Cortisol production involves the adrenal cortex region in the adrenal gland. This corticosteroid hormone is also referred to as 'stress hormone' because of its ability to rejuvenate the mind and body from stress syndromes and acute stress disorders. The physiological process involved with Cortisol production is quite unambiguous. When an individual is suffering from stress or is in a physically challenged state due to some accidental reasons, the adrenal gland starts synthesizing this hormone and mends the abnormalities pertaining to the development of stress. This article attempts to provide the readers with an informative guideline regarding the production of Cortisol.
Effects of Cortisol vary according to the nature of the secretion. Cortisol plays an important role by inhibiting the normal activities of the human immune system, resulting in a deliberate lack of secretion. This process often acts as a pain reliever, especially in times of acute stress issues. It also hampers the retentive capabilities of an individual, which, if continues for too long a period, may easily incur permanent damages to learning. Considering the aftermaths of Cortisol secretion, gaining a clear insight into how this hormone is produced is essential for formulating drugs. Many diseases can be cured if proper doses of Cortisol drugs are administered right at the nick of time. Medical researches are being conducted worldwide to identify the critical aspects of Cortisol production.
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Cortisol is primarily regulated by the pituitary gland peptide. The adrenocorticotropic hormone (ACTH) plays a major part in the synthesis of Cortisol. ACTH maintains a tight grip over the secretion of this hormone by manipulating the circulation of calcium into the target cell cultures. The adrenocorticotropic hormone (ACTH) itself is regulated by the hypothalamic peptide known as corticotropin releasing factor (CRF). This controlling agent falls in the category of nervous control. CRF acts as an intensifier for epinephrine, arginine vasopressin and angiotensin II. The release of glucosteroid response modifying factor (GRMF) by T-cells accelerates the production of Cortisol as well.
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An elevated amount of potassium content, responsible for inducing external secretion of aldosterone, contributes to Cortisol production. The synthesis occurs in the fasciculata zone in the adrenal glands of dog. Lack of potassium is responsible for Cortisol depletion in blood. If such a scenario arises, the transformation of 11deoxycortisol to Cortisol is also inhibited. The severe pain in rheumatoid arthritis is caused by a reduced level of cell potassium.
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