Significance of Testosterone biosynthesis
Testosterone biosynthesis is the biological process that produces testosterone in the body, involving a specific biochemical pathway. This process can be disrupted by various factors, including adverse effects from organophosphorus insecticides. Additionally, research indicates that testosterone production may be inhibited by substances like HPTE in male rats. Understanding these disruptions is crucial for assessing the impacts of environmental toxins on hormone levels.
Synonyms: Androgen production, Testosterone synthesis, Androgen biosynthesis, Steroidogenesis, Testosterone production, Androgen synthesis
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The concept of Testosterone biosynthesis in scientific sources
Testosterone biosynthesis is the biological process that produces testosterone, which can be negatively affected by organophosphorus insecticides and inhibited by HPTE in male rats, highlighting environmental and chemical impacts on hormone production.
From: Asian Journal of Pharmaceutics
(1) This process requires enzymes like 3β HSD and 17β HSD, which regulate the biosynthesis of testosterone.[1]
From: International Journal of Pharmacology
(1) The process by which testosterone, the primary male sex hormone, is produced.[2]