Discover millions of predesigned assays for gene expression, mutation detection, microbial ID, and more — all optimized for real-time and digital PCR platforms.
Explore intuitive guides and resources designed to help you get the most out of GeneGlobe. Whether you're designing assays, browsing curated panels, or diving into analysis tools—find practical help to accelerate your research journey.
Thyroid hormone affects a range of biological processes such as growth, development and metabolism. The biologically active form of the hormone is triiodothyronine (T3); it acts through nuclear receptors TR (thyroid receptor) alpha and beta. TR is usually found as a heterodimer with RXR. Binding of T3 to TR releases the repressor complex from the TR-RXR heterodimer. T3 bound TR-RXR along with a number of co-activators can then regulate gene expression...
Thyroid hormone affects a range of biological processes such as growth, development and metabolism. The biologically active form of the hormone is triiodothyronine (T3); it acts through nuclear receptors TR (thyroid receptor) alpha and beta. TR is usually found as a heterodimer with RXR. Binding of T3 to TR releases the repressor complex from the TR-RXR heterodimer. T3 bound TR-RXR along with a number of co-activators can then regulate gene expression. TR is also involved in a non-genomic action through activation of PI3K pathway. Perturbation of thyroid hormone and its receptors affects various processes including lipid metabolism, carbohydrate metabolism, steroid metabolism, thermogenesis and CNS function.