The power of supplementing with Vinstar's Calcium HMB lies in delivering exactly what your muscles need—HMB (β-hydroxy β-methylbutyrate). Naturally produced in the body during the breakdown of leucine, an essential amino acid found in many protein-rich foods like soybeans, beef, alfalfa, and fish, HMB plays a critical role in muscle health and strength.
However, it's nearly impossible to consume enough leucine from diet or supplementation alone to produce effective levels of HMB. Vinstar's Calcium HMB offers a direct, convenient way to get the muscle-preserving benefits of HMB, supporting noticeable and lasting improvements in strength, recovery, and overall performance.
About Calcium HMB
CAS No : 135236-72-5
Calcium HMB (β-hydroxy β-methylbutyrate) is a metabolite of the essential amino acid leucine, known for its powerful benefits in muscle preservation, strength enhancement, and recovery. It helps reduce muscle breakdown, making it especially useful for athletes, individuals engaged in resistance training, and those looking to maintain muscle mass as they age. Calcium HMB supplements provide a convenient way to achieve optimal HMB levels, promoting improved muscle health, endurance, and overall performance.
Why Choose Vinstar's Calcium HMB?
-
Appearance- White crystalline powder
-
Adheres to GMP standards
-
Available in bulk quantity and customizable options.
Chemical Structure
Applications
-
Body Composition
-
Clinical Nutrition and Recovery
-
Performance Driven
How HMB Works?
Calcium HMB works by reducing muscle protein breakdown and enhancing protein synthesis. By promoting a positive muscle protein balance, it supports muscle growth and recovery, especially when paired with resistance exercise or during periods of inactivity.
Comprehensive Reviews
A meta-analysis of over 20 studies published in The Journal of Nutrition concluded that HMB supplementation significantly improves muscle mass and function in both athletes and older adults. This review supports the extensive use of HMB in both sports nutrition and clinical applications.