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Results: 1-9 |
Results: 9
CDK7 IS ESSENTIAL FOR MITOSIS AND FOR IN-VIVO CDK-ACTIVATING KINASE-ACTIVITY
Authors: LAROCHELLE S PANDUR J FISHER RP SALZ HK SUTER B
Citation: S. Larochelle et al., CDK7 IS ESSENTIAL FOR MITOSIS AND FOR IN-VIVO CDK-ACTIVATING KINASE-ACTIVITY, Genes & development, 12(3), 1998, pp. 370-381
THE FUNCTION OF THE DROSOPHILA THIOREDOXIN HOMOLOG ENCODED BY THE DEADHEAD GENE IS REDOX-DEPENDENT AND BLOCKS THE INITIATION OF DEVELOPMENTBUT NOT DNA-SYNTHESIS
Authors: PELLICENAPALLE A STITZINGER SM SALZ HK
Citation: A. Pellicenapalle et al., THE FUNCTION OF THE DROSOPHILA THIOREDOXIN HOMOLOG ENCODED BY THE DEADHEAD GENE IS REDOX-DEPENDENT AND BLOCKS THE INITIATION OF DEVELOPMENTBUT NOT DNA-SYNTHESIS, Mechanisms of development, 62(1), 1997, pp. 61-65
DOSAGE COMPENSATION - REMODELING CHROMATIN WITH RNA
Authors: WILLARD H SALZ HK
Citation: H. Willard et Hk. Salz, DOSAGE COMPENSATION - REMODELING CHROMATIN WITH RNA, Nature, 386(6622), 1997, pp. 228-229
CYTOPLASMIC DYNEIN (DDLC1) MUTATIONS CAUSE MORPHOGENETIC DEFECTS AND APOPTOTIC CELL-DEATH IN DROSOPHILA-MELANOGASTER
Authors: DICK T RAY K SALZ HK CHIA W
Citation: T. Dick et al., CYTOPLASMIC DYNEIN (DDLC1) MUTATIONS CAUSE MORPHOGENETIC DEFECTS AND APOPTOTIC CELL-DEATH IN DROSOPHILA-MELANOGASTER, Molecular and cellular biology, 16(5), 1996, pp. 1966-1977
BOTH LOSS-OF-FUNCTION AND GAIN-OF-FUNCTION MUTATIONS IN SNF DEFINE A ROLE FOR SNRNP PROTEINS IN REGULATING SEX-LETHAL PRE-MESSENGER-RNA SPLICING IN DROSOPHILA DEVELOPMENT
Authors: SALZ HK FLICKINGER TW
Citation: Hk. Salz et Tw. Flickinger, BOTH LOSS-OF-FUNCTION AND GAIN-OF-FUNCTION MUTATIONS IN SNF DEFINE A ROLE FOR SNRNP PROTEINS IN REGULATING SEX-LETHAL PRE-MESSENGER-RNA SPLICING IN DROSOPHILA DEVELOPMENT, Genetics, 144(1), 1996, pp. 95-108
THE PUTATIVE DROSOPHILA NMDARA1 GENE IS LOCATED ON THE 2ND CHROMOSOMEAND IS UBIQUITOUSLY EXPRESSED IN EMBRYOGENESIS
Authors: PELLICENAPALLE A SALZ HK
Citation: A. Pellicenapalle et Hk. Salz, THE PUTATIVE DROSOPHILA NMDARA1 GENE IS LOCATED ON THE 2ND CHROMOSOMEAND IS UBIQUITOUSLY EXPRESSED IN EMBRYOGENESIS, Biochimica et biophysica acta, N. Gene structure and expression, 1261(2), 1995, pp. 301-303
THE DROSOPHILA SEX DETERMINATION GENE SNF ENCODES A NUCLEAR-PROTEIN WITH SEQUENCE AND FUNCTIONAL SIMILARITY TO THE MAMMALIAN U1A SNRNP PROTEIN
Authors: FLICKINGER TW SALZ HK
Citation: Tw. Flickinger et Hk. Salz, THE DROSOPHILA SEX DETERMINATION GENE SNF ENCODES A NUCLEAR-PROTEIN WITH SEQUENCE AND FUNCTIONAL SIMILARITY TO THE MAMMALIAN U1A SNRNP PROTEIN, Genes & development, 8(8), 1994, pp. 914-925
THE DROSOPHILA MATERNAL EFFECT LOCUS DEADHEAD ENCODES A THIOREDOXIN HOMOLOG REQUIRED FOR FEMALE MEIOSIS AND EARLY EMBRYONIC-DEVELOPMENT
Authors: SALZ HK FLICKINGER TW MITTENDORF E PELLICENAPALLE A PETSCHEK JP ALBRECHT EB
Citation: Hk. Salz et al., THE DROSOPHILA MATERNAL EFFECT LOCUS DEADHEAD ENCODES A THIOREDOXIN HOMOLOG REQUIRED FOR FEMALE MEIOSIS AND EARLY EMBRYONIC-DEVELOPMENT, Genetics, 136(3), 1994, pp. 1075-1086
THE DROSOPHILA SEX DETERMINATION GENE SNF IS UTILIZED FOR THE ESTABLISHMENT OF THE FEMALE-SPECIFIC SPLICING PATTERN OF SEX-LETHAL
Authors: ALBRECHT EB SALZ HK
Citation: Eb. Albrecht et Hk. Salz, THE DROSOPHILA SEX DETERMINATION GENE SNF IS UTILIZED FOR THE ESTABLISHMENT OF THE FEMALE-SPECIFIC SPLICING PATTERN OF SEX-LETHAL, Genetics, 134(3), 1993, pp. 801-807
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