265$ Kishi, F. Tanizawa, Y. Nobumoto, M.enARRAY(0x588788)3016158909500144$ Kishi, F. Tanizawa, Y. Nobumoto, M.268 199602333en/Natural resistance,NRAMP1,promoter,DNA sequence01615890016158909500144„80en,antibody,metatope,ligand binding,active site‚`en(Perturbation of antibody bound bifluorescent-ligand probe by polyclonal anti-metatype antibodies interacting with epitopes proximal to the liganded antibody active siteen_ascii(Perturbation of antibody bound bifluorescent-ligand probe by polyclonal anti-metatype antibodies interacting with epitopes proximal to the liganded antibody active siteFLA79Voss, E.W. Jr.enARRAY(0x5edfb0)1016158909500126Voss, E.W. Jr.88 199601330en,antibody,metatope,ligand binding,active site01615890016158909500126….en*ligand,receptor tyrosine kinase,eph-family"enJIsolation of Lerk-5: a ligand of the EPH-related receptor tyrosine kinasesen_asciiJIsolation of Lerk-5: a ligand of the EPH-related receptor tyrosine kinasesFLA1197 Gilbert, D.J. Park, L.S. Lyman, S.D.Copeland, N.G.Cerretti, D.P. Jenkins, N.A. Bos, T.V.Fletcher, F.A. Nelson, N.Kozlosky, C.J. Reddy, P.Maraskovsky, E.enARRAY(0x6bab2c)16016158909500108 Gilbert, D.J. Park, L.S. Lyman, S.D.Copeland, N.G.Cerretti, D.P. Jenkins, N.A. Bos, T.V.Fletcher, F.A. Nelson, N.Kozlosky, C.J. Reddy, P.Maraskovsky, E.1205 19951132.en*ligand,receptor tyrosine kinase,eph-family01615890016158909500108„tPenLimmunoglobulin variable region sequences,chimpanzee,mAb,HIV-1 neutralization‚en|Characterization of the variable regions of a chimpanzee monoclonal antibody with potent neutralizing activity against HIV-1en_ascii|Characterization of the variable regions of a chimpanzee monoclonal antibody with potent neutralizing activity against HIV-1FLA10816Vijh-Warrier, S. Murphy, E. Yokoyama, I. Tilley, S.A.enARRAY(0x63d290)14-150161589095000816Vijh-Warrier, S. Murphy, E. Yokoyama, I. Tilley, S.A.1092 19951032PenLimmunoglobulin variable region sequences,chimpanzee,mAb,HIV-1 neutralization01615890016158909500081„nXenTanti-nitrophenol monoclonal antibody,crystallographic structures affinity maturation‚enyStructural analysis of affinity maturation: the three-dimensional structures of complexes of an anti-nitrophenol antibodyen_asciiyStructural analysis of affinity maturation: the three-dimensional structures of complexes of an anti-nitrophenol antibodyFLA1143. Yuhasz, S.C. Parry, C. Strand, M. Amzel, L.M.enARRAY(0x5a9f80)14-15016158909500063. Yuhasz, S.C. Parry, C. Strand, M. Amzel, L.M.1155 19951032XenTanti-nitrophenol monoclonal antibody,crystallographic structures affinity maturation01615890016158909500063ƒmDen@antigen recognition,antibody prediction,protein docking,ferritinenAModelling antibody-antigen interactions: ferritin as a case studyen_asciiAModelling antibody-antigen interactions: ferritin as a case studyFLA1001;Helmer-Citterich, M. Rovida, E. Luzzago, A.Tramontano, A.enARRAY(0x60366c)13016158909500027;Helmer-Citterich, M. Rovida, E. Luzzago, A.Tramontano, A.1010 19950932Den@antigen recognition,antibody prediction,protein docking,ferritin01615890016158909500027…\enXanti-DNA autoantibodies,anti-platelet autoantibodies,V region,SLE,natural autoantibodies‚en Anti-DNA and anti-platelet specificities of SLE-derived autoantibodies: evidence for CDR2H mutations and CDR3H motifsen_asciiuAnti-DNA and anti-platelet specificities of SLE-derived autoantibodies: evidence for CDR2H mutations and CDR3H motifsFLA6830 Rioux, J.D. Zdarsky, E. Newkirk, M.M. Rauch, J.enARRAY(0x68578c)100161589095000450 Rioux, J.D. Zdarsky, E. Newkirk, M.M. Rauch, J.696 19950732\enXanti-DNA autoantibodies,anti-platelet autoantibodies,V region,SLE,natural autoantibodies01615890016158909500045„$IenECD59,active site,complement,membrane attack complex,synthetic peptideen@Determination of the active site of CD59 with synthetic peptidesen_ascii@Determination of the active site of CD59 with synthetic peptidesFLA241T Nakano, Y. Tozaki, T. Kikuta, N.Tobe, T.Oda, E. Miura, N. Sakamoto, T. Tomita, M.enARRAY(0x596600)4016158909400154T Nakano, Y. Tozaki, T. Kikuta, N.Tobe, T.Oda, E. Miura, N. Sakamoto, T. Tomita, M.247 19950332IenECD59,active site,complement,membrane attack complex,synthetic peptide01615890016158909400154„T0en,IgG,Fab glycosylation,lectins,polyreactivitypenqGlycosylation analysis of a polyreactive human monoclonal IgG antibody derived from a human-mouse heterohybridomaen_asciiqGlycosylation analysis of a polyreactive human monoclonal IgG antibody derived from a human-mouse heterohybridomaFLA595T Leibiger, H. Hansen, A.Schoenherr, G. Seifert, M. Wustner, D. Stigler, R.Marx, U.enARRAY(0x6f7ea8)8016158909500009T Leibiger, H. Hansen, A.Schoenherr, G. Seifert, M. Wustner, D. Stigler, R.Marx, U.602 199506320en,IgG,Fab glycosylation,lectins,polyreactivity01615890016158909500009ńXIńāI:§˜½®rŹ» 1 " Ö Ē†wÖĘś(Ąś…J7en3V(D)J recombinationTranscriptionVH gene promoters‚jen_ascii"Individual VH promoters vary in strength, but the frequency of rearrangement of those VH genes does not correlate with promoter strength nor enhancer-independenceen8Individual VH promoters vary in strength, but the frequency of rearrangement of those VH genes does not correlate with promoter strength nor enhancer-independenceFLA29?Love, Victoria A.Lugo, Geanncarlo Merz, DeniseFeeney, Ann J.enARRAY(0xaa9044)1-2S016158900000023?Love, Victoria A.Lugo, Geanncarlo Merz, DeniseFeeney, Ann J.39 2000010137Ben>V(D)J recombinationTranscriptionVH gene promoters14233201615890S016158900000023…#enhuman monoclonal antibodies,germline gene usage,V segment,J segment,somatic mutation,phage display,T cell-dependent antibody response,antibody variable domain<enWCharacteristics of human antibody repertoires following active immune responses in vivoen_asciiWCharacteristics of human antibody repertoires following active immune responses in vivoDIS583 Ohlin, M.Borrebaeck, C.A.K.enARRAY(0x70c528)7-8016158909600018 Ohlin, M.Borrebaeck, C.A.K.592  199605/0633#enhuman monoclonal antibodies,germline gene usage,V segment,J segment,somatic mutation,phage display,T cell-dependent antibody response,antibody variable domain01615890016158909600018„?FenBSomatic hypermutation,DNA repair,immunoglobulin variable genes,VH5`eniA DNA repair abnormality specific for rearranged immunoglobulin variable genes in germinal center B cellsen_asciiiA DNA repair abnormality specific for rearranged immunoglobulin variable genes in germinal center B cellsFLA2316Fairhurst, R.M.Valles-Ayoub, Y. Neshat, M. Braun, J.enARRAY(0x5d451c)30161589095001456Fairhurst, R.M.Valles-Ayoub, Y. Neshat, M. Braun, J.244 19960233QenMSomatic hypermutation,DNA repair,immunoglobulin variable genes,VH501615890016158909500145†Jaen]Dermatophagoides farinae,recombinant allergen,cross-reactivity,high-molecular-weight allergen‚NenCloning and characterization of a new allergen, Mag 3, from the house dust mite, dermatophagoides farinae: cross-reactivity with high-molecular-weight allergenen_asciiCloning and characterization of a new allergen, Mag 3, from the house dust mite, dermatophagoides farinae: cross-reactivity with high-molecular-weight allergenFLA311oOka, S.Jyo, T. Murooka, Y. Fujikawa, A.Ono, K. Ishimaru, N.Seto, A. Yamada, H.Aki, T. Shigeta, S.Wada, T.enARRAY(0x5e44c8)3016158909500127oOka, S.Jyo, T. Murooka, Y. Fujikawa, A.Ono, K. Ishimaru, N.Seto, A. Yamada, H.Aki, T. Shigeta, S.Wada, T.319 19960233aen]Dermatophagoides farinae,recombinant allergen,cross-reactivity,high-molecular-weight allergen01615890016158909500127…lenhMembrane-anchoring peptides,membrane-bound immunoglobulins,mIg isotype specific,coiled-coil interactionspenqStructural features of the extracellular portion of membrane-anchoring peptides on membrane-bound immunoglobulinsen_asciiqStructural features of the extracellular portion of