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The Adrenal Gland.
These are the hormone glands of the endocrine system:OvaryTestesPancreasAdrenalThymusParathyroidThyroidPituitary (Posterior and anterior)HypothalamusPineal
Endocrine glands usually release hormones into the blood stream that affect how body tissues behave as well as how some glands and muscle perform. The three ways that stimulate endocrine glands to release hormone are as follows; the release of another hormone, presence of some substances in extracellular fluids and neural stimulation.
Tropic hormones stimulate endocrine glands to release another hormone which affects the target cells whereas non-tropic hormones act directly on the target cells.
It is only a hormone storage area that receives hormones from the hypothalamus for release.
The anterior pituitary produces tropic hormones. These hormones include; thyroid-stimulating hormone, luteinizing hormone, adrenocorticotropic hormone, and follicle-stimulating hormone. The hypothalamus controls the release of these hormones.
Pertaining to the anatomic and functional relationships between the nervous system and the endocrine apparatus. 2. Descriptive of cells that release a hormone into the circulating blood in response to a neural stimulus. Such cells may compose a peripheral endocrine gland (e.g., the insulin-secreting beta cells of the islets of Langerhans in the pancreas and the adrenaline-secreting chromaffin cells of the adrenal medulla); others are neurons in the brain (e.g., the neurons of the supraoptic nucleus that release antidiuretic hormone from their axon terminals in the posterior lobe of the hypophysis).
myogenic mechanism
An injury to the brain can affect the endocrine system because the brain plays a crucial role in regulating hormone production and release. The hypothalamus, which is located in the brain, controls the release of various hormones that then act on the pituitary gland, which in turn stimulates other endocrine glands to produce hormones. Damage to the brain can disrupt this intricate regulation, leading to imbalances in hormone levels and dysfunction in the endocrine system.
It is only a hormone storage area that receives hormones from the hypothalamus for release. Since it does not make its own secretions (it only stores the neuroendocrine hormones made by the hypothalamus) it is not considered a true endocrine gland.
In the most simplistic manner, hormones. Whether it is peptides or steroids they all come from glands in the endocrine system. These hormones control everything from growth, menstrual cycle, water reabsorption and beyond. The prominent endocrine pathway has three levels. First an action potental is sent to the hypothalamus which triggers the release of a releasing hormone into the hypothalamo-pituitary-portal vessel such as GnRH (gonadotropin-releasing hormone). This travels down to the anterior pituitary wich then triggers the synthesis and release of a stimulating hormone such as gonadotropins (FSH and LH). the last level is on the local level, FSH triggers the production of estrogens and/or testosterone in the gonads.
Through negative feedback when the amount of a particular hormone in he blood reaches a certain level the endocrine system sends signals that stop the release of hormone.