TB-500 10MG
Lyophilized powder, 10mg per vial
TB-500 (Thymosin Beta 4) is a naturally occurring peptide extensively studied in preclinical research for its roles in cellular signaling and tissue-related pathways. Researchers investigate this 43-amino acid peptide for its potential effects on wound healing mechanisms, cellular migration, and angiogenesis processes in controlled laboratory settings. In scientific literature, TB-500 has demonstrated interesting interactions with actin-related proteins and multiple growth factors. Laboratory research suggests researchers commonly examine this peptide for its influence on tissue repair and cellular protection mechanisms in preclinical research contexts. This research peptide is intended solely for in vitro studies by qualified laboratory researchers.
Research Applications
- ✓Naturally occurring thymosin research
- ✓Researchers investigate wound healing pathways
- ✓Commonly studied for tissue repair mechanisms
- ✓Examined in cellular migration studies
Research Use Only: This product is for laboratory research only. Not for human consumption. Not intended to diagnose, treat, cure, or prevent any disease.
Product Information
TB-500 (Thymosin Beta 4) is a naturally occurring peptide extensively studied in preclinical research for its roles in cellular signaling and tissue-related pathways. Researchers investigate this 43-amino acid peptide for its potential effects on wound healing mechanisms, cellular migration, and angiogenesis processes in controlled laboratory settings. In scientific literature, TB-500 has demonstrated interesting interactions with actin-related proteins and multiple growth factors. Laboratory research suggests researchers commonly examine this peptide for its influence on tissue repair and cellular protection mechanisms in preclinical research contexts. This research peptide is intended solely for in vitro studies by qualified laboratory researchers.
Commonly Studied In:
- •Naturally occurring thymosin research
- •Researchers investigate wound healing pathways
- •Commonly studied for tissue repair mechanisms
- •Examined in cellular migration studies
