TRENBOL 100mg 1amp x10amp GENESIS
- Product Code: trenbolone acetate
- Availability: In Stock
Trenbol from Genesis is used by trustworthy athletes and builders for important competitions. Trenbol is a powerful steroid made of Trenbolone, known as an effective weight-gaining agent.
Genesis is one of the world's largest and most reputable steroids companies. Over the years, their products have always been rated as having the best quality. Trenbol is one of the products that make up their names.
Chemical Name: 17β-hydroxyestra-4,9,9-triene-3-one
Trenbol made from Trenbolone is one of the strongest steroids. It is not recommended for beginners because it is a compound that has side effects and risks associated with other anabolic steroids, so it is used by intermediate and advanced users to avoid. Caused serious health problems.
Trenbolone Acetate is basically a derivative of nandrolone with some very important differences in their chemistry and strength. Trenbolone and nandrolone her hormones are anabolic steroids like 19-non-compound, or 19-NORS (short for 19 nortestosterone) known. Since 19-non-steroids are also shown without the 19 carbon in their structure, all other anabolic steroids, including testosterone, are carbonated. Therefore, the properties of an anabolic steroid will vary considerably. The lack of carbon 19, makes the 19-non-compound capable of fighting the aromatase enzyme. Such modifications are also for the strengths of the androgens (associated with the androgen receptor), and its ability to be highly resistant to the body's metabolic fate.
HOW TO USE
For beginners or trenbolone participants the first time is recommended dose of 300 mg per week. The average user dose is in the range of 400 to 500 mg per week. Even experienced users are using rare high doses. In this case, the dose is increased to 800-1,000 mg or more per week (note that 800-1000 mg trenbolone is equivalent to 4,000-5,000 mg testosterone). Each person using trenbolone must use steady levels and take regular blood loss regular care. That is, in the case of the acetate derivative