membrane-anchoring peptides on membrane-bound immunoglobulinsFLA1792Major, J.G. Jr Davis, F.M. Liou, R.S. Tse-Wen, C.enARRAY(0x913ec0)20161589095001092Major, J.G. Jr Davis, F.M. Liou, R.S. Tse-Wen, C.187 19960233lenhMembrane-anchoring peptides,membrane-bound immunoglobulins,mIg isotype specific,coiled-coil interactions01615890016158909500109…&ben^anti-idiotype,anti-metatype,immunoglobulin primary structure,anti-fluorescein,Armenian hamster‚DenPrimary structures of three Armenian hamster monoclonal antibodies specific for idiotopes and metatopes of the monoclonal anti-fluorescein antibody 4-4-20en_asciiPrimary structures of three Armenian hamster monoclonal antibodies specific for idiotopes and metatopes of the monoclonal anti-fluorescein antibody 4-4-20FLA1093Mallender, W.D. Voss, E.W. JrenARRAY(0x5aceb4)14-15016158909500082Mallender, W.D. Voss, E.W. Jr1103 19951032ben^anti-idiotype,anti-metatype,immunoglobulin primary structure,anti-fluorescein,Armenian hamster01615890016158909500082„+cen_human monoclonal antibodies,human IgG2,human complement activation,ELISA,human myeloma proteinsenEActivation of human complement by totally human monoclonal antibodiesen_asciiEActivation of human complement by totally human monoclonal antibodiesFLA9578 Dillman, S.L.Strelkauskas, A.J.Su, H.R. Boackle, R.J.enARRAY(0x582ba4)130161589095000648 Dillman, S.L.Strelkauskas, A.J.Su, H.R. Boackle, R.J.964 19950932cen_human monoclonal antibodies,human IgG2,human complement activation,ELISA,human myeloma proteins01615890016158909500064ƒYCen?T-cell antigen receptor (TCR),CD3,B-cell antigen receptor (BCR)enEEvidence for multivalent structure of T-cell antigen receptor complexen_asciiEEvidence for multivalent structure of T-cell antigen receptor complexFLA829/ Exley, M. Wileman, T. Mueller, B. Terhorst, C.enARRAY(0x8ef570)11016158909500046/ Exley, M. Wileman, T. Mueller, B. Terhorst, C.839 19950832Cen?T-cell antigen receptor (TCR),CD3,B-cell antigen receptor (BCR)01615890016158909500046…1en-immunoglobulin,IgM,IgD,rabbit,B cell receptor‚fen+The rabbit B cell antigen receptor is non-covalently associated with unique heteromeric protein complexes: possible insights into the membrane IgM/IgD coexpression paradoxen_ascii+The rabbit B cell antigen receptor is non-covalently associated with unique heteromeric protein complexes: possible insights into the membrane IgM/IgD coexpression paradoxFLA7536 Fitts, M.G. Metzger, D.W.Hendershot, L.M. Mage, R.G.enARRAY(0xb5c42c)100161589095000286 Fitts, M.G. Metzger, D.W.Hendershot, L.M. Mage, R.G.759 199507321en-immunoglobulin,IgM,IgD,rabbit,B cell receptor01615890016158909500028…KenGbacteriophage display,VH,recombinant Fv,affinity,T cell receptor Valpha‚Ven?VH shuffling can be used to convert an Fv fragment of anti-hen egg lysozyme specificity to one that recognizes a T cell receptor Valpha en_asciiVH shuffling can be used to convert an Fv fragment of anti-hen egg lysozyme specificity to one that recognizes a T cell receptor ValphaFLA147 Ward, E.S.enARRAY(0x8b8278)2016158909400119 Ward, E.S.156 19950232enbacteriophage display,VH,recombinant Fv,affinity,T cell receptor Valpha 01615890016158909400119„V enthioester bond,C3 deficiency‚0enCovalently-bound human C4b dimers consisting of C4b isotype show higher hemolytic activity than those of C4A in the C3-bypass complement pathwayen_asciiCovalently-bound human C4b dimers consisting of C4b isotype show higher hemolytic activity than those of C4A in the C3-bypass complement pathwayFLA21F Masaki, T. Matsumoto, M.Hara, T. Nakanishi, I. Kitamura, H.Seya, T.enARRAY(0x8c469c)1016158909400137F Masaki, T. Matsumoto, M.Hara, T. Nakanishi, I. Kitamura, H.Seya, T.26 19950132 enthioester bond,C3 deficiency01615890016158909400137ƒ6en2immunoglobulin,Fc receptor,thermodynamics,affinity9en[Temperature-dependent binding of human IgG1 to a human high affinity Fc receptoren_asciiPTemperature-dependent binding of human IgG1 to a human high affinity Fc receptorFLA375 Shopes, B.enARRAY(0x5c8b5c)5016158909400155 Shopes, B.378 199504326en2immunoglobulin,Fc receptor,thermodynamics,affinity01615890016158909400155ńėÜ‚s ü÷čŽĻ" ÷ č š ‹M=™‰30ż3„T6en2Human IgEIgE complexesIgE tailpieceIgE proteinsjen_asciinThe novel human IgE epsilon heavy chain, epsilon tailpiece, is present in plasma as part of a covalent complexennThe novel human IgE epsilon heavy chain, epsilon tailpiece, is present in plasma as part of a covalent complexFLA241J Chan, Lisa A.Lyczak, Jeff B. Zhang, KeMorrison, Sherie L. Saxon, AndrewenARRAY(0x836ac0)5S016158900000042J Chan, Lisa A.Lyczak, Jeff B. Zhang, KeMorrison, Sherie L. Saxon, Andrew252 20000401376en2Human IgEIgE complexesIgE tailpieceIgE proteins54198001615890S016158900000042…"JenFComplementFactor HFactor H-relatedGene structureGene evolutionSCRxen_asciiuComplement factor H: sequence analysis of 221 kb of human genomic DNA containing the entire fH, fHR-1 and fHR-3 genesenuComplement factor H: sequence analysis of 221 kb of human genomic DNA containing the entire fH, fHR-1 and fHR-3 genesFLA41V Male, Dean A.Ormsby, Rebecca J.Ranganathan, ShobaGiannakis, EleniGordon, David L.enARRAY(0xaa90bc)1-2S016158900000024V Male, Dean A.Ormsby, Rebecca J.Ranganathan, ShobaGiannakis, EleniGordon, David L.52 2000010137JenFComplementFactor HFactor H-relatedGene structureGene evolutionSCR14233201615890S016158900000024„ immunoglobulin enhancer is controlled by both positive elements and developmentally regulated negative elementsen_asciiThe human lambda immunoglobulin enhancer is controlled by both positive elements and developmentally regulated negative elementsFLA427 Glozak, M.A.Blomberg, B.B.enARRAY(0x60d368)4-5016158909500146 Glozak, M.A.Blomberg, B.B.438  199603/04335en1Ig enhancer,negative regulation,in vivo footprint01615890016158909500146„<en8MHC binding peptide,epitope prediction,computer modeling,enOSelection of peptides that bind to the HLA-A2.1 molecule by molecular modellingen_asciiOSelection of peptides that bind to the HLA-A2.1 molecule by molecular modellingFLA221M Jong-Seok, L. Seungmoak, K. Hee, G.L. Ki-Young, L. Tae-Jong, K. Kilhyoun, K.enARRAY(0x91af68)2016158909500065M Jong-Seok, L. Seungmoak, K. Hee, G.L. Ki-Young, L. Tae-Jong, K. Kilhyoun, K.230 19960233<en8MHC binding peptide,epitope prediction,computer modeling01615890016158909500065‡+Den@NF-kappaB,IkappaBalpha,NF-kappaB activation,phosphorylation site‚WenxInhibition of NF-kappa B activation by a dominant-negative mutant of Ikappa Balpha en_asciiPInhibition of NF-kappaB activation by a dominant-negative mutant of IkappaBalphaFLA57HChao-Guang, C. Malliaros, J. Katerelos, M.D'Apice, A.J.F. Pearse, M.J.enARRAY(0x6a9fd4)1016158909500128HChao-Guang, C. Malliaros, J. Katerelos, M.D'Apice, A.J.F. Pearse, M.J.61 19960133‚%en‚ NF-kappa B,Ikappa Balpha ,NF-kappa B activation,phosphorylation site01615890016158909500128†9en5HIV,gp120,tropism,humoral resonse,antibody,human sera‚JenSera from HIV-1 infected individuals in all stages of disease preferentially recognize the V3 loop of the prototypic macrophage-tropic glycoprotein gp120 ADAen_asciiSera from HIV-1 infected individuals in all stages of disease preferentially recognize the V3 loop of the prototypic macrophage-tropic glycoprotein gp120 ADAFLA1039uEbenbichler, C. McNearney, T. Stoiber, H.Most, J. Zangerle, R.Vogetseder, W. Patsch, J.R. Ratner, L. Dierich, M.P.enARRAY(0x5922e0)14-15016158909500083uEbenbichler, C. McNearney, T. Stoiber, H.Most, J. Zangerle, R.Vogetseder, W. Patsch, J.R. Ratner, L. Dierich, M.P.1045 199510329en5HIV,gp120,tropism,humoral resonse,antibody,human sera01615890016158909500083„?en;interleukin-8,IL-8 receptor,lipopolysaccharide,inflammation:enVRegulation of interleukin-8 receptor expression in human polymorphonuclear neutrophilsen_asciiVRegulation of