Tresto E-Gen (Ment) 100
- Brand: AVoGen Lab
- Product Code: Tresto E-Gen (Ment) 100
- Availability: In Stock
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$95.00
Manufacturer: AVoGen Lab
Pharmaceutical name: Trestolone Enanthate
Pack: 1 vial (10 ml (100 mg/ml))
Tresto E-Gen (Ment) is a product that contains 100 mg per mL of the hormone Trestolone Enanthate.
Tresto E-Gen (Ment) 100, also referred to as 7α-methyl-19-nortestosterone 17β-enanthate (MENT Enanthate), functions as an androgen, anabolic steroid (AAS), and progestogen.
This product is an androgen ester; more specifically, it is the C17β enanthate (heptanoate) ester of trestolone (7α-methylestr-4-en-17β-ol-3-one). Trestolone Enanthate exhibits a low affinity for sex hormone-binding globulin (SHBG), similar to Testosterone Enanthate.
Tresto E-Gen also offers effective replacement therapy for most androgen-dependent functions. It has a quicker metabolic clearance rate compared to Testosterone and does not attach to sex hormone binding globulin. Tresto E-Gen (Ment) remains capable of aromatization, thereby retaining the advantages that estrogen provides to male physiology.
Tresto E-Gen is highly aromatizing and can lead to an accumulation of synthetic estrogen, which possesses significant biological activity. The side effects associated with Tresto E-Gen are similar to those of Nandrolone. Common side effects include gynecomastia, hair loss, acne, prostate enlargement, deepening of the voice, and clitoral enlargement in women. Increased water retention may give the user a bloated appearance and less muscle definition. Additionally, Tresto E-Gen can contribute to unwanted fat accumulation. Unlike many Nandrolone derivatives, libido suppression is not a reported side effect. Due to these effects, it is advisable for users of Enanthate to employ anti-estrogens during their cycle to control estrogen levels.
A low dosage of Tresto E-Gen is sufficient because it has been demonstrated to be several times more potent than Testosterone. This formulation of Trestolone Enanthate works at a slower pace and has a longer duration in the body.