Thyroid hormones (THs) exert a broad range of effects on development in vertebrate
species, demonstrating connections in nearly every biological endocrine system. In …

Thyroid hormones (THs) are well-known regulators of development and metabolism in
vertebrates. There is increasing evidence that THs are also involved in gonadal …

Besides the well-known function of thyroid hormones (THs) for regulating metabolism, it has
recently been discovered that THs are also involved in testicular development in mammalian …

Thyroid hormone reportedly induces masculinization of genetic females and goitrogen
treatment delays testicular differentiation (ovary-to-testis transformation) in genetic males of …

Thyroid hormones participate in regulating growth and homeostatic processes in
vertebrates, including development and adult functioning of the reproductive system. Here …

The thyroid hormones (THs) triiodothyronine (T 3) and tetraiodothyronine, or thyroxine (T 4),
not only dramatically impact on development and differentiation, but also on the sexual and …

Male fertility involves the successful transmission of the genetic code to the next generation.
It requires appropriately timed cellular processes during testis development, adequate …

Much research has focused on vertebrate thyroid hormone (TH) synthesis and their function
in development and metabolism. While important differences in TH synthesis and signaling …

Endocrine disrupting chemicals can induce intersex animals in amphibians and fish. Our
previous study in frogs demonstrated that chemically-induced intersex animals can display …

Thyroid hormones (TH) are important for development, growth, and metabolism. It is also
clear that the synthesis and secretion of TH are regulated by the hypothalamic–pituitary …