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INTRAMOLECULAR REGULATION OF MYOD ACTIVATION DOMAIN CONFORMATION AND FUNCTION
Authors: HUANG J WEINTRAUB H KEDES L
Citation: J. Huang et al., INTRAMOLECULAR REGULATION OF MYOD ACTIVATION DOMAIN CONFORMATION AND FUNCTION, Molecular and cellular biology, 18(9), 1998, pp. 5478-5484
DIFFERENCES BETWEEN MYOD DNA-BINDING AND ACTIVATION SITE REQUIREMENTSREVEALED BY FUNCTIONAL RANDOM SEQUENCE SELECTION
Authors: HUANG J BLACKWELL TK KEDES L WEINTRAUB H
Citation: J. Huang et al., DIFFERENCES BETWEEN MYOD DNA-BINDING AND ACTIVATION SITE REQUIREMENTSREVEALED BY FUNCTIONAL RANDOM SEQUENCE SELECTION, Molecular and cellular biology, 16(7), 1996, pp. 3893-3900
B-LYMPHOCYTE DEVELOPMENT IS REGULATED BY THE COMBINED DOSAGE OF 3 BASIC HELIX-LOOP-HELIX GENES, E2A, E2-2, AND HEB
Authors: ZHUANG Y CHENG PF WEINTRAUB H
Citation: Y. Zhuang et al., B-LYMPHOCYTE DEVELOPMENT IS REGULATED BY THE COMBINED DOSAGE OF 3 BASIC HELIX-LOOP-HELIX GENES, E2A, E2-2, AND HEB, Molecular and cellular biology, 16(6), 1996, pp. 2898-2905
I-MF, A NOVEL MYOGENIC REPRESSOR, INTERACTS WITH MEMBERS OF THE MYOD FAMILY
Authors: CHEN CMA KRAUT N GROUDINE M WEINTRAUB H
Citation: Cma. Chen et al., I-MF, A NOVEL MYOGENIC REPRESSOR, INTERACTS WITH MEMBERS OF THE MYOD FAMILY, Cell, 86(5), 1996, pp. 731-741
SIGNAL-TRANSDUCTION BY ACTIVATED MNOTCH - IMPORTANCE OF PROTEOLYTIC PROCESSING AND ITS REGULATION BY THE EXTRACELLULAR DOMAIN
Authors: KOPAN R SCHROETER EH WEINTRAUB H NYE JS
Citation: R. Kopan et al., SIGNAL-TRANSDUCTION BY ACTIVATED MNOTCH - IMPORTANCE OF PROTEOLYTIC PROCESSING AND ITS REGULATION BY THE EXTRACELLULAR DOMAIN, Proceedings of the National Academy of Sciences of the United Statesof America, 93(4), 1996, pp. 1683-1688
GENE TRAPPING IN DIFFERENTIATING CELL-LINES - REGULATION OF THE LYSOSOMAL PROTEASE CATHEPSIN-B IN SKELETAL MYOBLAST GROWTH AND FUSION
Authors: GOGOS JA THOMPSON R LOWRY W SLOANE BF WEINTRAUB H HORWITZ M
Citation: Ja. Gogos et al., GENE TRAPPING IN DIFFERENTIATING CELL-LINES - REGULATION OF THE LYSOSOMAL PROTEASE CATHEPSIN-B IN SKELETAL MYOBLAST GROWTH AND FUSION, The Journal of cell biology, 134(4), 1996, pp. 837-847
SKELETAL MYOGENESIS - THE PREFERRED PATHWAY OF CHICK-EMBRYO EPIBLAST CELLS IN-VITRO
Authors: GEORGEWEINSTEIN M GERHART J REED R FLYNN J CALLIHAN B MATTIACCI M MIEHLE C FOTI G LASH JW WEINTRAUB H
Citation: M. Georgeweinstein et al., SKELETAL MYOGENESIS - THE PREFERRED PATHWAY OF CHICK-EMBRYO EPIBLAST CELLS IN-VITRO, Developmental biology, 173(1), 1996, pp. 279-291
DEVELOPMENT OF MYOGENIC POTENTIAL WITHIN THE CHICK-EMBRYO EPIBLAST
Authors: GERHART J REED R MATTIACCI M STEINBERG A HOSTETTER J WEINTRAUB H GEORGEWEINSTEIN M
Citation: J. Gerhart et al., DEVELOPMENT OF MYOGENIC POTENTIAL WITHIN THE CHICK-EMBRYO EPIBLAST, Molecular biology of the cell, 6, 1995, pp. 1444-1444
IDENTIFICATION OF A NEW FAMILY OF TISSUE-SPECIFIC BASIC HELIX-LOOP-HELIX PROTEINS WITH A 2-HYBRID SYSTEM
