Peptide TB-500 [20mg] – 10 Vials – Lifetech Labs

268 USD

Manufacturer : Lifetech Labs
Form : Subcutaneous Injection
Molecule : Thymosin Beta 4
Concentration : 2mg/vial
Volume : 10 vials
Recommended dosage : 2mg/week
Remark : Due to shortage on this product, the lead time is not guaranteed.

Biopeptide TB-500 by Lifetech Labs is the injectable peptide for reducing inflammation, healing and cellular reconstruction. It is suitable in case of injury or for recovery after training. The TB-500 also has a positive effect on specific articulations. All cells will benefit from the regeneration of the body.



Peptide TB-500  – 10 Vials – Lifetech Labs

TB 500, also known as THYMOSIN BETA 4 is an injectable peptide that improves your range of motion and reduces pain in the event of injury. It’s a peptide that until recently had mostly been used on racehorses or even for human experimentation. It is particularly recommended for the slow treatment of chronic muscle injuries like muscle tears or tendinitis. It has also shown credible improvements in injuries that cause flexibility loss.

TB 500 was identified as a gene that regulates hormonal uptake four to six-fold during blood vessel formation at the start of bulking. It’s excellent for helping grow new blood cells from pre-existing blood vessels. Knowing that the cells are made of thousands of proteins, cellular migration is done through specific interaction with actin in cell cytoskeletons. Actin plays a major role in cells’ genetic make-up as it counts for 10% of all cellular proteins. It’s also been shown that actin assists in healing and blood cell reproduction.

Effects of TB-500 Peptide :

  • Dramatic strength increase
  • Increased endurance
  • Muscle growth
  • Improved muscle tone
  • Relaxed muscle spasms
  • Excellent for maintaining flexibility
  • Increased substance exchange at the cellular level
  • Improved muscle repair
  • Stretched connective tissue
  • Diminished tissue inflammation
  • Dissolves calcium deposits
  • Restricts formation of adhesions and fibrous bands in muscles, tendons, and ligaments
  • Helps endothelial cell differentiation
  • Causes angiogenesis in skin tissue
  • Helps keratinocyte migration