TB-500 – Peptide for tissue repair and regeneration
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What is TB-500?
TB-500 is a synthetic peptide derived from Thymosin Beta-4 , a naturally occurring peptide involved in cell migration, angiogenesis, and regeneration of damaged tissue . It is being studied for:
- Accelerating wound healing and scar reduction
- Stimulate blood vessel growth and tissue regeneration
- Reduce inflammation and oxidative damage
- Potential applications in anti-aging research
How does TB-500 work according to research?
TB-500 affects the body by modulating actin networks in cells , which ensures:
- Improved cell migration → faster repair of damaged tissue
- Stimulation of angiogenesis → growth of new blood vessels for better blood flow
- Reduction of inflammatory markers and oxidative damage → protection of the heart and central nervous system
- Support of tissue regeneration and remodeling → relevant for preclinical anti-aging studies
These properties make TB-500 valuable to researchers looking at repair, regeneration and anti-aging effects .
Research results and applications
- Improved wound healing and scar reduction in preclinical models
- Stimulates angiogenesis and tissue perfusion
- Reduces inflammation and oxidative stress in heart and nerve tissue
- Supports regeneration and remodeling of damaged tissues
Importance of purity and quality
Purity is essential for reliable research results. TB-500 samples are verified by HPLC analysis and COA documentation (≥99% purity).
How do you store TB-500?
- Store as a freeze-dried powder at -20 °C
- After reconstitution, store refrigerated for a short period (2-8 °C).
- Protect from light and moisture to maintain stability and reproducibility.
Why researchers choose TB-500
TB-500 is chosen because:
- Specific role in tissue repair, regeneration and anti-aging
- Reduction of inflammation and oxidative stress in preclinical models
- Research into heart and nervous tissue protection
Conclusion
TB-500 is a powerful peptide for preclinical research on tissue repair, regeneration, and anti-aging . Researchers focusing on wound healing, muscle tissue repair, and heart or nerve tissue protection find TB-500 a valuable peptide.