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Results: 1-25 | 26-39
Results: 1-25/39
BISPHENOL-A INTERACTS WITH THE ESTROGEN-RECEPTOR-ALPHA IN A DISTINCT MANNER FROM ESTRADIOL
Authors: GOULD JC LEONARD LS MANESS SC WAGNER BL CONNER K ZACHAREWSKI T SAFE S MCDONNELL DP GAIDO KW
Citation: Jc. Gould et al., BISPHENOL-A INTERACTS WITH THE ESTROGEN-RECEPTOR-ALPHA IN A DISTINCT MANNER FROM ESTRADIOL, Molecular and cellular endocrinology, 142(1-2), 1998, pp. 203-214
DEFINITION OF THE MOLECULAR MECHANISM OF ACTION OF TISSUE-SELECTIVE ESTROGEN-RECEPTOR MODULATORS
Authors: MCDONNELL DP
Citation: Dp. Mcdonnell, DEFINITION OF THE MOLECULAR MECHANISM OF ACTION OF TISSUE-SELECTIVE ESTROGEN-RECEPTOR MODULATORS, Biochemical Society transactions, 26(1), 1998, pp. 54-60
THE NUCLEAR COREPRESSORS NCOR AND SMRT ARE KEY REGULATORS OF BOTH LIGAND-DEPENDENT AND 8-BROMO-CYCLIC AMP-DEPENDENT TRANSCRIPTIONAL ACTIVITY OF THE HUMAN PROGESTERONE-RECEPTOR
Authors: WAGNER BL NORRIS JD KNOTTS TA WEIGEL NL MCDONNELL DP
Citation: Bl. Wagner et al., THE NUCLEAR COREPRESSORS NCOR AND SMRT ARE KEY REGULATORS OF BOTH LIGAND-DEPENDENT AND 8-BROMO-CYCLIC AMP-DEPENDENT TRANSCRIPTIONAL ACTIVITY OF THE HUMAN PROGESTERONE-RECEPTOR, Molecular and cellular biology, 18(3), 1998, pp. 1369-1378
INHIBITION OF ANDROGEN RECEPTOR-DEPENDENT TRANSCRIPTIONAL ACTIVITY BYDDT ISOMERS AND METHOXYCHLOR IN HEPG2 HUMAN HEPATOMA-CELLS
Authors: MANESS SC MCDONNELL DP GAIDO KW
Citation: Sc. Maness et al., INHIBITION OF ANDROGEN RECEPTOR-DEPENDENT TRANSCRIPTIONAL ACTIVITY BYDDT ISOMERS AND METHOXYCHLOR IN HEPG2 HUMAN HEPATOMA-CELLS, Toxicology and applied pharmacology, 151(1), 1998, pp. 135-142
ENHANCEMENT OF ESTROGEN-RECEPTOR TRANSCRIPTIONAL ACTIVITY BY THE COACTIVATOR GRIP-1 HIGHLIGHTS THE ROLE OF ACTIVATION FUNCTION-2 IN DETERMINING ESTROGEN-RECEPTOR PHARMACOLOGY
Authors: NORRIS JD FAN DJ STALLCUP MR MCDONNELL DP
Citation: Jd. Norris et al., ENHANCEMENT OF ESTROGEN-RECEPTOR TRANSCRIPTIONAL ACTIVITY BY THE COACTIVATOR GRIP-1 HIGHLIGHTS THE ROLE OF ACTIVATION FUNCTION-2 IN DETERMINING ESTROGEN-RECEPTOR PHARMACOLOGY, The Journal of biological chemistry, 273(12), 1998, pp. 6679-6688
BRCA1 EXPRESSION IS NOT DIRECTLY RESPONSIVE TO ESTROGEN
Authors: MARKS JR HUPER G VAUGHN JP DAVIS PL NORRIS J MCDONNELL DP WISEMAN RW FUTREAL PA IGLEHART JD
Citation: Jr. Marks et al., BRCA1 EXPRESSION IS NOT DIRECTLY RESPONSIVE TO ESTROGEN, Oncogene, 14(1), 1997, pp. 115-121
ANALYSIS OF THE MOLECULAR PHARMACOLOGY OF ESTROGEN-RECEPTOR AGONISTS AND ANTAGONISTS PROVIDES INSIGHTS INTO THE MECHANISM OF ACTION OF ESTROGEN IN BONE
