Not only is Hi-Tech Pharmaceuticals Winstrol the most potent anabolic made for lean muscle gain, it will help increase muscle hardness and vascularity almost immediately after taking.
- Increased Strength
- Increased Athletic Performance
- Increased Muscle Hardness and Vascularity
- Great For Cutting Cycles
- Promotes Lean Body Mass and Muscle Development
- Limited Side Effects
- 90 tablets
Winstrol is not converted into estrogen, so you can take higher doses unlike other anabolics without running into the side effects of excess estrogen. Winstrol is taken by people who want to maximize their muscle mass, strength, and performance, without bloating and fat gain. Winstrol works synergistically with other products to promote muscle growth.
This amazing bodybuilding supplement is based on multiple prohormones that work in sync to help build lean body mass. Winstrol's use in bodybuilding is during the cutting cycles to preserve lean body mass, making it a supreme cutting agent and accelerates metabolism as well as heat production to promote lean body mass and muscle development.
COMPOUNDS IN WINSTROL
The main compound in Winstrol is 25R-Spirostan-22a-O-3b-5a-6b-triol which is a Super Laxogenin compound. This exclusive Hi Tech compound is the 6-Hydrogen reduced form for 5alpha-Hydroxy-Laxogenin which gives this compound a strong bioavailability. According to the initial trials from Hi Tech, 25R-Spirostan-22a-O-3b-5a-6b-triol is about 5-10 times more bioavaliable than 5alpha-Hydroxy-Laxogenein. This compound drastically effects protein synthesis in a different way than anabolic compounds.
The secondary compound in Winstrol is 3Beta-Hydroxy-5alpha-Androstan-17-one which is a precursor to Stanolone which is a powerful hormone. 3Beta-Hyrdoxy-5alpha-androstan-17-one does not convert to estrogen and is great for strength gains, muscle density and definition. 3Beta-Hydroxy-5alpha-androstan-17 one converts to DHT in the body; DHT is the male sex hormone, which will cause an increase in strength and it will help maintain muscle mass during a cutting cycle.