interleukin-8 receptor expression in human polymorphonuclear neutrophilsFLA8837 Manna, S.K.Bhattacharya, C. Gupta, S.K. Samanta, A.K.enARRAY(0x5f2690)120161589095000477 Manna, S.K.Bhattacharya, C. Gupta, S.K. Samanta, A.K.893 19950832?en;interleukin-8,IL-8 receptor,lipopolysaccharide,inflammation01615890016158909500047†f\enXantibody engineering,recombinant DNA,fusion mutagenesis,effector functions of antibodiesƒWen‚6Chimeric interleukin 2 receptor alpha chain antibody derivatives with fused mu and gamma chains permit improved recruitment of effector functionsen_asciiChimeric interleukin 2 receptor alpha chain antibody derivatives with fused mu and gamma chains permit improved recruitment of effector functionsFLA9? Schaffner, M. Francois, C. Kaluza, B. Jacques, Y. Weidle, U.H.enARRAY(0x8e0c44)1016158909400138? Schaffner, M. Francois, C. Kaluza, B. Jacques, Y. Weidle, U.H.20 19950132\enXantibody engineering,recombinant DNA,fusion mutagenesis,effector functions of antibodies01615890016158909400138„X1en-protein kinase C,invariant chain,TPA,MHC,CD74‚henHInvariant chain (CD74) gene regulation: enhanced expression associated with activation of protein kinase Cdelta in a murine B lymphoma cell lineen_asciiInvariant chain (CD74) gene regulation: enhanced expression associated with activation of protein kinase Cdelta in a murine B lymphoma cell lineFLA643Shih, N.Floyd-Smith, G.enARRAY(0x5d2cd4)9016158909500029Shih, N.Floyd-Smith, G.650 199506321en-protein kinase C,invariant chain,TPA,MHC,CD7401615890016158909500029„0en,gp41,gp120,complement,C1q,calcium dependence8enUHIV-1 rsgp41 depends on calcium for binding of human C1q but not for binding of gp120en_asciiUHIV-1 rsgp41 depends on calcium for binding of human C1q but not for binding of gp120FLA371H Stoiber, H.Ebenbichler, C.F.Thielens, N.M. Arlaud, G.J. Dierich, M.P.enARRAY(0x643bd4)5016158909400156H Stoiber, H.Ebenbichler, C.F.Thielens, N.M. Arlaud, G.J. Dierich, M.P.374 199504320en,gp41,gp120,complement,C1q,calcium dependence01615890016158909400156ńk\¢“J;ķŽ$„uŸ  ’ ģ0 ¾ ģ„3en/Polyamine recognitionPolylysineIgE antibodies6en_asciiTReaction with, and fine structural recognition of polyamines by human IgE antibodiesenTReaction with, and fine structural recognition of polyamines by human IgE antibodiesFLA233F Zhao, ZhenjunBaldo, Brian A.O'Brien, Richard M.Plomley, Richard F.enARRAY(0x8a7200)5S016158900000043F Zhao, ZhenjunBaldo, Brian A.O'Brien, Richard M.Plomley, Richard F.240 20000401373en/Polyamine recognitionPolylysineIgE antibodies54198001615890S016158900000043„~/en*BCR, B cell antigen receptormIg, membrane-bound immunoglobulinTM, transmembraneER, endoplasmic reticulumNP, 3-nitro-4-hydroxyphenylacetateHRP, horseradish peroxidasenen_ascii0Stability of the B cell antigen receptor complexen0Stability of the B cell antigen receptor complexFLA253%Schamel, Wolfgang W.A. Reth, MichaelenARRAY(0x9b8eb4)5S016158900000025%Schamel, Wolfgang W.A. Reth, Michael259 2000040137/en*BCR, B cell antigen receptormIg, membrane-bound immunoglobulinTM, transmembraneER, endoplasmic reticulumNP, 3-nitro-4-hydroxyphenylacetateHRP, horseradish peroxidase54198001615890S016158900000025ƒT4en0antibodies,peptide-MHC,T lymphocytes,thioredoxin<enWBinding properties and solubility of single-chain T cell receptors expressed in E. colien_asciiWBinding properties and solubility of single-chain T cell receptors expressed in E. coliFLA819* Schodin, B.A.Schlueter, C.J. Kranz, D.M.enARRAY(0x5cd5b8)9016158909600038* Schodin, B.A.Schlueter, C.J. Kranz, D.M.829 199606334en0antibodies,peptide-MHC,T lymphocytes,thioredoxin01615890016158909600038…<en8Chamaecyparis obtusa,Cha o 1,cDNA cloning,major allergen‚enPurification, characterization and molecular cloning of Cha o 1, a major allergen of Chamaecyparis obtusa (Japanese cypress) pollenen_asciiPurification, characterization and molecular cloning of Cha o 1, a major allergen of Chamaecyparis obtusa (Japanese cypress) pollenFLA451P Suzuki, M. Komiyama, N.Itoh, M.Itoh, H.Sone, T.Kino, K. Takagi, I.Ohta, N.enARRAY(0x629c2c)4-5016158909500147P Suzuki, M. Komiyama, N.Itoh, M.Itoh, H.Sone, T.Kino, K. Takagi, I.Ohta, N.460  199603/0433<en8Chamaecyparis obtusa,Cha o 1,cDNA cloning,major allergen01615890016158909500147…8senorecombinant myelin basic protein,multiple sclerosis,purification,antigen processing,peripheral T cell tolerancePenaPurification of immunologically active recombinant 21.5 kDa isoform of human myelin basic proteinen_asciiaPurification of immunologically active recombinant 21.5 kDa isoform of human myelin basic proteinFLA1131P Nye, S.H. Pelfrey, C.M. Burkwit, J.J. Voskuhl, R.R. Lenardo, M.J. Mueller, J.P.enARRAY(0x63d11c)14-15016158909500066P Nye, S.H. Pelfrey, C.M. Burkwit, J.J. Voskuhl, R.R. Lenardo, M.J. Mueller, J.P.1141 19951032senorecombinant myelin basic protein,multiple sclerosis,purification,antigen processing,peripheral T cell tolerance01615890016158909500066†L$en IL-2,IL-2 receptor,anti-IL-2 mAbƒ~en‚.Characterization of a monoclonal antibody directed against the NH2 terminal area of interleukin-2 (IL-2) and inhibiting specifically the binding of IL-2 to IL-2 receptor beta chain (IL-2Rbeta )en_ascii@Characterization of a monoclonal antibody directed against the NH2 terminal area of interleukin-2 (IL-2) and inhibiting specifically the binding of IL-2 to IL-2 receptor beta chain (IL-2Rbeta)FLA1047R Moreau, J. Bossus, M. De Groote, D. Francois, C. Jacques, Y. Tartar, A. Theze, J.enARRAY(0x6accf8)14-15016158909500084R Moreau, J. Bossus, M. De Groote, D. Francois, C. Jacques, Y. Tartar, A. Theze, J.1056 19951032$en IL-2,IL-2 receptor,anti-IL-2 mAb01615890016158909500084„G3en/peptide repertoire,NK cell,F1-hybrid resistance}en}Altered MHC class I presented peptide repertoire is not sufficient to induce NK cell mediated F1-hybrid resistanceen_asciirAltered MHC class I presented peptide repertoire is not sufficient to induce NK cell mediated F1-hybrid resistanceFLA789> Salcedo, M. Hoglund, P. Achour, A. Thorpe, C.J. Ljunggren, H.enARRAY(0x8e4438)11016158909500048> Salcedo, M. Hoglund, P. Achour, A. Thorpe, C.J. Ljunggren, H.794 19950832>en:peptide repertoire,NK cell,F1-hybrid resistance01615890016158909500048ƒ8.en*rosetting,mouse,T cell,thymectomy,thymulinenHTwo different mechanisms for the inhibition of rosette formation in miceen_asciiHTwo different mechanisms for the inhibition of rosette formation in miceFLA1771Gagnerault, M.Bach, J. Dardenne, M. Lepault, F.enARRAY(0x8c0d04)30161589094001391Gagnerault, M.Bach, J. Dardenne, M. Lepault, F.183 19950232.en*rosetting,mouse,T cell,thymectomy,thymulin01615890016158909400139…OenKcomplement regulatory proteins in blood plasma,pH optima,proteolytic enzymenenpHuman factor H and C4b-binding protein serve as factor I-cofactors both encompassing inactivation of C3b and C4ben_asciipHuman factor H and C4b-binding protein serve as factor I-cofactors both encompassing inactivation of C3b and C4bFLA355NSeya, T. Nakamura, K. Masaki, T.Ichihara-Itoh, C. Matsumoto, M. Nagasawa, S.enARRAY(0x58f098)5016158909400157NSeya, T. Nakamura, K. Masaki, T.Ichihara-Itoh, C. Matsumoto, M. Nagasawa, S.360 19950432OenKcomplement regulatory proteins in blood plasma,pH optima,proteolytic enzyme01615890016158909400157ńĮ²ŗ«@1!!