Authors: MCDONNELL DP NORRIS JD
Citation: Dp. Mcdonnell et Jd. Norris, ANALYSIS OF THE MOLECULAR PHARMACOLOGY OF ESTROGEN-RECEPTOR AGONISTS AND ANTAGONISTS PROVIDES INSIGHTS INTO THE MECHANISM OF ACTION OF ESTROGEN IN BONE, Osteoporosis international, 7, 1997, pp. 29-34
IDENTIFICATION OF A 3RD AUTONOMOUS ACTIVATION DOMAIN WITHIN THE HUMANESTROGEN-RECEPTOR
Authors: NORRIS JD FAN DJ KERNER SA MCDONNELL DP
Citation: Jd. Norris et al., IDENTIFICATION OF A 3RD AUTONOMOUS ACTIVATION DOMAIN WITHIN THE HUMANESTROGEN-RECEPTOR, Molecular endocrinology, 11(6), 1997, pp. 747-754
IDENTIFICATION OF THE SEQUENCES WITHIN THE HUMAN-COMPLEMENT-3 PROMOTER REQUIRED FOR ESTROGEN RESPONSIVENESS PROVIDES INSIGHT INTO THE MECHANISM OF TAMOXIFEN MIXED AGONIST ACTIVITY (VOL 10, PG 1605, 1996)
Authors: NORRIS J FAN D MCDONNELL DP
Citation: J. Norris et al., IDENTIFICATION OF THE SEQUENCES WITHIN THE HUMAN-COMPLEMENT-3 PROMOTER REQUIRED FOR ESTROGEN RESPONSIVENESS PROVIDES INSIGHT INTO THE MECHANISM OF TAMOXIFEN MIXED AGONIST ACTIVITY (VOL 10, PG 1605, 1996), Molecular endocrinology, 11(3), 1997, pp. 341-341
EVALUATION OF A RECOMBINANT YEAST-CELL ESTROGEN SCREENING ASSAY
Authors: COLDHAM NG DAVE M SIVAPATHASUNDARAM S MCDONNELL DP CONNOR C SAUER MJ
Citation: Ng. Coldham et al., EVALUATION OF A RECOMBINANT YEAST-CELL ESTROGEN SCREENING ASSAY, Environmental health perspectives, 105(7), 1997, pp. 734-742
ADDITIVE ESTROGENIC ACTIVITIES OF A BINARY MIXTURE OF 2',4',6'-TRICHLORO-4-BIPHENYLOL AND 2',3',4',5'-TETRACHLORO-4-BIPHENYLOL
Authors: RAMAMOORTHY K VYHLIDAL C WANG F CHEN IC SAFE S MCDONNELL DP LEONARD LS GAIDO KW
Citation: K. Ramamoorthy et al., ADDITIVE ESTROGENIC ACTIVITIES OF A BINARY MIXTURE OF 2',4',6'-TRICHLORO-4-BIPHENYLOL AND 2',3',4',5'-TETRACHLORO-4-BIPHENYLOL, Toxicology and applied pharmacology, 147(1), 1997, pp. 93-100
EVALUATION OF CHEMICALS WITH ENDOCRINE MODULATING ACTIVITY IN A YEAST-BASED STEROID-HORMONE RECEPTOR GENE-TRANSCRIPTION ASSAY
Authors: GAIDO KW LEONARD LS LOVELL S GOULD JC BABAI D PORTIER CJ MCDONNELL DP
Citation: Kw. Gaido et al., EVALUATION OF CHEMICALS WITH ENDOCRINE MODULATING ACTIVITY IN A YEAST-BASED STEROID-HORMONE RECEPTOR GENE-TRANSCRIPTION ASSAY, Toxicology and applied pharmacology, 143(1), 1997, pp. 205-212
POTENCY OF COMBINED ESTROGENIC PESTICIDES
Authors: RAMAMOORTHY K WANG F CHEN IC SAFE S NORRIS JD MCDONNELL DP GAIDO KW BOCCHINFUSO WP KORACH KS
Citation: K. Ramamoorthy et al., POTENCY OF COMBINED ESTROGENIC PESTICIDES, Science, 275(5298), 1997, pp. 405-405
MAPPING AND CHARACTERIZATION OF THE FUNCTIONAL DOMAINS RESPONSIBLE FOR THE DIFFERENTIAL ACTIVITY OF THE A-ISOFORM AND B-ISOFORM OF THE HUMAN PROGESTERONE-RECEPTOR
