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Results: 1-13 |
Results: 13
HUNTINGTIN INTERACTS WITH A FAMILY OF WW DOMAIN PROTEINS
Authors: FABER PW BARNES GT SRINIDHI J CHEN JM GUSELLA JF MACDONALD ME
Citation: Pw. Faber et al., HUNTINGTIN INTERACTS WITH A FAMILY OF WW DOMAIN PROTEINS, Human molecular genetics (Print), 7(9), 1998, pp. 1463-1474
POLYGLUTAMINE-EXPANDED HUMAN HUNTINGTIN TRANSGENES INDUCE DEGENERATION OF DROSOPHILA PHOTORECEPTOR NEURONS
Authors: JACKSON GR SALECKER I DONG XZ YAO X ARNHEIM N FABER PW MACDONALD ME ZIPURSKY SL
Citation: Gr. Jackson et al., POLYGLUTAMINE-EXPANDED HUMAN HUNTINGTIN TRANSGENES INDUCE DEGENERATION OF DROSOPHILA PHOTORECEPTOR NEURONS, Neuron (Cambridge, Mass.), 21(3), 1998, pp. 633-642
AN ANDROGEN RESPONSE ELEMENT IN A FAR UPSTREAM ENHANCER REGION IS ESSENTIAL FOR HIGH, ANDROGEN-REGULATED ACTIVITY OF THE PROSTATE-SPECIFIC ANTIGEN PROMOTER
Authors: CLEUTJENS KBJM VANDERKORPUT HAGM VANEEKELEN CCEM VANROOIJ HCJ FABER PW TRAPMAN J
Citation: Kbjm. Cleutjens et al., AN ANDROGEN RESPONSE ELEMENT IN A FAR UPSTREAM ENHANCER REGION IS ESSENTIAL FOR HIGH, ANDROGEN-REGULATED ACTIVITY OF THE PROSTATE-SPECIFIC ANTIGEN PROMOTER, Molecular endocrinology, 11(2), 1997, pp. 148-161
FRATAXIN GENE OF FRIEDREICHS-ATAXIA IS TARGETED TO MITOCHONDRIA
Authors: PRILLER J SCHERZER CR FABER PW MACDONALD ME YOUNG AB
Citation: J. Priller et al., FRATAXIN GENE OF FRIEDREICHS-ATAXIA IS TARGETED TO MITOCHONDRIA, Annals of neurology, 42(2), 1997, pp. 265-269
FUNCTIONAL IN-VIVO INTERACTION BETWEEN THE AMINO-TERMINAL, TRANSACTIVATION DOMAIN AND THE LIGAND-BINDING DOMAIN OF THE ANDROGEN RECEPTOR
Authors: DOESBURG P KUIL CW BERREVOETS CA STEKETEE K FABER PW MULDER E BRINKMANN AO TRAPMAN J
Citation: P. Doesburg et al., FUNCTIONAL IN-VIVO INTERACTION BETWEEN THE AMINO-TERMINAL, TRANSACTIVATION DOMAIN AND THE LIGAND-BINDING DOMAIN OF THE ANDROGEN RECEPTOR, Biochemistry, 36(5), 1997, pp. 1052-1064
HUNTINGTONS-DISEASE - NEW MOUSE HUNGTINTIN INTERACTING PROTEINS
Authors: DOMPE C FABER PW CARLEE LM CALZONETTI T BARNES GT GUSELLA JF MACDONALD ME
Citation: C. Dompe et al., HUNTINGTONS-DISEASE - NEW MOUSE HUNGTINTIN INTERACTING PROTEINS, American journal of human genetics, 61(4), 1997, pp. 1794-1794
DIFFERENTIAL EXPRESSION OF NORMAL AND MUTANT HUNTINGTONS-DISEASE GENEALLELES
Authors: PERSICHETTI F CARLEE L FABER PW MCNEIL SM AMBROSE CM SRINIDHI J ANDERSON M BARNES GT GUSELLA JF MACDONALD ME
Citation: F. Persichetti et al., DIFFERENTIAL EXPRESSION OF NORMAL AND MUTANT HUNTINGTONS-DISEASE GENEALLELES, Neurobiology of disease, 3(3), 1996, pp. 183-190
