A synthetic peptide bioregulator, which is a short chain of amino acids, structurally and functionally similar to the peptides naturally produced by the critical pineal gland. It is utilized in advanced clinical practice to support and restore the function of the pineal gland, an organ central to the body’s intrinsic circadian rhythm and the vital production of melatonin. This targeted intervention is specifically intended to normalize neuroendocrine balance and significantly improve the depth and quality of sleep architecture.
Origin
Pinealon is a representative of a class of synthetic peptide bioregulators initially developed in rigorous Russian gerontology research, stemming from the pioneering work of Professor Vladimir Khavinson on the theory of peptide bioregulation. The name is derived from the “pineal” gland, its precise target organ, and its core function as a “regulator” of that gland’s activity and output. Its development is based on the scientific theory of highly tissue-specific peptide action.
Mechanism
As a true bioregulator, Pinealon is hypothesized to act directly on specific DNA sequences within pinealocytes, the main functional cells of the pineal gland, modulating gene expression and increasing the efficiency of protein synthesis. This precise mechanism can effectively restore the gland’s age-impaired function, leading to a more robust, youthful, and rhythmic secretion of endogenous melatonin. By normalizing the circadian rhythm, Pinealon indirectly supports improved immune function, enhanced antioxidant status, and overall systemic neuroendocrine homeostasis.
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