Authors: GIANGRANDE PH POLLIO G MCDONNELL DP
Citation: Ph. Giangrande et al., MAPPING AND CHARACTERIZATION OF THE FUNCTIONAL DOMAINS RESPONSIBLE FOR THE DIFFERENTIAL ACTIVITY OF THE A-ISOFORM AND B-ISOFORM OF THE HUMAN PROGESTERONE-RECEPTOR, The Journal of biological chemistry, 272(52), 1997, pp. 32889-32900
DISSECTION OF THE MOLECULAR MECHANISM OF ACTION OF GW5638, A NOVEL ESTROGEN-RECEPTOR LIGAND, PROVIDES INSIGHTS INTO THE ROLE OF ESTROGEN-RECEPTOR IN BONE
Authors: WILLSON TM NORRIS JD WAGNER BL ASPLIN I BAER P BROWN HR JONES SA HENKE B SAULS H WOLFE S MORRIS DC MCDONNELL DP
Citation: Tm. Willson et al., DISSECTION OF THE MOLECULAR MECHANISM OF ACTION OF GW5638, A NOVEL ESTROGEN-RECEPTOR LIGAND, PROVIDES INSIGHTS INTO THE ROLE OF ESTROGEN-RECEPTOR IN BONE, Endocrinology, 138(9), 1997, pp. 3901-3911
ESTROGENIC ACTIVITY OF A DIELDRIN TOXAPHENE MIXTURE IN THE MOUSE UTERUS, MCF-7 HUMAN BREAST-CANCER CELLS, AND YEAST-BASED ESTROGEN-RECEPTORASSAYS - NO APPARENT SYNERGISM/
Authors: RAMAMOORTHY K WANG F CHEN IC NORRIS JD MCDONNELL DP LEONARD LS GAIDO KW BOCCHINFUSO WP KORACH KS SAFE S
Citation: K. Ramamoorthy et al., ESTROGENIC ACTIVITY OF A DIELDRIN TOXAPHENE MIXTURE IN THE MOUSE UTERUS, MCF-7 HUMAN BREAST-CANCER CELLS, AND YEAST-BASED ESTROGEN-RECEPTORASSAYS - NO APPARENT SYNERGISM/, Endocrinology, 138(4), 1997, pp. 1520-1527
IDENTIFICATION OF THE SEQUENCES WITHIN THE HUMAN-COMPLEMENT-3 PROMOTER REQUIRED FOR ESTROGEN RESPONSIVENESS PROVIDES INSIGHT INTO THE MECHANISM OF TAMOXIFEN MIXED AGONIST ACTIVITY
Authors: NORRIS JD FAN DJ WAGNER BL MCDONNELL DP
Citation: Jd. Norris et al., IDENTIFICATION OF THE SEQUENCES WITHIN THE HUMAN-COMPLEMENT-3 PROMOTER REQUIRED FOR ESTROGEN RESPONSIVENESS PROVIDES INSIGHT INTO THE MECHANISM OF TAMOXIFEN MIXED AGONIST ACTIVITY, Molecular endocrinology, 10(12), 1996, pp. 1605-1616
YEAST RSP5 AND ITS HUMAN HOMOLOG HRPF1 POTENTIATE HORMONE-DEPENDENT ACTIVATION OF TRANSCRIPTION BY HUMAN PROGESTERONE AND GLUCOCORTICOID RECEPTORS
Authors: IMHOF MO MCDONNELL DP
Citation: Mo. Imhof et Dp. Mcdonnell, YEAST RSP5 AND ITS HUMAN HOMOLOG HRPF1 POTENTIATE HORMONE-DEPENDENT ACTIVATION OF TRANSCRIPTION BY HUMAN PROGESTERONE AND GLUCOCORTICOID RECEPTORS, Molecular and cellular biology, 16(6), 1996, pp. 2594-2605
16-ALPHA-SUBSTITUTED ANALOGS OF THE ANTIPROGESTIN RU486 INDUCE A UNIQUE CONFORMATION IN THE HUMAN PROGESTERONE-RECEPTOR RESULTING IN MIXED AGONIST ACTIVITY
Authors: WAGNER BL POLLIO G LEONHARDT S WANI MC LEE DYW IMHOF MO EDWARDS DP COOK CE MCDONNELL DP
