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Results: 1-11 |
Results: 11
MOLECULAR SCREENING FOR P-ELEMENT INSERTIONS IN A LARGE GENOMIC REGION OF DROSOPHILA-MELANOGASTER USING POLYMERASE-CHAIN-REACTION MEDIATED BY THE VECTORETTE
Authors: EGGERT H BERGEMANN K SAUMWEBER H
Citation: H. Eggert et al., MOLECULAR SCREENING FOR P-ELEMENT INSERTIONS IN A LARGE GENOMIC REGION OF DROSOPHILA-MELANOGASTER USING POLYMERASE-CHAIN-REACTION MEDIATED BY THE VECTORETTE, Genetics, 149(3), 1998, pp. 1427-1434
THE DYNAMIC NUCLEAR REDISTRIBUTION OF AN HNRNP K-HOMOLOGOUS PROTEIN DURING DROSOPHILA EMBRYO DEVELOPMENT AND HEAT-SHOCK - FLEXIBILITY OF TRANSCRIPTION SITES IN-VIVO
Authors: BUCHENAU P SAUMWEBER H ARNDTJOVIN DJ
Citation: P. Buchenau et al., THE DYNAMIC NUCLEAR REDISTRIBUTION OF AN HNRNP K-HOMOLOGOUS PROTEIN DURING DROSOPHILA EMBRYO DEVELOPMENT AND HEAT-SHOCK - FLEXIBILITY OF TRANSCRIPTION SITES IN-VIVO, The Journal of cell biology, 137(2), 1997, pp. 291-303
BX34 - A LARGE, FILAMENTOUS PROTEIN LOCALIZED TO THE EXTRACHROMOSOMALCHANNEL NETWORK AND NUCLEAR-PORE COMPLEXES IN DROSOPHILA
Authors: ZIMOWSKA G ARIS JP SAUMWEBER H PADDY MR
Citation: G. Zimowska et al., BX34 - A LARGE, FILAMENTOUS PROTEIN LOCALIZED TO THE EXTRACHROMOSOMALCHANNEL NETWORK AND NUCLEAR-PORE COMPLEXES IN DROSOPHILA, Molecular biology of the cell, 7, 1996, pp. 575-575
TIME-RESOLVED, IN-VIVO STUDIES OF MITOTIC SPINDLE FORMATION AND NUCLEAR LAMINA BREAKDOWN IN DROSOPHILA EARLY EMBRYOS
Authors: PADDY MR SAUMWEBER H AGARD DA SEDAT JW
Citation: Mr. Paddy et al., TIME-RESOLVED, IN-VIVO STUDIES OF MITOTIC SPINDLE FORMATION AND NUCLEAR LAMINA BREAKDOWN IN DROSOPHILA EARLY EMBRYOS, Journal of Cell Science, 109, 1996, pp. 591-607
BIOASSAYING PUTATIVE RNA-BINDING MOTIFS IN A PROTEIN ENCODED BY A GENE THAT INFLUENCES COURTSHIP AND VISUALLY MEDIATED BEHAVIOR IN DROSOPHILA - IN-VITRO MUTAGENESIS OF NONA
Authors: STANEWSKY R FRY TA REIM I SAUMWEBER H HALL JC
Citation: R. Stanewsky et al., BIOASSAYING PUTATIVE RNA-BINDING MOTIFS IN A PROTEIN ENCODED BY A GENE THAT INFLUENCES COURTSHIP AND VISUALLY MEDIATED BEHAVIOR IN DROSOPHILA - IN-VITRO MUTAGENESIS OF NONA, Genetics, 143(1), 1996, pp. 259-275
INTEGRATED MOLECULAR, STRUCTURAL, AND GENETIC-STUDIES OF A DROSOPHILAHOMOLOG OF THE HUMAN RAT TPR PROTEIN SHOWING INTERNAL NUCLEAR-LOCALIZATION
Authors: ZIMOWSKAHANDLER G ARIS JP SAUMWEBER H PADDY MR