‹{©™ ē ×ūėdTÜĢņā„0 g„„;KenGBaicalinFlavonoidApoptosisReactive oxygen species (ROS)Mitochondriaen_asciiBBaicalin induces apoptosis via mitochondrial pathway as prooxidantenBBaicalin induces apoptosis via mitochondrial pathway as prooxidantFLA781TUeda, S. Nakamura, H. Masutani, H. Sasada, T.Takabayashi, A. Yamaoka, Y. Yodoi, J.enARRAY(0x804e6c)10S016158900100115TUeda, S. Nakamura, H. Masutani, H. Sasada, T.Takabayashi, A. Yamaoka, Y. Yodoi, J.791 20020238KenGBaicalinFlavonoidApoptosisReactive oxygen species (ROS)Mitochondria43365501615890S016158900100115…XKenGImmunotoxinAffinityCD3TransplantationToleranceAntibody engineeringDen_ascii[Influence of relative binding affinity on efficacy in a panel of anti-CD3 scFv immunotoxinsen[Influence of relative binding affinity on efficacy in a panel of anti-CD3 scFv immunotoxinsFLA397 Hexham, J. Mark Dudas, Debra Hugo, RonThompson, Jerry King, VickiDowling, CarolNeville, David M., JrDigan, Mary Ellen Lake, PhilenARRAY(0xa6deb0)5a*aabaacaaS016158900100070Hexham, J. Mark Dudas, Debra Hugo, RonThompson, Jerry King, VickiDowling, CarolNeville, David M., JrDigan, Mary Ellen Lake, Phil 408 20010938KenGImmunotoxinAffinityCD3TransplantationToleranceAntibody engineering01615890S016158900100070w&en_ascii Announcementen AnnouncementANN115318S0161589001000521153 200012379466701615890S0161589001000522en_asciiForthcoming papersenForthcoming papersANN107917S0161589001000341079 20001212379466701615890S016158900100034‡ZZenUMHC, major histocompatibility complexTCR, T-cell receptorMBP, myelin basic proteinIL, interleukinEAE, experimental autoimmune encephalomyelitisCFA, complete Freund's adjuvantIFA, incomplete Freund's adjuvantten_asciisPrevention of experimental autoimmune encephalomyelitis by encephalitogenic epitope sequence simplified derivativesensPrevention of experimental autoimmune encephalomyelitis by encephalitogenic epitope sequence simplified derivativesFLA951 b Marino, MariaIppolito, Agostino Ruvo, MenottiScarallo, AngelaVolpe, SilvestroFassina, GiorgioenARRAY(0x7a1988)16 aaaabaS016158900100016b Marino, MariaIppolito, Agostino Ruvo, MenottiScarallo, AngelaVolpe, SilvestroFassina, Giorgio 960 20011137ZenUMHC, major histocompatibility complexTCR, T-cell receptorMBP, myelin basic proteinIL, interleukinEAE, experimental autoimmune encephalomyelitisCFA, complete Freund's adjuvantIFA, incomplete Freund's adjuvant01615890S016158900100016‡0`en[aa, amino acidcDNA, complementary DNACTD, connective tissue diseaseGAVE, gastric antral vascular ectasiaGST, glutathione S-transferasekDa, kilodaltonRH II/Gu, RNA helicase II/Gu proteinSDS, sodium dodecyl sulfateTen_asciicUnique epitopes in RNA helicase II/Gu protein recognized by serum from a watermelon stomach patientencUnique epitopes in RNA helicase II/Gu protein recognized by serum from a watermelon stomach patientFLA351 UGarcia, Mary Catharine Zhou, Juhua Henning, DaleArnett, Frank C.Valdez, Benigno C.enARRAY(0x8e2c14)7 aaabaS016158900000062UGarcia, Mary Catharine Zhou, Juhua Henning, DaleArnett, Frank C.Valdez, Benigno C. 359 20000537genbaa, amino acidcDNA, complementary DNACTD, connective tissue diseaseGAVE, gastric antral vascular ectasiaGST, glutathione S-transferasekDa, kilodaltonRH II/Gu, RNA helicase II/Gu proteinSDS, sodium dodecyl sulfate01615890S016158900000062ƒP>en:TransgeneImmunoglobulinGeneration of diversityMinilocusLen_asciiZRepertoire analysis in human immunoglobulin heavy chain minilocus transgenic, mMT/mMT miceendRepertoire analysis in human immunoglobulin heavy chain minilocus transgenic, µMT/µMT miceFLA221Tuaillon, NadineenARRAY(0x89c338)5S016158900000044Tuaillon, Nadine231 2000040137>en:TransgeneImmunoglobulinGeneration of diversityMinilocus54198001615890S016158900000044…<en8Cyclosporin AT lymphocyte activationGene transcription‚4en_asciiProteomic analysis of T cell activation in the presence of cyclosporin A: immunosuppressor and activator removal induces de novo protein synthesisenProteomic analysis of T cell activation in the presence of cyclosporin A: immunosuppressor and activator removal induces de novo protein synthesisFLA218Truffa-Bachi, PaoloLefkovits, IvanFrey, Johann RudolfenARRAY(0xab95e8)1-2S0161589000000268Truffa-Bachi, PaoloLefkovits, IvanFrey, Johann Rudolf28 2000010137<en8Cyclosporin AT lymphocyte activationGene transcription14233201615890S016158900000026ƒo6en2Antigen processing,DR,measles virus,fusion proteinrenrProcessing of DR1-restricted determinants from the fusion protein of measles virus following two distinct pathwaysen_asciirProcessing of DR1-restricted determinants from the fusion protein of measles virus following two distinct pathwaysFLA387 Demotz, S. Peleraux, A.enARRAY(0x5d99dc)4-5016158909500148 Demotz, S. Peleraux, A.397  199603/04336en2Antigen processing,DR,measles virus,fusion protein01615890016158909500148„*en&octamer,Oct,transcription,Ig,biosensor>enXReal-time analysis of Oct protein-octamer interaction and transcription complex assemblyen_asciiXReal-time analysis of Oct protein-octamer interaction and transcription complex assemblyFLA1429M Malmborg, A. Johansson, K.Sigvardsson, M.Borrebaeck, C.A.K.Leanderson, T.enARRAY(0x60c66c)17-18016158909500067M Malmborg, A. Johansson, K.Sigvardsson, M.Borrebaeck, C.A.K.Leanderson, T.1442 19951232*en&octamer,Oct,transcription,Ig,biosensor01615890016158909500067†icen_immune response,anti-thrombotic,antibody engineering,glycoprotein IIb/IIIa,therapeutic antibody‚hen,The immunogenicity of the 7E3 murine monoclonal fab antibody fragment variable region is dramatically reduced in humans by substitution of human for murine constant regionsen_ascii,The immunogenicity of the 7E3 murine monoclonal fab antibody fragment variable region is dramatically reduced in humans by substitution of human for murine constant regionsFLA1271n Knight, D.M. Wagner, C. Jordan, R. McAleer, M.F. DeRita, R. Fass, D.N. Coller, B.S. Weisman, H.F. Ghrayeb, J.enARRAY(0x6bc170)16016158909500085n Knight, D.M. Wagner, C. Jordan, R. McAleer, M.F. DeRita, R. Fass, D.N. Coller, B.S. Weisman, H.F. Ghrayeb, J.1281 19951132cen_immune response,anti-thrombotic,antibody engineering,glycoprotein IIb/IIIa,therapeutic antibody01615890016158909500085…vkengT cell receptor,immunoglobulin,N region,terminal deoxynucleotidyl transferase,interleukin-7,fetal liver‚Cen6Expression of diverse and functional TCR gamma and Ig heavy chain transcripts in fetal liver cells cultured with interleukin-7en_ascii~Expression of diverse and functional TCR gamma and Ig heavy chain transcripts in fetal liver cells cultured with interleukin-7FLA805@Appasamy, P.M. Yehua, W.Kenniston, T.W. Jr Deleo, A.B.Lin, T.enARRAY(0x8ca624)11016158909500049@Appasamy, P.M. Yehua, W.Kenniston, T.W. Jr Deleo, A.B.Lin, T.817 19950832kengT cell receptor,immunoglobulin,N region,terminal deoxynucleotidyl transferase,interleukin-7,fetal liver01615890016158909500049„.>en:IL-10,cycloheximide,monocyte,B cell,3_-untranslated regionLen_Spontaneous and cycloheximide-induced interleukin-10 mRNA expression in human mononuclear cellsen_ascii_Spontaneous and cycloheximide-induced interleukin-10 mRNA expression in human mononuclear cellsFLA233E Stordeur, P. Schandene, L. Durez, P. Gerard, C. Goldman, M.Velu, T.enARRAY(0x5a5cf8)4016158909400158E Stordeur, P. Schandene, L. Durez, P. Gerard, C. Goldman, M.Velu, T.239 19950332>en:IL-10,cycloheximide,monocyte,B cell,3_-untranslated region01615890016158909400158ńSD„uZJ€p ü=- h XźŚjZģ0¶ģmen_asciiErratumenErratumERR115118S0161589001000531151 200012379466701615890S016158900100053ˆn(en#AFP, a-fetoproteinAFP, amino acid position in peptide, P1, P2, etcA2.1 tg mice, HLA-A2.1/Kb transgenic miceDC, dendritic cellsELISPOT, enzyme-linked immunospot‚7en_asciirFine specificity analysis of an HLA-A2.1-restricted immunodominant T cell epitope derived from human a-fetoproteinen6Fine specificity analysis of an HLA-A2.1-restricted immunodominant T cell epitope derived from human a-fetoproteinFLA943 Meng, Wilson S.Butterfield, Lisa H. Ribas, AntoniHeller, Justin B.Dissette, Vivian B.Glaspy, John A.McBride, William H.Economou, James S.enARRAY(0x87e720)16aaa,baabca,dS016158900100017Meng, Wilson S.Butterfield, Lisa H. Ribas, AntoniHeller, Justin B.Dissette, Vivian B.Glaspy, John A.McBride, William H.Economou, James S. 950 20011137wenrAFP, a-fetoproteinAFP, amino