Citation: Bl. Wagner et al., 16-ALPHA-SUBSTITUTED ANALOGS OF THE ANTIPROGESTIN RU486 INDUCE A UNIQUE CONFORMATION IN THE HUMAN PROGESTERONE-RECEPTOR RESULTING IN MIXED AGONIST ACTIVITY, Proceedings of the National Academy of Sciences of the United Statesof America, 93(16), 1996, pp. 8739-8744
UNRAVELING THE HUMAN PROGESTERONE-RECEPTOR SIGNAL-TRANSDUCTION PATHWAY - INSIGHTS INTO ANTIPROGESTIN ACTION
Authors: MCDONNELL DP
Citation: Dp. Mcdonnell, UNRAVELING THE HUMAN PROGESTERONE-RECEPTOR SIGNAL-TRANSDUCTION PATHWAY - INSIGHTS INTO ANTIPROGESTIN ACTION, Trends in endocrinology and metabolism, 6(4), 1995, pp. 133-138
DEFINITION OF THE CRITICAL CELLULAR-COMPONENTS WHICH DISTINGUISH BETWEEN HORMONE AND ANTIHORMONE ACTIVATED PROGESTERONE-RECEPTOR
Authors: CLEMM DL MACY BL SANTISOMERE D MCDONNELL DP
Citation: Dl. Clemm et al., DEFINITION OF THE CRITICAL CELLULAR-COMPONENTS WHICH DISTINGUISH BETWEEN HORMONE AND ANTIHORMONE ACTIVATED PROGESTERONE-RECEPTOR, Journal of steroid biochemistry and molecular biology, 53(1-6), 1995, pp. 487-495
ANALYSIS OF ESTROGEN-RECEPTOR FUNCTION IN-VITRO REVEALS 3 DISTINCT CLASSES OF ANTIESTROGENS
Authors: MCDONNELL DP CLEMM DL HERMANN T GOLDMAN ME PIKE JW
Citation: Dp. Mcdonnell et al., ANALYSIS OF ESTROGEN-RECEPTOR FUNCTION IN-VITRO REVEALS 3 DISTINCT CLASSES OF ANTIESTROGENS, Molecular endocrinology, 9(6), 1995, pp. 659-669
IDENTIFICATION OF A NEW SUBCLASS OF ALU DNA REPEATS WHICH CAN FUNCTION AS ESTROGEN RECEPTOR-DEPENDENT TRANSCRIPTIONAL ENHANCERS
Authors: NORRIS J FAN DJ ALEMAN C MARKS JR FUTREAL PA WISEMAN RW IGLEHART JD DEININGER PL MCDONNELL DP
Citation: J. Norris et al., IDENTIFICATION OF A NEW SUBCLASS OF ALU DNA REPEATS WHICH CAN FUNCTION AS ESTROGEN RECEPTOR-DEPENDENT TRANSCRIPTIONAL ENHANCERS, The Journal of biological chemistry, 270(39), 1995, pp. 22777-22782
ESTROGEN-RECEPTOR MEDIATED REPRESSION OF RAT GONADOTROPIN-RELEASING-HORMONE (GNRH) PROMOTER ACTIVITY IN HYPOTHALAMIC CELLS
Authors: KEPA JK NEELEY CI JACOBSEN BM BRUDER JM MCDONNELL DP LESLIE KK WIERMAN ME
Citation: Jk. Kepa et al., ESTROGEN-RECEPTOR MEDIATED REPRESSION OF RAT GONADOTROPIN-RELEASING-HORMONE (GNRH) PROMOTER ACTIVITY IN HYPOTHALAMIC CELLS, Endocrine, 2(10), 1994, pp. 947-956
DEFINITION OF THE CELLULAR MECHANISMS WHICH DISTINGUISH BETWEEN HORMONE AND ANTIHORMONE ACTIVATED STEROID-RECEPTORS
Authors: MCDONNELL DP CLEMM DL IMHOF MO
Citation: Dp. Mcdonnell et al., DEFINITION OF THE CELLULAR MECHANISMS WHICH DISTINGUISH BETWEEN HORMONE AND ANTIHORMONE ACTIVATED STEROID-RECEPTORS, Seminars in cancer biology, 5(5), 1994, pp. 327-336
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