TISSUE-SPECIFIC AND ANDROGEN-REGULATED EXPRESSION OF HUMAN PROSTATE-SPECIFIC TRANSGLUTAMINASE
Authors: DUBBINK HJ VERKAIK NS FABER PW TRAPMAN J SCHRODER FH ROMIJN JC
Citation: Hj. Dubbink et al., TISSUE-SPECIFIC AND ANDROGEN-REGULATED EXPRESSION OF HUMAN PROSTATE-SPECIFIC TRANSGLUTAMINASE, Biochemical journal, 315, 1996, pp. 901-908
ANDROGEN REGULATION OF THE RAT KERATINOCYTE GROWTH-FACTOR (KGF FGF7) PROMOTER/
Authors: FASCIANA C VANDERMADE AC FABER PW TRAPMAN J
Citation: C. Fasciana et al., ANDROGEN REGULATION OF THE RAT KERATINOCYTE GROWTH-FACTOR (KGF FGF7) PROMOTER/, Biochemical and biophysical research communications, 220(3), 1996, pp. 858-863
A CANDIDATE TUMOR-SUPPRESSOR GENE INVOLVED IN HUMAN PROSTATE-CANCER IS LOCATED ON CHROMOSOME 8P12-]P21 BETWEEN D8S87 AND D8S133
Authors: FABER PW SLEDDENS HFBM DINJENS WNM VANROOIJ HCJ VANDERWEIDEN MM SCHROEDER FH BOSMAN FT TRAPMAN J
Citation: Pw. Faber et al., A CANDIDATE TUMOR-SUPPRESSOR GENE INVOLVED IN HUMAN PROSTATE-CANCER IS LOCATED ON CHROMOSOME 8P12-]P21 BETWEEN D8S87 AND D8S133, Cytogenetics and cell genetics, 68(3-4), 1995, pp. 157-157
STRUCTURE, CHROMOSOME LOCALIZATION, AND REGULATION OF EXPRESSION OF THE INTERFERON-REGULATED MOUSE IFI54 IFI56 GENE FAMILY/
Authors: BLUYSSEN HAR VLIETSTRA RJ FABER PW SMIT EME HAGEMEIJER A TRAPMAN J
Citation: Har. Bluyssen et al., STRUCTURE, CHROMOSOME LOCALIZATION, AND REGULATION OF EXPRESSION OF THE INTERFERON-REGULATED MOUSE IFI54 IFI56 GENE FAMILY/, Genomics, 24(1), 1994, pp. 137-148
LOSS OF HETEROZYGOSITY OF CHROMOSOME-8 MICROSATELLITE LOCI IMPLICATESA CANDIDATE TUMOR-SUPPRESSOR GENE BETWEEN THE LOCI D8S87 AND D8S133 IN HUMAN PROSTATE-CANCER
Authors: TRAPMAN J SLEDDENS HFBM VANDERWEIDEN MM DINJENS WNM KONIG JJ SCHRODER FH FABER PW BOSMAN FT
Citation: J. Trapman et al., LOSS OF HETEROZYGOSITY OF CHROMOSOME-8 MICROSATELLITE LOCI IMPLICATESA CANDIDATE TUMOR-SUPPRESSOR GENE BETWEEN THE LOCI D8S87 AND D8S133 IN HUMAN PROSTATE-CANCER, Cancer research, 54(23), 1994, pp. 6061-6064
2 DIFFERENT, OVERLAPPING PATHWAYS OF TRANSCRIPTION INITIATION ARE ACTIVE ON THE TATA-LESS HUMAN ANDROGEN RECEPTOR PROMOTER - THE ROLE OF SP1
Authors: FABER PW VANROOIJ HCJ SCHIPPER HJ BRINKMANN AO TRAPMAN J
Citation: Pw. Faber et al., 2 DIFFERENT, OVERLAPPING PATHWAYS OF TRANSCRIPTION INITIATION ARE ACTIVE ON THE TATA-LESS HUMAN ANDROGEN RECEPTOR PROMOTER - THE ROLE OF SP1, The Journal of biological chemistry, 268(13), 1993, pp. 9296-9301
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