Authors: HOLLENBERG SM STERNGLANZ R CHENG PF WEINTRAUB H
Citation: Sm. Hollenberg et al., IDENTIFICATION OF A NEW FAMILY OF TISSUE-SPECIFIC BASIC HELIX-LOOP-HELIX PROTEINS WITH A 2-HYBRID SYSTEM, Molecular and cellular biology, 15(7), 1995, pp. 3813-3822
SPECIFICITY FOR THE HAIRY ENHANCER OF SPLIT BASIC HELIX-LOOP-HELIX (BHLH) PROTEINS MAPS OUTSIDE THE BHLH DOMAIN AND SUGGESTS 2 SEPARABLE MODES OF TRANSCRIPTIONAL REPRESSION/
Authors: DAWSON SR TURNER DL WEINTRAUB H PARKHURST SM
Citation: Sr. Dawson et al., SPECIFICITY FOR THE HAIRY ENHANCER OF SPLIT BASIC HELIX-LOOP-HELIX (BHLH) PROTEINS MAPS OUTSIDE THE BHLH DOMAIN AND SUGGESTS 2 SEPARABLE MODES OF TRANSCRIPTIONAL REPRESSION/, Molecular and cellular biology, 15(12), 1995, pp. 6923-6931
CONVERSION OF XENOPUS ECTODERM INTO NEURONS BY NEUROD, A BASIC HELIX-LOOP-HELIX PROTEIN
Authors: LEE JE HOLLENBERG SM SNIDER L TURNER DL LIPNICK N WEINTRAUB H
Citation: Je. Lee et al., CONVERSION OF XENOPUS ECTODERM INTO NEURONS BY NEUROD, A BASIC HELIX-LOOP-HELIX PROTEIN, Science, 268(5212), 1995, pp. 836-844
THROUGH THE GLASS LIGHTLY
Authors: WEINTRAUB H ASHBURNER M GOODFELLOW PN LODISH HF ARNTZEN CJ ANDERSON PW RICE TM GEBALLE TH MEANS AR RANNEY HM CECH TR COLWELL RR BOURNE HR RICHTER B SINGER IM MARRACK P FEARON DT PENZIAS A BARD AJ BRINKMAN WF MARKS PA VOGELSTEIN B KINZLER KW BISHOP JM ZARE RN SCHATZ G BENKOVIC SJ GRAY HB VALENTINE JS CRUTZEN PJ CHOI DW NAKANISHI S KOSSLYN SM BRAUMAN JI REES DC BRILL WJ SCHELL J LUHRMANN R WILL CL WULF W VERMEIJ GJ ARROW KJ SMELSER NJ ANDERSON DL ABELSON PH
Citation: H. Weintraub et al., THROUGH THE GLASS LIGHTLY, Science, 267(5204), 1995, pp. 1609-1618
MYOD FORMS MICELLES WHICH CAN DISSOCIATE TO FORM HETERODIMERS WITH E47 - IMPLICATIONS OF MICELLIZATION ON FUNCTION
Authors: LAUE TM STAROVASNIK MA WEINTRAUB H SUN XH SNIDER L KLEVIT RE
Citation: Tm. Laue et al., MYOD FORMS MICELLES WHICH CAN DISSOCIATE TO FORM HETERODIMERS WITH E47 - IMPLICATIONS OF MICELLIZATION ON FUNCTION, Proceedings of the National Academy of Sciences of the United Statesof America, 92(25), 1995, pp. 11824-11828
INTERACTIONS OF MYOGENIC BHLH TRANSCRIPTION FACTORS WITH CALCIUM-BINDING CALMODULIN AND S100A (ALPHA-ALPHA) PROTEINS
Authors: BAUDIER J BERGERET E BERTACCHI N WEINTRAUB H GAGNON J GARIN J
Citation: J. Baudier et al., INTERACTIONS OF MYOGENIC BHLH TRANSCRIPTION FACTORS WITH CALCIUM-BINDING CALMODULIN AND S100A (ALPHA-ALPHA) PROTEINS, Biochemistry, 34(24), 1995, pp. 7834-7846
THE INTRACELLULAR DOMAIN OF MOUSE NOTCH - A CONSTITUTIVELY ACTIVATED REPRESSOR OF MYOGENESIS DIRECTED AT THE BASIC HELIX-LOOP-HELIX REGION OF MYOD
Authors: KOPAN R NYE JS WEINTRAUB H
Citation: R. Kopan et al., THE INTRACELLULAR DOMAIN OF MOUSE NOTCH - A CONSTITUTIVELY ACTIVATED REPRESSOR OF MYOGENESIS DIRECTED AT THE BASIC HELIX-LOOP-HELIX REGION OF MYOD, Development, 120(9), 1994, pp. 2385-2396
TISSUE-SPECIFIC GENE ACTIVATION BY MYOD - DETERMINATION OF SPECIFICITY BY CIS-ACTING REPRESSION ELEMENTS
Authors: WEINTRAUB H GENETTA T KADESCH T
