Creatine monohydrate

Physiological Effects

Creatine in the human body is formed from amino acids through chemical processes in the liver. It is then transported via the bloodstream to muscle cells, where it is converted into creatine phosphate. Muscle movement relies on the breakdown of adenosine triphosphate (ATP) to supply energy. Creatine can autonomously regulate water influx into muscles, causing muscle cross-sectional expansion and thereby enhancing explosive power. Extensive in vivo and in vitro studies have confirmed multiple benefits of creatine for the human body:

1. Increases creatine content in skeletal muscle, enhancing energy reserves

2. Regulates glucose metabolism pathways, reducing lactic acid production

3. Boosts intramuscular glycogen storage

4. Enhances antioxidant function

Applications

Biochemical research

Applications

Product Description: Pharmaceutical raw material and health supplement additive. Inhibits factors causing muscle fatigue, alleviates fatigue and tension, restores physical energy, accelerates human protein synthesis for firmer muscles, enhances muscle elasticity, lowers cholesterol, blood lipids, and blood sugar levels, improves muscle atrophy in middle-aged and elderly individuals, and delays aging.

Applications

Creatine monohydrate is widely used in food, beverages, and additives. As a pharmaceutical raw material and health supplement additive, it inhibits the production of muscle fatigue factors, alleviates fatigue and tension, restores physical energy, accelerates human protein synthesis for firmer muscles, enhances muscle elasticity, lowers cholesterol, blood lipids, and blood sugar levels, improves muscle atrophy in middle-aged and elderly individuals, and delays aging.