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Results: 1-9 |
Results: 9
TLS (TRANSLOCATED-IN-LIPOSARCOMA) IS A HIGH-AFFINITY INTERACTOR FOR STEROID, THYROID-HORMONE, AND RETINOID RECEPTORS
Authors: POWERS CA MATHUR M RAAKA BM RON D SAMUELS HH
Citation: Ca. Powers et al., TLS (TRANSLOCATED-IN-LIPOSARCOMA) IS A HIGH-AFFINITY INTERACTOR FOR STEROID, THYROID-HORMONE, AND RETINOID RECEPTORS, Molecular endocrinology, 12(1), 1998, pp. 4-18
ROLE OF THE CONSERVED C-TERMINAL REGION OF THYROID-HORMONE RECEPTOR-ALPHA IN LIGAND-DEPENDENT TRANSCRIPTIONAL ACTIVATION
Authors: SELMIRUBY S CASANOVA J MALHOTRA S ROUSSETT B RAAKA BM SAMUELS HH
Citation: S. Selmiruby et al., ROLE OF THE CONSERVED C-TERMINAL REGION OF THYROID-HORMONE RECEPTOR-ALPHA IN LIGAND-DEPENDENT TRANSCRIPTIONAL ACTIVATION, Molecular and cellular endocrinology, 138(1-2), 1998, pp. 105-114
A NOVEL MULTIFUNCTIONAL MOTIF IN THE AMINO-TERMINAL A B DOMAIN OF T3R-ALPHA MODULATES DNA-BINDING AND RECEPTOR DIMERIZATION/
Authors: HADZIC E HABEOS I RAAKA BM SAMUELS HH
Citation: E. Hadzic et al., A NOVEL MULTIFUNCTIONAL MOTIF IN THE AMINO-TERMINAL A B DOMAIN OF T3R-ALPHA MODULATES DNA-BINDING AND RECEPTOR DIMERIZATION/, The Journal of biological chemistry, 273(17), 1998, pp. 10270-10278
HORMONE-DEPENDENT AND HORMONE-INDEPENDENT TRANSCRIPTIONAL ACTIVATION BY THYROID-HORMONE RECEPTORS ARE MEDIATED BY DIFFERENT MECHANISMS
Authors: HELMER EB RAAKA BM SAMUELS HH
Citation: Eb. Helmer et al., HORMONE-DEPENDENT AND HORMONE-INDEPENDENT TRANSCRIPTIONAL ACTIVATION BY THYROID-HORMONE RECEPTORS ARE MEDIATED BY DIFFERENT MECHANISMS, Endocrinology, 137(2), 1996, pp. 390-399
A 10-AMINO-ACID SEQUENCE IN THE N-TERMINAL A B DOMAIN OF THYROID-HORMONE RECEPTOR-ALPHA IS ESSENTIAL FOR TRANSCRIPTIONAL ACTIVATION AND INTERACTION WITH THE GENERAL TRANSCRIPTION FACTOR TFIIB/
Authors: HADZIC E DESAIYAJNIK V HELMER E GUO S WU SJ KOUDINOVA N CASANOVA J RAAKA BM SAMUELS HH
Citation: E. Hadzic et al., A 10-AMINO-ACID SEQUENCE IN THE N-TERMINAL A B DOMAIN OF THYROID-HORMONE RECEPTOR-ALPHA IS ESSENTIAL FOR TRANSCRIPTIONAL ACTIVATION AND INTERACTION WITH THE GENERAL TRANSCRIPTION FACTOR TFIIB/, Molecular and cellular biology, 15(8), 1995, pp. 4507-4517
THE LIGAND-BINDING DOMAINS OF THE THYROID-HORMONE RETINOID RECEPTOR GENE SUBFAMILY FUNCTION IN-VIVO TO MEDIATE HETERODIMERIZATION, GENE SILENCING, AND TRANSACTIVATION
Authors: QI JS DESAIYAJNIK V GREENE ME RAAKA BM SAMUELS HH
Citation: Js. Qi et al., THE LIGAND-BINDING DOMAINS OF THE THYROID-HORMONE RETINOID RECEPTOR GENE SUBFAMILY FUNCTION IN-VIVO TO MEDIATE HETERODIMERIZATION, GENE SILENCING, AND TRANSACTIVATION, Molecular and cellular biology, 15(3), 1995, pp. 1817-1825
A SEQUENCE IN THE RAT PIT-1 GENE PROMOTER CONFERS SYNERGISTIC ACTIVATION BY GLUCOCORTICOIDS AND PROTEIN KINASES-C
Authors: JONG MTC RAAKA BM SAMUELS HH
Citation: Mtc. Jong et al., A SEQUENCE IN THE RAT PIT-1 GENE PROMOTER CONFERS SYNERGISTIC ACTIVATION BY GLUCOCORTICOIDS AND PROTEIN KINASES-C, Molecular endocrinology, 8(10), 1994, pp. 1320-1327
FUNCTIONAL EVIDENCE FOR LIGAND-DEPENDENT DISSOCIATION OF THYROID-HORMONE AND RETINOIC ACID RECEPTORS FROM AN INHIBITORY CELLULAR FACTOR
Authors: CASANOVA J HELMER E SELMIRUBY S QI JS AUFLIEGNER M DESAIYAJNIK V KOUDINOVA N YARM F RAAKA BM SAMUELS HH
Citation: J. Casanova et al., FUNCTIONAL EVIDENCE FOR LIGAND-DEPENDENT DISSOCIATION OF THYROID-HORMONE AND RETINOIC ACID RECEPTORS FROM AN INHIBITORY CELLULAR FACTOR, Molecular and cellular biology, 14(9), 1994, pp. 5756-5765
THE CONSERVED 9TH C-TERMINAL HEPTAD IN THYROID-HORMONE AND RETINOIC ACID RECEPTORS MEDIATES DIVERSE RESPONSES BY AFFECTING HETERODIMER BUT NOT HOMODIMER FORMATION
Authors: AUFLIEGNER M HELMER E CASANOVA J RAAKA BM SAMUELS HH
Citation: M. Aufliegner et al., THE CONSERVED 9TH C-TERMINAL HEPTAD IN THYROID-HORMONE AND RETINOIC ACID RECEPTORS MEDIATES DIVERSE RESPONSES BY AFFECTING HETERODIMER BUT NOT HOMODIMER FORMATION, Molecular and cellular biology, 13(9), 1993, pp. 5725-5737
Risultati: 1-9 |