inhibitory hormone

Somatostatin is classified as an inhibitory hormone, whose actions are spread to different parts of the body:

Brown et al. predicted that alkali could either release stimulus to activate motor activity or prevent the secretion of inhibitory hormone.

Research has shown that initial recruitment is mediated by the counterbalance of various stimulatory and inhibitory hormones and locally produced growth factors.

Gastrin releasing peptide like peptides also stimulate the release of cholecystokinin and somatostatin as well as other gastric inhibitory hormones and in this way stimulate the response to eating.

On the contrary, inhibitory regulative G-protein is linked to an inhibitory hormone receptor and its α subunit upon activation could inhibit the activity of an enzyme or other intracellular metabolism.

Lanreotide is a synthetic analogue of somatostatin, a naturally occurring inhibitory hormone which blocks the release of several other hormones, including growth hormone, thyroid-stimulating hormone (TSH), insulin and glucagon.

Stimulative hormone receptor (Rs) is a receptor that can bind with stimulative signal molecules, while inhibitory hormone (Ri) is a receptor that can bind with inhibitory signal molecules.

This action of androgens is supported by a hormone from Sertoli cells, Müllerian inhibitory hormone (MIH), which prevents the embryonic Müllerian ducts from developing into fallopian tubes and other female reproductive tract tissues in male embryos.