acid position in peptide, P1, P2, etcA2.1 tg mice, HLA-A2.1/Kb transgenic miceDC, dendritic cellsELISPOT, enzyme-linked immunospot01615890S016158900100017„lTenPAnti-DNA autoantibodiesAnti-hinge bindingAutoantibodiesDual specificityLupus‚en_asciiInteraction of dual-specific autoantibodies with dsDNA and a synthetic dimer peptide simulating the hinge region of IgG2a moleculesenInteraction of dual-specific autoantibodies with dsDNA and a synthetic dimer peptide simulating the hinge region of IgG2a moleculesFLA931 &Workman, Creg J.Voss, Edward W., Jr.enARRAY(0x7fc274)15S016158900000108&Workman, Creg J.Voss, Edward W., Jr. 939 20001037TenPAnti-DNA autoantibodiesAnti-hinge bindingAutoantibodiesDual specificityLupus01615890S016158900000108‰C‚=en‚8Ab, AntibodyAg, antigenIg, immunoglobulinVH, V region of Ig heavy chain comprising VH, D and JH segmentsVL, V region of Ig light chainheavy-chain Ab, Ab naturally lacking a light chainVHH, VH of a heavy-chain AbCDR, complementarity-determining regionFR, framework regionhCG, human chorionic gonadotropinden_asciikLlama heavy-chain V regions consist of at least four distinct subfamilies revealing novel sequence featuresenkLlama heavy-chain V regions consist of at least four distinct subfamilies revealing novel sequence featuresFLA579 sHarmsen, Michiel M.Ruuls, Robin C.Nijman, Isaäc J.Niewold, Theodoor A.Frenken, Leon G.J.de Geus, BernardenARRAY(0xa06414)10 aacabaS016158900000081nHarmsen, Michiel M.Ruuls, Robin C.Nijman, Isaac J.Niewold, Theodoor A.Frenken, Leon G.J.de Geus, Bernard 590 20000837‚Sen‚NAb, AntibodyAg, antigenIg, immunoglobulinVH, V region of Ig heavy chain comprising VH, D and JH segmentsVL, V region of Ig light chainheavy-chain Ab, Ab naturally lacking a light chainVHH, VH of a heavy-chain AbCDR, complementarity-determining regionFR, framework regionhCG, human chorionic gonadotropin01615890S016158900000081ƒ=+en'C1qComplementPeptidePhage displayC4<en_asciiWC1q-binding peptides share sequence similarity with C4 and induce complement activationenWC1q-binding peptides share sequence similarity with C4 and induce complement activationFLA343 %Messmer, Bradley T.Thaler, David S.enARRAY(0x8c6254)7S016158900000063%Messmer, Bradley T.Thaler, David S. 350 20000537+en'C1qComplementPeptidePhage displayC401615890S016158900000063†bneniBCR, B cell receptorBSAP, B cell specific activator proteinCAT, chloramphenicol acetyltransferaseEBF, early B cell factorEMSA, electrophoretic mobility shift assayIg, immunoglobulinITAM, immunoreceptor tyrosine activation motifDen_ascii5An essential octamer motif in the mb-1 (Iga) promoterenAn essential octamer motif in the mb-1 (Iga) promoterFLA321 /Malone, Cindy Sue Patrone, LisaWall, RandolphenARRAY(0x835314)6S016158900000045/Malone, Cindy Sue Patrone, LisaWall, Randolph 328 20000437neniBCR, B cell receptorBSAP, B cell specific activator proteinCAT, chloramphenicol acetyltransferaseEBF, early B cell factorEMSA, electrophoretic mobility shift assayIg, immunoglobulinITAM, immunoreceptor tyrosine activation motif01615890S016158900000045…H6en2Ligand-induced binding sitesmMGLChimeric protein‚0en_asciiEpitope mapping of monoclonal antibodies specific for a macrophage lectin: a calcium-dependent epitope is in the carbohydrate recognition domainenEpitope mapping of monoclonal antibodies specific for a macrophage lectin: a calcium-dependent epitope is in the carbohydrate recognition domainFLA151`Kimura, ToshifumiHosoi, TakeshiYamamoto, KazuoSuzuki, NorikoImai, YasuyukiIrimura, TatsuroenARRAY(0x8e3824)3-4S016158900000027`Kimura, ToshifumiHosoi, TakeshiYamamoto, KazuoSuzuki, NorikoImai, YasuyukiIrimura, Tatsuro160 20000201376en2Ligand-induced binding sitesmMGLChimeric protein5992901615890S016158900000027„VenRHeat shock protein,transcriptional regulation,luciferase,keratinocyte,calreticulin8enUCalreticulin is transcriptionally upregulated by heat shock, calcium and heavy metalsen_asciiUCalreticulin is transcriptionally upregulated by heat shock, calcium and heavy metalsFLA379* Nguyen, T.Q. Capra, J.D.Sontheimer, R.D.enARRAY(0x61ed88)4-5016158909500149* Nguyen, T.Q. Capra, J.D.Sontheimer, R.D.386  199603/0433VenRHeat shock protein,transcriptional regulation,luciferase,keratinocyte,calreticulin01615890016158909500149… ?en;rheumatoid arthritis protein,RHP,Factor H,complement system‚2enStructural, immunological and functional comparisons of factor H, rheumatoid arthritis protein (RHP), and its apparent normal counterpart (N-RHP)en_asciiStructural, immunological and functional comparisons of factor H, rheumatoid arthritis protein (RHP), and its apparent normal counterpart (N-RHP)FLA1259= Hurwitz, C. Rosano, C.L. Hechemy, K.E. Weber, P. Parhami, N.enARRAY(0x6ba9e8)16016158909500068= Hurwitz, C. Rosano, C.L. Hechemy, K.E. Weber, P. Parhami, N.1269 19951132?en;rheumatoid arthritis protein,RHP,Factor H,complement system01615890016158909500068„$=en9DNA-binding antibodies,immunogenicity,nuclease resistanceHen]Specificity of monoclonal antibodies produced against phosphorothioate and ribo modified DNAsen_ascii]Specificity of monoclonal antibodies produced against phosphorothioate and ribo modified DNAsFLA1057@Latimer, L.J.P. Agazie, Y.M. Braun, R.P. Hampel, K.J. Lee, J.S.enARRAY(0x5fea00)14-15016158909500086@Latimer, L.J.P. Agazie, Y.M. Braun, R.P. Hampel, K.J. Lee, J.S.1064 19951032=en9DNA-binding antibodies,immunogenicity,nuclease resistance01615890016158909500086ƒ9en5insulin antibodies,germline VH genes,somatic mutationenDVH gene structure predicts a large potential anti-insulin repertoireen_asciiDVH gene structure predicts a large potential anti-insulin repertoireFLA311Mitchell, H.C. Thomas, J.W.enARRAY(0x594b8c)5016158909400159Mitchell, H.C. Thomas, J.W.321 199504329en5insulin antibodies,germline VH genes,somatic mutation01615890016158909400159ńūėuexh²¢ Ÿ  V F Ÿ td(^‰RieneAntigen presentationPeptides/epitopesAutoimmunityMajor histocompatibility complexT-cell receptors‚Nen_asciiStructural analysis of two HLA-DR-presented autoantigenic epitopes: crucial role of peripheral but not central peptide residues for T-cell receptor recognitionenStructural analysis of two HLA-DR-presented autoantigenic epitopes: crucial role of peripheral but not central peptide residues for T-cell receptor recognitionFLA813 ‚)De Oliveira, Daniel B.#Harfouch-Hammoud1, Elham Otto, HeikePapandreou, Nicolaos A.Stern, Lawrence J.Cohen, HélèneBoehm, Bernhard O.Bach, Jean-MarieCaillat-Zucman, Sophie Walk, TilmannJung, GüntherEliopoulos, EliasPapadopoulos, George K.van Endert, Peter M.enARRAY(0x7b0e18)14abcdabebbccdfbS016158900000109‚ De Oliveira, Daniel B.Harfouch-Hammoud1, Elham Otto, HeikePapandreou, Nicolaos A.Stern, Lawrence J. Cohen, HeleneBoehm, Bernhard O.Bach, Jean-MarieCaillat-Zucman, Sophie Walk, Tilmann Jung, GuntherEliopoulos, EliasPapadopoulos, George K.van Endert, Peter M. 825 20001037ieneAntigen presentationPeptides/epitopesAutoimmunityMajor histocompatibility complexT-cell receptors01615890S016158900000109†penlbp, base pairCDR, complementarity-determining regionGC, germinal centerIg, immunoglobulinPC, plasma cell‚,en_asciijComparative characteristics of m chain and a chain transcripts expressed by individual tonsil plasma cellsen3Comparative characteristics of µ chain and a chain transcripts expressed by individual tonsil plasma cellsFLA19 P Yavuz, SuleGrammer, Amrie C.Selim Yavuz, A.Nanki, ToshihiroLipsky, Peter E.enARRAY(0x7c5bb0)1 1222*S016158900100036P Yavuz, SuleGrammer, Amrie C.Selim Yavuz, A.Nanki, ToshihiroLipsky, Peter E. 34 20010138penlbp, base pairCDR, complementarity-determining regionGC, germinal centerIg, immunoglobulinPC, plasma cell69249701615890S016158900100036%en_asciiPrefaceenPrefaceEDI75Fishelson, ZviLachmann, Peter2-3S016158900100054Fishelson, ZviLachmann, Peter75 