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Results: 1-17 |
Results: 17
REPRESSION BY THE MAD(MXI1)-SIN3 COMPLEX
Authors: SCHREIBERAGUS N DEPINHO RA
Citation: N. Schreiberagus et Ra. Depinho, REPRESSION BY THE MAD(MXI1)-SIN3 COMPLEX, BioEssays, 20(10), 1998, pp. 808-818
THE INK4A TUMOR-SUPPRESSOR GENE-PRODUCT, P19(ARF), INTERACTS WITH MDM2 AND NEUTRALIZES MDM2S INHIBITION OF P53
Authors: POMERANTZ J SCHREIBERAGUS N LIEGEOIS NJ SILVERMAN A ALLAND L CHIN L POTES J CHEN K ORLOW I LEE HW CORDONCARDO C DEPINHO RA
Citation: J. Pomerantz et al., THE INK4A TUMOR-SUPPRESSOR GENE-PRODUCT, P19(ARF), INTERACTS WITH MDM2 AND NEUTRALIZES MDM2S INHIBITION OF P53, Cell, 92(6), 1998, pp. 713-723
ROLE OF MXI1 IN AGING ORGAN SYSTEMS AND THE REGULATION OF NORMAL AND NEOPLASTIC GROWTH
Authors: SCHREIBERAGUS N MENG Y HOANG T HOU H CHEN K GREENBERG R CORDONCARDO C LEE HW DEPINHO RA
Citation: N. Schreiberagus et al., ROLE OF MXI1 IN AGING ORGAN SYSTEMS AND THE REGULATION OF NORMAL AND NEOPLASTIC GROWTH, Nature, 393(6684), 1998, pp. 483-487
SUPPRESSION OF CELL-TRANSFORMATION BY THE CYCLIN-DEPENDENT KINASE INHIBITOR P57(KIP2) REQUIRES BINDING TO PROLIFERATING CELL NUCLEAR ANTIGEN
Authors: WATANABE H PAN ZQ SCHREIBERAGUS N DEPINHO RA HURWITZ J XIONG Y
Citation: H. Watanabe et al., SUPPRESSION OF CELL-TRANSFORMATION BY THE CYCLIN-DEPENDENT KINASE INHIBITOR P57(KIP2) REQUIRES BINDING TO PROLIFERATING CELL NUCLEAR ANTIGEN, Proceedings of the National Academy of Sciences of the United Statesof America, 95(4), 1998, pp. 1392-1397
AN IMPORTANT ROLE FOR THE RETINOBLASTOMA PROTEIN IN STAUROSPORINE-INDUCED G(1) ARREST IN MURINE EMBRYONIC FIBROBLASTS
Authors: ORR MS REINHOLD W YU LJ SCHREIBERAGUS N OCONNOR PM
Citation: Ms. Orr et al., AN IMPORTANT ROLE FOR THE RETINOBLASTOMA PROTEIN IN STAUROSPORINE-INDUCED G(1) ARREST IN MURINE EMBRYONIC FIBROBLASTS, The Journal of biological chemistry, 273(7), 1998, pp. 3803-3807
ROLE FOR N-COR AND HISTONE DEACETYLASE IN SIN3-MEDIATED TRANSCRIPTIONAL REPRESSION
Authors: ALLAND L MUHLE R HOU H POTES J CHIN L SCHREIBERAGUS N DEPINHO RA
Citation: L. Alland et al., ROLE FOR N-COR AND HISTONE DEACETYLASE IN SIN3-MEDIATED TRANSCRIPTIONAL REPRESSION, Nature, 387(6628), 1997, pp. 49-55
DROSOPHILA MYC IS ONCOGENIC IN MAMMALIAN-CELLS AND PLAYS A ROLE IN THE DIMINUTIVE PHENOTYPE
Authors: SCHREIBERAGUS N STEIN D CHEN K GOLTZ JS STEVENS L DEPINHO RA
Citation: N. Schreiberagus et al., DROSOPHILA MYC IS ONCOGENIC IN MAMMALIAN-CELLS AND PLAYS A ROLE IN THE DIMINUTIVE PHENOTYPE, Proceedings of the National Academy of Sciences of the United Statesof America, 94(4), 1997, pp. 1235-1240
MOUSE SIN3A INTERACTS WITH AND CAN FUNCTIONALLY SUBSTITUTE FOR THE AMINOTERMINAL REPRESSION DOMAIN OF THE MYC ANTAGONIST MXI1
Authors: RAO G ALLAND L GUIDA P SCHREIBERAGUS N CHEN K CHIN L ROCHELLE JM SELDIN MF SKOULTCHI AI DEPINHO RA
Citation: G. Rao et al., MOUSE SIN3A INTERACTS WITH AND CAN FUNCTIONALLY SUBSTITUTE FOR THE AMINOTERMINAL REPRESSION DOMAIN OF THE MYC ANTAGONIST MXI1, Oncogene, 12(5), 1996, pp. 1165-1172
EFFECTS OF THE MYC ONCOGENE ANTAGONIST, MAD, ON PROLIFERATION, CELL CYCLING AND THE MALIGNANT PHENOTYPE OF HUMAN BRAIN-TUMOR CELLS
Authors: CHEN J WILLINGHAM T MARGRAF LR SCHREIBERAGUS N DEPINHO RA NISEN PD
