HMB Tablets
Key benefits
- Metabolite of the BCAA leucine
- Protein supports growth and maintenance of muscle mass¹
- 1.5g HMB per serving
- Convenient tablets
Product overview
HMB (Beta-Hydroxy Beta-Methylbutyrate) is a substance naturally formed within the body when breaking down leucine. This branched-chain amino acid is one of the essential building blocks of protein, which promotes lean muscle growth and maintenance¹.
A popular supplement in the weightlifting community, HMB is a great choice when upping the intensity of your workouts. With 1.5g per serving, these convenient capsules are a great addition to your fitness regime.
¹Protein contributes to the growth and maintenance of muscle mass.
Key benefits
- Metabolite of the BCAA leucine
- Protein supports growth and maintenance of muscle mass¹
- 1.5g HMB per serving
- Convenient tablets
Product overview
HMB (Beta-Hydroxy Beta-Methylbutyrate) is a substance naturally formed within the body when breaking down leucine. This branched-chain amino acid is one of the essential building blocks of protein, which promotes lean muscle growth and maintenance¹.
A popular supplement in the weightlifting community, HMB is a great choice when upping the intensity of your workouts. With 1.5g per serving, these convenient capsules are a great addition to your fitness regime.
¹Protein contributes to the growth and maintenance of muscle mass.
Description
Key benefits
- Metabolite of the BCAA leucine
- Protein supports growth and maintenance of muscle mass¹
- 1.5g HMB per serving
- Convenient tablets
Product overview
HMB (Beta-Hydroxy Beta-Methylbutyrate) is a substance naturally formed within the body when breaking down leucine. This branched-chain amino acid is one of the essential building blocks of protein, which promotes lean muscle growth and maintenance¹.
A popular supplement in the weightlifting community, HMB is a great choice when upping the intensity of your workouts. With 1.5g per serving, these convenient capsules are a great addition to your fitness regime.
¹Protein contributes to the growth and maintenance of muscle mass.