Citation: G. Zimowskahandler et al., INTEGRATED MOLECULAR, STRUCTURAL, AND GENETIC-STUDIES OF A DROSOPHILAHOMOLOG OF THE HUMAN RAT TPR PROTEIN SHOWING INTERNAL NUCLEAR-LOCALIZATION, Molecular biology of the cell, 6, 1995, pp. 2464-2464
STRUCTURAL AND MOLECULAR STUDIES OF A LIKELY DROSOPHILA NUCLEAR SKELETAL COMPONENT SHOWING BROAD SEQUENCE HOMOLOGY TO HUMAN TPR
Authors: PADDY MR ARIS JP SAUMWEBER H ZIMOWSKAHANDLER G
Citation: Mr. Paddy et al., STRUCTURAL AND MOLECULAR STUDIES OF A LIKELY DROSOPHILA NUCLEAR SKELETAL COMPONENT SHOWING BROAD SEQUENCE HOMOLOGY TO HUMAN TPR, Journal of cellular biochemistry, 1995, pp. 144-144
THE ENHANCER OF POSITION-EFFECT VARIEGATION OF DROSOPHILA, E(VAR)3-93D, CODES FOR A CHROMATIN PROTEIN CONTAINING A CONSERVED DOMAIN COMMON TO SEVERAL TRANSCRIPTIONAL REGULATORS
Authors: DORN R KRAUSS V REUTER G SAUMWEBER H
Citation: R. Dorn et al., THE ENHANCER OF POSITION-EFFECT VARIEGATION OF DROSOPHILA, E(VAR)3-93D, CODES FOR A CHROMATIN PROTEIN CONTAINING A CONSERVED DOMAIN COMMON TO SEVERAL TRANSCRIPTIONAL REGULATORS, Proceedings of the National Academy of Sciences of the United Statesof America, 90(23), 1993, pp. 11376-11380
IN-VIVO OBSERVATION OF THE PUFF-SPECIFIC PROTEIN NO-ON TRANSIENT-A (NONA) IN NUCLEI OF DROSOPHILA EMBRYOS
Authors: BUCHENAU P ARNDTJOVIN DJ SAUMWEBER H
Citation: P. Buchenau et al., IN-VIVO OBSERVATION OF THE PUFF-SPECIFIC PROTEIN NO-ON TRANSIENT-A (NONA) IN NUCLEI OF DROSOPHILA EMBRYOS, Journal of Cell Science, 106, 1993, pp. 189-199
CONSEQUENCES OF TOPOISOMERASE-II INHIBITION IN EARLY EMBRYOGENESIS OFDROSOPHILA REVEALED BY INVIVO CONFOCAL LASER SCANNING MICROSCOPY
Authors: BUCHENAU P SAUMWEBER H ARNDTJOVIN DJ
Citation: P. Buchenau et al., CONSEQUENCES OF TOPOISOMERASE-II INHIBITION IN EARLY EMBRYOGENESIS OFDROSOPHILA REVEALED BY INVIVO CONFOCAL LASER SCANNING MICROSCOPY, Journal of Cell Science, 104, 1993, pp. 1175-1185
GENETIC AND MOLECULAR ANALYSIS OF THE X-CHROMOSOMAL REGION 14B17-14C4IN DROSOPHILA-MELANOGASTER - LOSS OF FUNCTION IN NONA, A NUCLEAR-PROTEIN COMMON TO MANY CELL-TYPES, RESULTS IN SPECIFIC PHYSIOLOGICAL AND BEHAVIORAL DEFECTS
Authors: STANEWSKY R RENDAHL KG DILL M SAUMWEBER H
Citation: R. Stanewsky et al., GENETIC AND MOLECULAR ANALYSIS OF THE X-CHROMOSOMAL REGION 14B17-14C4IN DROSOPHILA-MELANOGASTER - LOSS OF FUNCTION IN NONA, A NUCLEAR-PROTEIN COMMON TO MANY CELL-TYPES, RESULTS IN SPECIFIC PHYSIOLOGICAL AND BEHAVIORAL DEFECTS, Genetics, 135(2), 1993, pp. 419-442
Risultati: 1-11 |