2001083801615890S016158900100054„7 enReceptorsNatural killerHLAjen_ascii.Human natural killer cell activating receptorsen.Human natural killer cell activating receptorsREV1015 Biassoni, RobertoCantoni, ClaudiaFalco, MichelaPende, Daniela Millo, RomanoMoretta, LorenzoBottino, CristinaMoretta, AlessandroenARRAY(0x7a55e8)17a*b,cb,cabb,cabS016158900100018Biassoni, RobertoCantoni, ClaudiaFalco, MichelaPende, Daniela Millo, RomanoMoretta, LorenzoBottino, CristinaMoretta, Alessandro 1024 2000121237 enReceptorsNatural killerHLA9466701615890S016158900100018„=en9CytokinesSignal transductionPhosphorylationCalcineurinFen_ascii\Integration of TCR and IL-4 signals through STAT6 and the regulation of IL-4 gene expressionen\Integration of TCR and IL-4 signals through STAT6 and the regulation of IL-4 gene expressionFLA767 +Schmidt-Weber, C.B.Rao, A.Lichtman, A.H.enARRAY(0x8c9ecc)12-13abaS016158900000082+Schmidt-Weber, C.B.Rao, A.Lichtman, A.H. 774 2000090137=en9CytokinesSignal transductionPhosphorylationCalcineurin01615890S016158900000082‡4en~Monoclonal anti-GalAnti-carbohydrate antibodyIg genesImmune evolutiona1,3Galactosyltransferase knockout micea-Gal epitope‚den_asciiGenes coding evolutionary novel anti-carbohydrate antibodies: studies on anti-Gal production in a1,3galactosyltransferase knock out miceenLGenes coding evolutionary novel anti-carbohydrate antibodies: studies on anti-Gal production in a1,3galactosyltransferase knock out miceFLA455 ,Chen, Zhao ChunRadic, Marko Z. Galili, UrienARRAY(0x7dec74)8aba,cS016158900000064,Chen, Zhao ChunRadic, Marko Z. Galili, Uri 466 2000060137‚ en‚Monoclonal anti-GalAnti-carbohydrate antibodyIg genesImmune evolutiona1,3Galactosyltransferase knockout micea-Gal epitope01615890S016158900000064ƒk*en&EGFR, Epidermal growth factor receptor(en_asciiMThe extracellular domain of CD4 regulates the initiation of T cell activationenMThe extracellular domain of CD4 regulates the initiation of T cell activationFLA213CGratton, Sophie Haughn, LoriSekaly, Rafick-PierreJulius, MichaelenARRAY(0x9b54d4)5S016158900000046CGratton, Sophie Haughn, LoriSekaly, Rafick-PierreJulius, Michael219 2000040137*en&EGFR, Epidermal growth factor receptor54198001615890S016158900000046Št‚/en‚*Ab, antibodyEndo H, endoglycosidase HFcRI, high-affinity receptor for IgEFcRII, low-affinity receptor for IgEmAb, monoclonal antibodyMr, relative molecular massPBS, 50 mM phosphate buffered saline, pH 7.4PNGF, N-glycosidase FrFcRIa, recombinant a-chain of the high affinity receptor for IgEXen_asciieCharacterisation of recombinant human IgE-Fc fragments expressed in baculovirus-infected insect cellseneCharacterisation of recombinant human IgE-Fc fragments expressed in baculovirus-infected insect cellsFLA169BBjörklund, Johanna E.M.Schmidt, MargitMagnusson, Carl G.M.enARRAY(0x815ddc)3-4S016158900000028=Bjorklund, Johanna E.M.Schmidt, MargitMagnusson, Carl G.M.177 2000020137…en„~Ab, antibodyEndo H, endoglycosidase HFcRI, high-affinity receptor for IgEFcRII, low-affinity receptor for IgEmAb, monoclonal antibodyMr, relative molecular massPBS, 50 mM phosphate buffered saline, pH 7.4PNGF, N-glycosidase FrFcRIa, recombinant a-chain of the high affinity receptor for IgE5992901615890S016158900000028„>en:Bispecific antibody,single-chain antibody,redirected lysis_ennA single-chain bispecific Fv2 molecule produced in mammalian cells redirects lysis by activated CTLen_asciicA single-chain bispecific Fv2 molecule produced in mammalian cells redirects lysis by activated CTLFLA211. Jost, C.R. Titus, J.A. Kurucz, I. Segal, D.M.enARRAY(0x913d94)2016158909500087. Jost, C.R. Titus, J.A. Kurucz, I. Segal, D.M.219 19960233>en:Bispecific antibody,single-chain antibody,redirected lysis01615890016158909500087…PRenNFcepsilonRII/CD23,B-lymphocyte development,transcription,flow cytometry,RT-PCR‚enThe Fcepsilon RII/CD23 gene is actively transcribed during all stages of murine B-lymphocyte developmenten_asciigThe FcepsilonRII/CD23 gene is actively transcribed during all stages of murine B-lymphocyte developmentFLA1245@ Hagen, M. Sacco, R.E. Sandor, M.Best, C. Nambu, M. Lynch, R.G.enARRAY(0x6bc278)16016158909500069@ Hagen, M. Sacco, R.E. Sandor, M.Best, C. Nambu, M. Lynch, R.G.1257 19951132 enFcepsilon RII/CD23,B-lymphocyte development,transcription,flow cytometry,RT-PCR01615890016158909500069"ńŸ%ńįeUõ‡wåÕjZ Ž Ī R B Ł É E 5<,Ć³šŠņ8Øņ…1en-AffinityAllergenAmb a 1IgG1IgG4IgEAtopy‚en_asciiVariable binding affinities for allergen suggest a 'selective competition' among immunoglobulins in atopic and non-atopic humansenVariable binding affinities for allergen suggest a 'selective competition' among immunoglobulins in atopic and non-atopic humansFLA367R Jackola, D.R.Pierson-Mullany, L.K.Liebeler, C.L.Blumenthal, M.N. Rosenberg, A.enARRAY(0x7d6780)5-6S016158900200108R Jackola, D.R.Pierson-Mullany, L.K.Liebeler, C.L.Blumenthal, M.N. Rosenberg, A.377 20021039GenCAffinityAllergenAmb a 1IgG1IgG4IgEAtopy11791701615890S016158900200108„2en.2H3DegranulationRaftRotationPhotobleaching:en_asciiVInteractions of the mast cell function-associated antigen with the type I Fc_ receptorenVInteractions of the mast cell function-associated antigen with the type I Fc_ receptorFLA1315ESong, J. Hagen, G. Smith, S.M.L. Roess, D.A. Pecht, I. Barisas, B.G.enARRAY(0x7d9c5c)16-18S016158900200081ESong, J. Hagen, G. Smith, S.M.L. Roess, D.A. Pecht, I. Barisas, B.G.1321 200209382en.2H3DegranulationRaftRotationPhotobleaching22301001615890S016158900200081„g2en.CD154CD40LTNF ligand familyImmune complexesRen_asciibVariation in the ordered structure of complexes between CD154 and anti-CD154 monoclonal antibodiesenbVariation in the ordered structure of complexes between CD154 and anti-CD154 monoclonal antibodiesFLA77e Ferrant, J.L. Wilson, C.A.Benjamin, C.D. Hess, D.M. Hsu, Y.-M. Karpusas, M. Roux, K.H. Taylor, F.R.enARRAY(0xcd3600)1-2S016158900200045e Ferrant, J.L. Wilson, C.A.Benjamin, C.D. Hess, D.M. Hsu, Y.-M. Karpusas, M. Roux, K.H. Taylor, F.R.84 20020915392en.CD154CD40LTNF ligand familyImmune complexes01615890S016158900200045ƒwGenCSkin allograftsMacrophagesNitric oxideCytokinesImmunoregulationen_asciiGNitric oxide as a regulatory and effector molecule in the immune systemenGNitric oxide as a regulatory and effector molecule in the immune systemFLA9891 Holan, V. Krulova, M. Zajcova, A.Pindjakova, J.enARRAY(0x85e600)12-13S0161589002000271 Holan, V. Krulova, M. Zajcova, A.Pindjakova, J.995 20020538GenCSkin allograftsMacrophagesNitric oxideCytokinesImmunoregulation49470701615890S0161589002000272en_asciiForthcoming papersenForthcoming papersANN80110S016158900200009801 2002023843365501615890S016158900200009„g\enXAntigen presentationClass II trans-activatorMajor histocompatibility complexHIV-1Tat‚enInhibition of class II trans-activator function by HIV-1 tat in mouse cells is independent of competition for binding to cyclin T1en_asciiInhibition of class II trans-activator function by HIV-1 tat in mouse cells is independent of competition for binding to cyclin T1FLA539 Mudhasani, R. Fontes, J.D.enARRAY(0xa1c104)7S016158900100091 Mudhasani, R. Fontes, J.D.546 20020138\enXAntigen presentationClass II trans-activatorMajor histocompatibility complexHIV-1Tat15557401615890S016158900100091{2en_asciiForthcoming papersenForthcoming papersANN6358S016158900100118635 2002013801615890S016158900100118{2en_asciiForthcoming papersenForthcoming papersANN3274S016158900100073327 2001083801615890S016158900100073‚i6en2ComplementApoptosisNecrosisCell deathClearance>en_asciiComplement and apoptosisenComplement and apoptosisSSU207 ,Fishelson, Zvi Attali, GititMevorach, DrorenARRAY(0xbd5314)2-3a*abS016158900100055,Fishelson, Zvi Attali, GititMevorach, Dror 219 200108386en2ComplementApoptosisNecrosisCell