Citation: J. Chen et al., EFFECTS OF THE MYC ONCOGENE ANTAGONIST, MAD, ON PROLIFERATION, CELL CYCLING AND THE MALIGNANT PHENOTYPE OF HUMAN BRAIN-TUMOR CELLS, Nature medicine, 1(7), 1995, pp. 638-643
EFFECTS OF THE MYC ONCOGENE ANTAGONIST, MAD, ON PROLIFERATION, CELL CYCLING AND THE MALIGNANT PHENOTYPE OF HUMAN BRAIN-TUMOR CELLS (VOL 1, PG 638, 1995)
Authors: CHEN J WILLINGHAM T MARGRAF LR SCHREIBERAGUS N DEPINHO RA NISEN PD TANNERGARD P
Citation: J. Chen et al., EFFECTS OF THE MYC ONCOGENE ANTAGONIST, MAD, ON PROLIFERATION, CELL CYCLING AND THE MALIGNANT PHENOTYPE OF HUMAN BRAIN-TUMOR CELLS (VOL 1, PG 638, 1995), Nature medicine, 1(12), 1995, pp. 1319-1319
2 DIFFERENTIALLY EXPRESSED TRANSCRIPTS OF MOUSE MXI1 ENCODE DRAMATICALLY DIFFERENT ANTI-MYC ACTIVITIES
Authors: TORRES R SCHREIBERAGUS N CHIN L CHEN K DEPINHO R
Citation: R. Torres et al., 2 DIFFERENTIALLY EXPRESSED TRANSCRIPTS OF MOUSE MXI1 ENCODE DRAMATICALLY DIFFERENT ANTI-MYC ACTIVITIES, Journal of cellular biochemistry, 1995, pp. 63-63
CONTRASTING ROLES FOR C-MYC AND L-MYC IN THE REGULATION OF CELLULAR GROWTH AND DIFFERENTIATION IN-VIVO
Authors: MORGENBESSER SD SCHREIBERAGUS N BIDDER M MAHON KA OVERBEEK PA HORNER J DEPINHO RA
Citation: Sd. Morgenbesser et al., CONTRASTING ROLES FOR C-MYC AND L-MYC IN THE REGULATION OF CELLULAR GROWTH AND DIFFERENTIATION IN-VIVO, EMBO journal, 14(4), 1995, pp. 743-756
AN AMINO-TERMINAL DOMAIN OF MXI1 MEDIATES ANTI-MYC ONCOGENIC ACTIVITYAND INTERACTS WITH A HOMOLOG OF THE YEAST TRANSCRIPTIONAL REPRESSOR SIN3
Authors: SCHREIBERAGUS N CHIN L CHEN K TORRES R RAO G GUIDA P SKOULTCHI AI DEPINHO RA
Citation: N. Schreiberagus et al., AN AMINO-TERMINAL DOMAIN OF MXI1 MEDIATES ANTI-MYC ONCOGENIC ACTIVITYAND INTERACTS WITH A HOMOLOG OF THE YEAST TRANSCRIPTIONAL REPRESSOR SIN3, Cell, 80(5), 1995, pp. 777-786
CONTRASTING ROLES FOR MYC AND MAD PROTEINS IN CELLULAR GROWTH AND DIFFERENTIATION
Authors: CHIN L SCHREIBERAGUS N PELLICER I CHEN K LEE HW DUDAST M CORDONCARDO C DEPINHO RA
Citation: L. Chin et al., CONTRASTING ROLES FOR MYC AND MAD PROTEINS IN CELLULAR GROWTH AND DIFFERENTIATION, Proceedings of the National Academy of Sciences of the United Statesof America, 92(18), 1995, pp. 8488-8492
EVOLUTIONARY RELATIONSHIPS AND FUNCTIONAL CONSERVATION AMONG VERTEBRATE MAX-ASSOCIATED PROTEINS - THE ZEBRA FISH HOMOLOG OF MXI1
Authors: SCHREIBERAGUS N CHIN L CHEN K TORRES R THOMSON CT SACCHETTINI JC DEPINHO RA
Citation: N. Schreiberagus et al., EVOLUTIONARY RELATIONSHIPS AND FUNCTIONAL CONSERVATION AMONG VERTEBRATE MAX-ASSOCIATED PROTEINS - THE ZEBRA FISH HOMOLOG OF MXI1, Oncogene, 9(11), 1994, pp. 3167-3177
SUPPRESSION OF MYC, BUT NOT E1A, TRANSFORMATION ACTIVITY BY MAX-ASSOCIATED PROTEINS, MAD AND MXI1
Authors: LAHOZ EG XU L SCHREIBERAGUS N DEPINHO RA
Citation: Eg. Lahoz et al., SUPPRESSION OF MYC, BUT NOT E1A, TRANSFORMATION ACTIVITY BY MAX-ASSOCIATED PROTEINS, MAD AND MXI1, Proceedings of the National Academy of Sciences of the United Statesof America, 91(12), 1994, pp. 5503-5507
ZEBRA FISH MYC FAMILY AND MAX GENES - DIFFERENTIAL EXPRESSION AND ONCOGENIC ACTIVITY THROUGHOUT VERTEBRATE EVOLUTION
Authors: SCHREIBERAGUS N HORNER J TORRES R CHIU FC DEPINHO RA
Citation: N. Schreiberagus et al., ZEBRA FISH MYC FAMILY AND MAX GENES - DIFFERENTIAL EXPRESSION AND ONCOGENIC ACTIVITY THROUGHOUT VERTEBRATE EVOLUTION, Molecular and cellular biology, 13(5), 1993, pp. 2765-2775
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