MODEL OF THYROID-HORMONE RECEPTOR ACTION
MODEL OF THYROID-HORMONE RECEPTOR ACTION Part of “CHAPTER 31 – THYROID PHYSIOLOGY: HORMONE ACTION, RECEPTORS, AND POSTRECEPTOR EVENTS“ On the basis of these findings, a model for the mechanism of…
MODEL OF THYROID-HORMONE RECEPTOR ACTION Part of “CHAPTER 31 – THYROID PHYSIOLOGY: HORMONE ACTION, RECEPTORS, AND POSTRECEPTOR EVENTS“ On the basis of these findings, a model for the mechanism of…
TRANSCRIPTIONAL ACTIVATION BY THYROID HORMONE COACTIVATORS Part of “CHAPTER 31 – THYROID PHYSIOLOGY: HORMONE ACTION, RECEPTORS, AND POSTRECEPTOR EVENTS“ Many factors potentially can modulate TH-mediated transcription. These include variability among…
REPRESSION OF BASAL TRANSCRIPTION/COREPRESSORS Part of “CHAPTER 31 – THYROID PHYSIOLOGY: HORMONE ACTION, RECEPTORS, AND POSTRECEPTOR EVENTS“ Unliganded TRs bind to TREs and can repress transcription of positively regulated target…
THYROID-HORMONE RECEPTOR BINDING TO THYROID HORMONE RESPONSE ELEMENTS Part of “CHAPTER 31 – THYROID PHYSIOLOGY: HORMONE ACTION, RECEPTORS, AND POSTRECEPTOR EVENTS“ TRs bind to TREs as monomers, dimers, and heterodimers…
THYROID HORMONE RESPONSE ELEMENTS Part of “CHAPTER 31 – THYROID PHYSIOLOGY: HORMONE ACTION, RECEPTORS, AND POSTRECEPTOR EVENTS“ TRs are ligand-dependent transcription factors that bind to distinct DNA sequences, generally in…
THYROID-HORMONE RECEPTORS AND THEIR STRUCTURE Part of “CHAPTER 31 – THYROID PHYSIOLOGY: HORMONE ACTION, RECEPTORS, AND POSTRECEPTOR EVENTS“ Two related TRs, which have been identified, bind TH with high affinity…
TARGET GENE REGULATION BY THYROID HORMONE Part of “CHAPTER 31 – THYROID PHYSIOLOGY: HORMONE ACTION, RECEPTORS, AND POSTRECEPTOR EVENTS“ The effects of thyroid hormone (TH; L-thyroxine, T4; L-triiodo-thyronine, T3) on…
THYROID PHYSIOLOGY: HORMONE ACTION, RECEPTORS, AND POSTRECEPTOR EVENTS Paul M. Yen TARGET GENE REGULATION BY THYROID HORMONE THYROID-HORMONE RECEPTORS AND THEIR STRUCTURE Related posts: REGULATION OF THE GROWTH HORMONE RECEPTOR…
REGULATION OF THYROID HORMONE ECONOMY Part of “CHAPTER 30 – THYROID PHYSIOLOGY: SYNTHESIS AND RELEASE, IODINE METABOLISM, BINDING AND TRANSPORT“ Thyroid hormone regulation is directed through the neuroen-docrine–hypothalamic–pituitary–thyroid–peripheral tissue axis…
PERIPHERAL METABOLISM OF THYROID HORMONES Part of “CHAPTER 30 – THYROID PHYSIOLOGY: SYNTHESIS AND RELEASE, IODINE METABOLISM, BINDING AND TRANSPORT“ T4 is metabolized by the sequential removal of iodine atoms….