deathClearance01615890S016158900100055Den_asciiComplement in human diseaseenComplement in human diseaseABS77 2-3S016158900100037 131 2001083801615890S016158900100037„lFenBIgA1Hinge regionO-linked glycansIgA1 proteaseMass spectrometryen_asciiBHeterogeneity of O-glycosylation in the hinge region of human IgA1enIHeterogeneity of O-glycosylation in the hinge region of human IgA1FLA1047 b Novak, Jan Tomana, MilanKilian, Mogens Coward, Lori Kulhavy, RoseBarnes, StephenMestecky, JirienARRAY(0x7e04e0)17a*bcdad,ea,bS016158900100019b Novak, Jan Tomana, MilanKilian, Mogens Coward, Lori Kulhavy, RoseBarnes, StephenMestecky, Jiri 1056 2000121237MenIIgA1Hinge regionO-linked glycansIgA1 proteaseMass spectrometry9466701615890S016158900100019‚N3en/ImmunoglobulinTCREpitopeParatopeSpecificityben_ascii*The specificity of immunological reactionsen*The specificity of immunological reactionsFLA555 Langman, Rodney E.enARRAY(0x79dd34)10S016158900000083Langman, Rodney E. 561 200008373en/ImmunoglobulinTCREpitopeParatopeSpecificity01615890S016158900000083„z.en*b-2m, beta-2 microglobulinPY, pouch young‚en_ascii}Expression of the Fc receptor in the mammary gland during lactation in the marsupial Trichosurus vulpecula (brushtail possum)enExpression of the Fc receptor in the mammary gland during lactation in the marsupial Trichosurus vulpecula (brushtail possum)FLA435 3Adamski, Frances M.King, Andrea T.Demmer, JeromeenARRAY(0x7b2fbc)8S0161589000000653Adamski, Frances M.King, Andrea T.Demmer, Jerome 444 2000060137rennb-2m, beta-2 microglobulinPY, pouch young01615890S016158900000065†"@en;AP, alternative pathwayCP, classical pathwayCPB, cardiopulmonary bypassHSA, human serum albuminMoAb, monoclonal antibodysCR1, soluble complement receptor 1TMB, tetramethyl benzidineLen_ascii_Inhibition of complement alternative pathway function with anti-properdin monoclonal antibodiesen_Inhibition of complement alternative pathway function with anti-properdin monoclonal antibodiesFLA1916Gupta-Bansal, RekhaParent, J. BrianBrunden, Kurt R.enARRAY(0x8a247c)5S0161589000000476Gupta-Bansal, RekhaParent, J. BrianBrunden, Kurt R.201 2000040137@en;AP, alternative pathwayCP, classical pathwayCPB, cardiopulmonary bypassHSA, human serum albuminMoAb, monoclonal antibodysCR1, soluble complement receptor 1TMB, tetramethyl benzidine54198001615890S016158900000047†h?en;Cow's milk allergyb-caseinHuman milkIgECross-reactivity‚oen_asciilMolecular basis of IgE cross-reactivity between human b-casein and bovine b-casein, a major allergen of milkentMolecular basis of IgE cross-reactivity between human b-casein and bovine b-casein, a major allergen of milkFLA161d Bernard, H. Negroni, L. Chatel, J.M. Clement, G.Adel-Patient, K. Peltre, G. Creminon, C. Wal, J.M.enARRAY(0x852cec)3-4S016158900000029d Bernard, H. Negroni, L. Chatel, J.M. Clement, G.Adel-Patient, K. Peltre, G. Creminon, C. Wal, J.M.167 2000020137enCow's milk allergyb-caseinHuman milkIgECross-reactivity5992901615890S016158900000029„PQenMBCR,mIg,signal transduction,protein tyrosine phosphorylation,PAO,AlFx,B cellspenqManipulation of B cell antigen receptor tyrosine phosphorylation using aluminum fluoride and sodium orthovanadateen_asciiqManipulation of B cell antigen receptor tyrosine phosphorylation using aluminum fluoride and sodium orthovanadateFLA1283*Campbell, K.S. Bedzyk, W.D. Cambier, J.C.enARRAY(0x6b0acc)16016158909500088*Campbell, K.S. Bedzyk, W.D. Cambier, J.C.1294 19951132\enXBCR,mIg,signal transduction,protein tyrosine phosphorylation,PAO,AlFx,B cells01615890016158909500088ńŵłéʶ ż ’ ļ  õųJ:ŚŹ(8ņ(ƒ engC1q-R/p33ZincHK site0en_asciiQZinc induces exposure of hydrophobic sites in the C-terminal domain of gC1q-R/p33enQZinc induces exposure of hydrophobic sites in the C-terminal domain of gC1q-R/p33FLA69, Kumar, R.Peerschke, E.I.B.Ghebrehiwet, B.enARRAY(0xcd726c)1-2S016158900200046, Kumar, R.Peerschke, E.I.B.Ghebrehiwet, B.75 2002091539engC1q-R/p33ZincHK site01615890S016158900200046‚^,en(Synaptic activityT cellsDendritic cell@en_asciiThe immunological synapseenThe immunological synapseFLA997. Creusot, R.J.Mitchison, N.A.Terazzini, N.M.enARRAY(0x85e438)12-13S016158900200028. Creusot, R.J.Mitchison, N.A.Terazzini, N.M.1002 20020538,en(Synaptic activityT cellsDendritic cell49470701615890S016158900200028…,@enlck in the NK cell line YT-Indyen_asciioInhibition of CD28-mediated natural cytotoxicity by KIR2DL2 does not require p56lck in the NK cell line YT-IndyFLA495T Tarazona, R. Borrego, F. Galiani, M.D. Aguado, E.Pena, J. Coligan, J.E. Solana, R.enARRAY(0x8fbb20)7S016158900100092T Tarazona, R. Borrego, F. Galiani, M.D. Aguado, E.Pena, J. Coligan, J.E. Solana, R.503 20020138enHLA recognitionKiller immunoglobulin-like receptorPLC-gamma1Src kinases17660201615890S016158900100092…hieneIL-6 RI (80-kDa)Cytokine receptorsShedding eventsEnzyme-proteasesMacrophagesVascular endotheliumlen_asciioBiochemical alteration of membrane-associated IL-6 RI (80-kDa) in adherent macrophages and vascular endotheliumenoBiochemical alteration of membrane-associated IL-6 RI (80-kDa) in adherent macrophages and vascular endotheliumFLA347 ^ Coyne, C.P.Howell, Trey, IIIBaravick, JeffBaravick, EricaWilletto, CarlaFenwick, Brad W.enARRAY(0x7bad10)5a*abba,1cS016158900100074^ Coyne, C.P.Howell, Trey, IIIBaravick, JeffBaravick, EricaWilletto, CarlaFenwick, Brad W. 357 20010938ieneIL-6 RI (80-kDa)Cytokine receptorsShedding eventsEnzyme-proteasesMacrophagesVascular endothelium01615890S016158900100074…|GenCB lymphocytesTranscriptionGene rearrangementGene regulationmRNA‚den_asciiGerm-line transcripts of the immunoglobulin J-C clusters in the mouse: characterization of the initiation sites and regulatory elementsenLGerm-line transcripts of the immunoglobulin J-C clusters in the mouse: characterization of the initiation sites and regulatory elementsFLA289 T Engel, HolgerRühl, HolgerBenham, Craig J.Bode, JürgenWeiss, SiegfriedenARRAY(0x8341e8)4 a,1bcba*S016158900100056J Engel, Holger Ruhl, HolgerBenham, Craig J. Bode, JurgenWeiss, Siegfried 302 20010838GenCB lymphocytesTranscriptionGene rearrangementGene regulationmRNA01615890S016158900100056ƒ,en(MBL, ComplementMASP, Infectious diseaseDen_ascii[The mannan-binding lectin pathway of complement activation: biology and disease associationen[The mannan-binding lectin pathway of complement activation: biology and disease associationREV133 >Vang Petersen, SteenThiel, SteffenJensenius, Jens ChristianenARRAY(0xbc9c38)2-3***S016158900100038>Vang Petersen, SteenThiel, SteffenJensenius, Jens Christian 149 20010838,en(MBL, ComplementMASP, Infectious disease01615890S016158900100038ƒZenVDendritic cellsEvolutionHypothesisImmunologic memoryRepertoire selectionToleranceden_ascii+Immune system protects integrity of tissuesen+Immune system protects integrity of tissuesFLA563 Dembic, ZlatkoenARRAY(0x79f9d0)10S016158900000084Dembic, Zlatko 569 20000837ZenVDendritic cellsEvolutionHypothesisImmunologic memoryRepertoire selectionTolerance01615890S016158900000084Š!