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Yes,it is released from posterior pitutory.It is produced in hypothalamus.
Hypothalamus plays the main role in homeostasis. Homeostasis is the regulation of the activities and reactions that take place in the human body. Hence, it is true to say that hypothalamus is responsible for maintaining the temperature in the body. This is done by dilating the blood capillaries when the temperature in the body exceeds the optimum temperature. By dilating the capillaries, heat can be released out to the surroundings more easily. In A+LS False
cytokines
The hypothalamus, brain centers, and feedback from target organs.
Yes, a lack of vasopressin (ADH) can cause excessive urination, a condition called diabetes insipidus. Vasopressin is released by the posterior pituitary, but is actually produced in the hypothalamus and transported to the posterior pituitary through axons. Thus, an inability of the hypothalamus to produce vasopressin would cause excessive urination.
A cytokine is a regulatory protein released by a cell in the immune system. Cytokines act as intercellular mediators when the body is generating an immune response.
Yes,it is released from posterior pitutory.It is produced in hypothalamus.
Interferons (IFNs), which are a type of cytokine.
a hormone known as KAP is released by hypothalamus when insane
Hypothalamus plays the main role in homeostasis. Homeostasis is the regulation of the activities and reactions that take place in the human body. Hence, it is true to say that hypothalamus is responsible for maintaining the temperature in the body. This is done by dilating the blood capillaries when the temperature in the body exceeds the optimum temperature. By dilating the capillaries, heat can be released out to the surroundings more easily. In A+LS False
antidiuretic hormone (ADH)
cytokines
The hypothalamus, brain centers, and feedback from target organs.
Yes, a lack of vasopressin (ADH) can cause excessive urination, a condition called diabetes insipidus. Vasopressin is released by the posterior pituitary, but is actually produced in the hypothalamus and transported to the posterior pituitary through axons. Thus, an inability of the hypothalamus to produce vasopressin would cause excessive urination.
Interferons
ADH is produced by the hypothalamus in the brain. It is then transported to the nearby pituitary gland and is then released for use in the body.
Changes in body temp are recognised by the hypothalamus in the brain. An increase in body temp leads to vasodilation of blood vessels and thus more heat radiated from the skin. Also stimulates the production of sweat and thus heat loss by evaporation. A decrease in temp results in vasoconstiction of blood vessels and thus heat retention. Water balance is also recognised by the hypothamus but is controlled by the kidneys. ADH is released from the pituritary gland which increases water reabsorption in the kindeys whilst Aldolsterone is released from the adrenal cortex (gland located above kidney) which increases the absorption of Na+ ions which causes water to follow passively by osmosis.