What is a somatostatin receptor?
, which consists of numerous glands, the endocrine system works with the nervous system for body regulation. One gland involved in the body control is the pituitary that eliminates various hormones, including growth hormone. The release of growth hormone from the pituitary is controlled by hormone releasing growth hormones and is inhibited by hormone inhibiting growth hormones called somatostatin. This inhibition occurs when somatostatin binds to a somatostatin receptor located near the front of the pituitary called anterior pituitary. Protein located on the neuron cell membrane, the somatostatin receptor recognizes and binds to the hormone somatostatin.
As an endocrine gland, the pituitary gland is involved in homeostasis, a process that regulates the organs in the body according to internal and external changes. One of the main interactions between the brain and the endocrine system is between the hypothalamus and the pituitary. Hypophysis Mysteres hormones in the body and hypothalamus regulates these secretions through the hypothalamo -ophysical portal system.This system consists of a primary capillary network located in a hypothalamus and a secondary capillary network located in an anterior pituitary. Growth hormone is produced by neurons in the hypothalamus, which move through the primary capillary network into the secondary capillary network, causing either releasing hormones or inhibiting hormones in the anterior pituitary.
Growth hormone secreted by pituitary glands works to stimulate cell division and bone growth in the body, determining how high the individual will be. It also plays a role in the regulation of metabolism by controlling nutrient levels in the blood during fasting and home food. Hypothalamus excludes two hormones-hormone releasing growth hormones (GHRH) and hormone inhibiting growth hormones (GHIH), also called somatostatin-which regulates the secretion of growth hormone.
as well as names indicate ghrh acts to release growth hormone from the anterior pituitary, while ghih or somatostatin acts to inhibition orStopping the release of growth hormones. Somatostatin can inhibit growth hormone from release when it binds to a metabotropic receptor called somatostatin receptor. The metabotropic receptor is one that does not have ion channels where ions can move. The flow of ion channels either activates or inhibits the neuron on which the receptor is located, so that several metabolic processes must occur or inhibited or inhibited. When the hormone somatostatin binds to the somatostatin receptor, it results in the activation of the second system Messenger, which inhibits the release of H.