‚Pen‚Kaa, amino acidsBCG, Bacillus Calmette-GuerinCSS, cysteine-serine-serineCTLs, cytotoxic T-lymphocytesDTH, delayed-type hypersensitivityIFA, incomplete Freund's adjuvantIMDM, Iscove's modified Dulbecco's mediumLCMV, lymphocytic choriomeningitis virusMHC-I, major histocompatibility complex class ITh1, T helper cell type oneƒen_ascii8Evaluation of T-cell responses to peptides and lipopeptides with MHC class I binding motifs derived from the amino acid sequence of the 19-kDa lipoprotein of Mycobacterium tuberculosisen?Evaluation of T-cell responses to peptides and lipopeptides with MHC class I binding motifs derived from the amino acid sequence of the 19-kDa lipoprotein of Mycobacterium tuberculosisFLA413 MFonseca, Dora P.A.J.Joosten, Dianne Snippe, HarmVerheul, André F.M.enARRAY(0x8606e4)8S016158900000066FFonseca, Dora P.A.J.Joosten, Dianne Snippe, HarmVerheul, Andre F.M. 422 2000060137‚Pen‚Kaa, amino acidsBCG, Bacillus Calmette-GuerinCSS, cysteine-serine-serineCTLs, cytotoxic T-lymphocytesDTH, delayed-type hypersensitivityIFA, incomplete Freund's adjuvantIMDM, Iscove's modified Dulbecco's mediumLCMV, lymphocytic choriomeningitis virusMHC-I, major histocompatibility complex class ITh1, T helper cell type one01615890S016158900000066‡:qenlHb, haemoglobinHEL, hen egg-white lysozymeMALDI-MS, matrix-assisted laser desorption ionization mass spectrometryMEGA-8, octanoyl-N-methylglucamideMEGA-9, nonanoyl-N-methylglucamidemHEL/Hb, membrane HEL/HbTFA, tri-fluroacetic acid:en_asciiKHb(64-76) epitope binds in different registers and lengths to I-Ek and I-AkenaHb(64-76) epitope binds in different registers and lengths to I-Ek and I-AkFLA203R Vidal, KarineDaniel, ClaudeVidavsky, IlanNelson, Christopher A.Allen, Paul M.enARRAY(0x84b0e0)5S016158900000048R Vidal, KarineDaniel, ClaudeVidavsky, IlanNelson, Christopher A.Allen, Paul M.212 2000040137enzHb, haemoglobinHEL, hen egg-white lysozymeMALDI-MS, matrix-assisted laser desorption ionization mass spectrometryMEGA-8, octanoyl-N-methylglucamideMEGA-9, nonanoyl-N-methylglucamidemHEL/Hb, membrane HEL/HbTFA, tri-fluroacetic acid54198001615890S016158900000048„*<en8bispecific antibody,single-chain Fv,refolding,anti-tumor(enMProduction and characterization of bispecific single-chain antibody fragmentsen_asciiMProduction and characterization of bispecific single-chain antibody fragmentsFLA1405T De Jonge, J. Brissinck, J. Heirman, C. Demanet, C.Leo, O. Moser, M.Thielemans, K.enARRAY(0x5fd0a4)17-18016158909500089T De Jonge, J. Brissinck, J. Heirman, C. Demanet, C.Leo, O. Moser, M.Thielemans, K.1412 19951232<en8bispecific antibody,single-chain Fv,refolding,anti-tumor01615890016158909500089šö»«­o–†   h X N >ųč1!®ž!ė8©ė†WenST cellsTCR degeneracyEpitopesMolecular mimicryPS-SCL-based biometrical analysis‚en_asciiA powerful combination: the use of positional scanning libraries and biometrical analysis to identify cross-reactive T cell epitopesenA powerful combination: the use of positional scanning libraries and biometrical analysis to identify cross-reactive T cell epitopesFLA1063fNino-Vasquez, J.J. Allicotti, G. Borras, E. Wilson, D.B. Valmori, D. Simon, R. Martin, R. Pinilla, C.enARRAY(0x7366b4)14-15![DOI] 10.1016/j.molimm.2003.11.00fNino-Vasquez, J.J. Allicotti, G. Borras, E. Wilson, D.B. Valmori, D. Simon, R. Martin, R. Pinilla, C.1074 20040240WenST cellsTCR degeneracyEpitopesMolecular mimicryPS-SCL-based biometrical analysis6047301615890[DOI] 10.1016/j.molimm.2003.11.00|2en_asciiForthcoming papersenForthcoming papersNWS68511S016158900200281685 2003013901615890S016158900200281‚q7en3Inhibitory phosphatasesRegulator phosphatasesSHIPVen_ascii$How do inhibitory phosphatases work?en$How do inhibitory phosphatases work?REV521'Coggeshall, K.M. Nakamura, K.Phee, H.enARRAY(0x7513a4)9S016158900200209'Coggeshall, K.M. Nakamura, K.Phee, H.529 200212397en3Inhibitory phosphatasesRegulator phosphatasesSHIP01615890S016158900200209ƒ52en.RBL-2H3 mast cellsSignalingDegranulationErk0en_asciiQRegulation of ionomycin-mediated granule release from rat basophil leukemia cellsenQRegulation of ionomycin-mediated granule release from rat basophil leukemia cellsFLA1329 Hanson, D.A. Ziegler, S.F.enARRAY(0x71a564)16-18S016158900200083 Hanson, D.A. Ziegler, S.F.1335 200209382en.RBL-2H3 mast cellsSignalingDegranulationErk22301001615890S016158900200083„DNenJAggregationSignal transductionKinetic proofreadingGene activationMCP-1:en_asciiVQuantitative aspects of signal transduction by the receptor with high affinity for IgEenVQuantitative aspects of signal transduction by the receptor with high affinity for IgEREV1207@ Metzger, H. Eglite, S.Haleem-Smith, H. Reischl, I. Torigoe, C.enARRAY(0x76c2b4)16-18S016158900200065@ Metzger, H. Eglite, S.Haleem-Smith, H. Reischl, I. Torigoe, C.1211 20020938NenJAggregationSignal transductionKinetic proofreadingGene activationMCP-122301001615890S016158900200065„'en#CD19BCRB-1 cellsVavAutoimmunity,en_asciiODefective CD19-dependent signaling in B-1a and B-1b B lymphocyte subpopulationsenODefective CD19-dependent signaling in B-1a and B-1b B lymphocyte subpopulationsFLA57TSen, G. Wu, H.-J. Bikah, G.Venkataraman, C.Robertson, D.A. Snow, E.C. Bondada, S.enARRAY(0x788cbc)1-2S016158900200047TSen, G. Wu, H.-J. Bikah, G.Venkataraman, C.Robertson, D.A. Snow, E.C. Bondada, S.68 2002091539'en#CD19BCRB-1 cellsVavAutoimmunity01615890S016158900200047:en_asciiTo kill or not to killenTo kill or not to killEDI1005 Sun, P.D.14S016158900200029 Sun, P.D.1006 2002053801615890S016158900200029„oFenBAntibodiesMolecular biologyComparative immunologyGene evolution‚2enStructural organization of the immunoglobulin heavy chain locus in the channel catfish: the IgH locus represents a composite of two gene clustersen_asciiStructural organization of the immunoglobulin heavy chain locus in the channel catfish: the IgH locus represents a composite of two gene clustersFLA557&Ventura-Holman, TerezaLobb, Craig J.enARRAY(0x9ebe18)7S016158900100075&Ventura-Holman, TerezaLobb, Craig J.564 20020138FenBAntibodiesMolecular biologyComparative immunologyGene evolution20012501615890S016158900100075ƒWCen?CIITABare lymphocyte syndromeMajor histocompatibility complexFen_ascii\Nuclear localisation of CIITA is controlled by a carboxy terminal leucine-rich repeat regionen\Nuclear localisation of CIITA is controlled by a carboxy terminal leucine-rich repeat regionFLA627 Towey, M. Kelly, A.P.enARRAY(0xc53320)8S016158900100093 Towey, M. Kelly, A.P.634 20020138Cen?CIITABare lymphocyte syndromeMajor histocompatibility complex01615890S016158900100093†aen]wNAR, new antigen receptor from wobbegong sharksnNAR, new antigen receptor from nurse sharks‚en_ascii|Isolation of the new antigen receptor from wobbegong sharks, and use as a scaffold for the display of protein loop librariesen|Isolation of the new antigen receptor from wobbegong sharks, and use as a scaffold for the display of protein loop librariesFLA313 hNuttall, Stewart D.Krishnan, Usha V.Hattarki, Meghan De Gori, RossIrving, Robert A.Hudson, Peter J.enARRAY(0x79fd70)4a,b*a,baa,ba,ba,bS016158900100057hNuttall, Stewart D.Krishnan, Usha V.Hattarki, Meghan De Gori, RossIrving, Robert A.Hudson, Peter J. 326 20010838oenkwNAR, new antigen receptor from wobbegong sharksnNAR, new antigen receptor from nurse sharks01615890S016158900100057ƒ|3en/ComplementC1C3IgGImmune complexConcealment‚en_asciiDeposition of C3b/iC3b leads to the concealment of antigens, immunoglobulins and bound C1q in complement-activating immune complexesenDeposition of C3b/iC3b leads to the concealment of antigens, immunoglobulins and bound C1q in complement-activating immune complexesREV151  Nilsson, U.R.enARRAY(0x7a8c5c)2-3S016158900100039 Nilsson, U.R. 160 200108383en/ComplementC1C3IgGImmune complexConcealment01615890S016158900100039†JPenKAPC, Antigen presenting cellIL, InterleukinMHC, Major histocompatibility complexPtdIns(3,4,5)P3, Phosphatidylinositol(3,4,5)-triphosphatePI3-kinase, Phosphatidylinositol 3-kinaseTCR, T cell receptor en_asciiIInterelationship between CD3 and CD28 pathways in a murine T cell thymomaenIInterelationship between CD3 and CD28 pathways in a murine T cell thymomaFLA571 RClavreul, AnneFisson, Sylvain!Lefebvre D'hellencourt, ChristianCouez, DominiqueenARRAY(0x7d98e0)10S016158900000085RClavreul, AnneFisson, Sylvain!Lefebvre D'hellencourt, ChristianCouez, Dominique 577 20000837PenKAPC, Antigen presenting cellIL, InterleukinMHC, Major histocompatibility complexPtdIns(3,4,5)P3, Phosphatidylinositol(3,4,5)-triphosphatePI3-kinase, Phosphatidylinositol 3-kinaseTCR, T cell receptor01615890S016158900000085…]@en