Peptide vs. steroid hormone pathways

In order to accurately study how hormones clinically affect a patient, it is necessary to look at hormone levels dynamically . In other words, hormone fluctuations are just as important as their level at any given one point in time. The practice of including a time component to the evaluation of a patient is called chronobiology. There are many well known chronobiological processes: sleep/wake cycles, seasonal mood changes, a woman’s monthly menstrual cycle, etc. It turns out that the adrenal glands are controlled by a daily cycle…as is the thyroid gland.

Peptides are defined as a compound of two or more amino acids in which a carboxyl group of one is united with an amino group of another. With the elimination of a water molecule, a peptide bond is formed. To put it more simply, peptides are just small proteins. When the number of amino acids are less than 50, these are peptides. When higher than 50, these are proteins. The peptides are therefore small chains of amino acid which are present in all cells of the body. There are several kinds of peptides: oligopeptides, polymers, proteins, neuropeptides and peptide hormones. These are synthesized naturally by the body. Peptides will therefore be used primarily to make a more abundant amount of hormones in the body. The latter will then produce new hormones such as Testosterone or corticosteroids. It is these two hormones that are considered anabolic or indirect anti-inflammatory.

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Peptide vs. steroid hormone pathways

peptide vs. steroid hormone pathways

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