Citation: H. Weintraub et al., TISSUE-SPECIFIC GENE ACTIVATION BY MYOD - DETERMINATION OF SPECIFICITY BY CIS-ACTING REPRESSION ELEMENTS, Genes & development, 8(18), 1994, pp. 2203-2211
EXPRESSION OF ACHAETE-SCUTE HOMOLOG-3 IN XENOPUS-EMBRYOS CONVERTS ECTODERMAL CELLS TO A NEURAL FATE
Authors: TURNER DL WEINTRAUB H
Citation: Dl. Turner et H. Weintraub, EXPRESSION OF ACHAETE-SCUTE HOMOLOG-3 IN XENOPUS-EMBRYOS CONVERTS ECTODERMAL CELLS TO A NEURAL FATE, Genes & development, 8(12), 1994, pp. 1434-1447
XENOPUS-EMBRYOS REGULATE THE NUCLEAR-LOCALIZATION OF XMYOD
Authors: RUPP RAW SNIDER L WEINTRAUB H
Citation: Raw. Rupp et al., XENOPUS-EMBRYOS REGULATE THE NUCLEAR-LOCALIZATION OF XMYOD, Genes & development, 8(11), 1994, pp. 1311-1323
THE INTRACELLULAR PORTION OF MOUSE NOTCH FUNCTIONS AS A CONSTITUTIVELY ACTIVATED REPRESSOR OF MYOGENESIS - A REQUIREMENT FOR NUCLEAR-LOCALIZATION
Authors: KOPAN R NYE JS WEINTRAUB H
Citation: R. Kopan et al., THE INTRACELLULAR PORTION OF MOUSE NOTCH FUNCTIONS AS A CONSTITUTIVELY ACTIVATED REPRESSOR OF MYOGENESIS - A REQUIREMENT FOR NUCLEAR-LOCALIZATION, Journal of cellular biochemistry, 1994, pp. 478-478
FROG EMBRYOS LOCALLY SUPPRESS XMYOD PROTEIN-ACTIVITY BY BLOCKING ITS NUCLEAR TRANSPORT IN THE ANIMAL HEMISPHERE
Authors: RUPP RAW SNIDER L WEINTRAUB H
Citation: Raw. Rupp et al., FROG EMBRYOS LOCALLY SUPPRESS XMYOD PROTEIN-ACTIVITY BY BLOCKING ITS NUCLEAR TRANSPORT IN THE ANIMAL HEMISPHERE, Journal of cellular biochemistry, 1994, pp. 482-482
CO-CRYSTAL STRUCTURE OF MYOD BOUND TO DNA
Authors: MA PCM ROULD MA WEINTRAUB H PABO CO
Citation: Pcm. Ma et al., CO-CRYSTAL STRUCTURE OF MYOD BOUND TO DNA, Journal of cellular biochemistry, 1994, pp. 489-489
CHARACTERIZATION OF A GENETIC-LOCUS EXPRESSED IN 10T1 2 FIBROBLASTS THAT INHIBITS MYOGENESIS IN L6 MYOBLASTS/
Authors: OTTEN AD THAYER MJ WEINTRAUB H
Citation: Ad. Otten et al., CHARACTERIZATION OF A GENETIC-LOCUS EXPRESSED IN 10T1 2 FIBROBLASTS THAT INHIBITS MYOGENESIS IN L6 MYOBLASTS/, Journal of cellular biochemistry, 1994, pp. 530-530
THE HELIX-LOOP-HELIX GENE E2A IS REQUIRED FOR B-CELL FORMATION
Authors: ZHUANG Y SORIANO P WEINTRAUB H
Citation: Y. Zhuang et al., THE HELIX-LOOP-HELIX GENE E2A IS REQUIRED FOR B-CELL FORMATION, Cell, 79(5), 1994, pp. 875-884
CRYSTAL-STRUCTURE OF MYOD BHLH DOMAIN-DNA COMPLEX - PERSPECTIVES ON DNA RECOGNITION AND IMPLICATIONS FOR TRANSCRIPTIONAL ACTIVATION
Authors: MA PCM ROULD MA WEINTRAUB H PABOT CO
Citation: Pcm. Ma et al., CRYSTAL-STRUCTURE OF MYOD BHLH DOMAIN-DNA COMPLEX - PERSPECTIVES ON DNA RECOGNITION AND IMPLICATIONS FOR TRANSCRIPTIONAL ACTIVATION, Cell, 77(3), 1994, pp. 451-459
FORMATION OF A MONOMERIC DNA-BINDING DOMAIN BY SKN-1 BZIP AND HOMEODOMAIN ELEMENTS
Authors: BLACKWELL TK BOWERMAN B PRIESS JR WEINTRAUB H
Citation: Tk. Blackwell et al., FORMATION OF A MONOMERIC DNA-BINDING DOMAIN BY SKN-1 BZIP AND HOMEODOMAIN ELEMENTS, Science, 266(5185), 1994, pp. 621-628
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