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Results: 1-10 |
Results: 10
INFECTIOUS TH1 AND TH2 AUTOIMMUNITY IN DIABETES-PRONE MICE
Authors: TIAN J OLCOTT AP HANSSEN LR ZEKZER D MIDDLETON B KAUFMAN DL
Citation: J. Tian et al., INFECTIOUS TH1 AND TH2 AUTOIMMUNITY IN DIABETES-PRONE MICE, Immunological reviews, 164, 1998, pp. 119-127
ANTIBODY-MEDIATED TARGETING OF CD45 ISOFORMS - A NOVEL IMMUNOTHERAPEUTIC STRATEGY
Authors: BASADONNA GP AUERSVALD L KHUONG CQ ZHENG XX KASHIO N ZEKZER D MINOZZO M QIAN HY VISSER L DIEPSTRA A LAZAROVITS AI POPPEMA S STROM TB ROTHSTEIN DM
Citation: Gp. Basadonna et al., ANTIBODY-MEDIATED TARGETING OF CD45 ISOFORMS - A NOVEL IMMUNOTHERAPEUTIC STRATEGY, Proceedings of the National Academy of Sciences of the United Statesof America, 95(7), 1998, pp. 3821-3826
GAD-REACTIVE CD4+ TH1 CELLS INDUCE DIABETES IN NOD SCID MICE/
Authors: ZEKZER D WONG FS AYALON O MILLET I ALTIERI M SHINTANI S SOLIMENA M SHERWIN RS
Citation: D. Zekzer et al., GAD-REACTIVE CD4+ TH1 CELLS INDUCE DIABETES IN NOD SCID MICE/, The Journal of clinical investigation, 101(1), 1998, pp. 68-73
ATTENUATION OF INDUCIBLE TH2 IMMUNITY WITH AUTOIMMUNE-DISEASE PROGRESSION - IMPLICATIONS FOR THE RATIONAL DESIGN OF IDDM IMMUNOTHERAPEUTICS
Authors: TIAN J OLCOTT A ZEKZER D HANSEN L DANGELO I MIDDLETON B CHAU C NGUYEN Q SELAHI S KAUFMAN D
Citation: J. Tian et al., ATTENUATION OF INDUCIBLE TH2 IMMUNITY WITH AUTOIMMUNE-DISEASE PROGRESSION - IMPLICATIONS FOR THE RATIONAL DESIGN OF IDDM IMMUNOTHERAPEUTICS, Diabetes, 47, 1998, pp. 808-808
INHIBITION OF DIABETES BY AN INSULIN-REACTIVE CD4 T-CELL CLONE IN THENONOBESE DIABETIC MOUSE
Authors: ZEKZER D WONG FS WEN L ALTIERI M GURLO T VONGRAFENSTEIN H SHERWIN RS
Citation: D. Zekzer et al., INHIBITION OF DIABETES BY AN INSULIN-REACTIVE CD4 T-CELL CLONE IN THENONOBESE DIABETIC MOUSE, Diabetes, 46(7), 1997, pp. 1124-1132
GAD-REACTIVE T-CELLS PRODUCE IDDM IN NOD SCID MICE/
Authors: ZEKZER D WONG SF AYALON O WEN L ALTIERI M LIU D SOLIMENA M SHERWIN RS
Citation: D. Zekzer et al., GAD-REACTIVE T-CELLS PRODUCE IDDM IN NOD SCID MICE/, Diabetes, 46, 1997, pp. 154-154
INSULIN REACTIVE T-CELL CLONE THAT PROTECTS AGAINST DIABETES IN-VIVO USES TGF-BETA TO BLOCK T-CELL PROLIFERATION AND IL-2 SECRETION IN-VITRO
Authors: ZEKZER D MILLET I WEN L ALTIERI M WONG SF
Citation: D. Zekzer et al., INSULIN REACTIVE T-CELL CLONE THAT PROTECTS AGAINST DIABETES IN-VIVO USES TGF-BETA TO BLOCK T-CELL PROLIFERATION AND IL-2 SECRETION IN-VITRO, Diabetes, 46, 1997, pp. 749-749
AN INSULIN-REACTIVE T-CELL CLONE PREVENTS IDDM IN NOD MICE BY BLOCKING HOMING OF DIABETOGENIC SPLENOCYTES TO THE ISLET
Authors: ZEKZER D WONG FS VONGRAFENSTEIN H SHERWIN RS
Citation: D. Zekzer et al., AN INSULIN-REACTIVE T-CELL CLONE PREVENTS IDDM IN NOD MICE BY BLOCKING HOMING OF DIABETOGENIC SPLENOCYTES TO THE ISLET, Diabetes, 45, 1996, pp. 189-189
ADOPTIVE TRANSFER OF IDDM IN NOD MICE - ROLE FOR PERFORIN AND COSTIMULATORY SIGNALS
Authors: MUZAFFAR AR ZEKZER D WONG S SHERWIN RS
Citation: Ar. Muzaffar et al., ADOPTIVE TRANSFER OF IDDM IN NOD MICE - ROLE FOR PERFORIN AND COSTIMULATORY SIGNALS, Diabetes, 44, 1995, pp. 137-137
ISLET-REACTIVE TH1 CELL-LINE PROTECTS AGAINST ADOPTIVE TRANSFER OF IDDM IN NOD MICE
Authors: ZEKZER D WONG S GURLO T VONGRAFENSTEIN H
Citation: D. Zekzer et al., ISLET-REACTIVE TH1 CELL-LINE PROTECTS AGAINST ADOPTIVE TRANSFER OF IDDM IN NOD MICE, Diabetes, 44, 1995, pp. 163-163
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