Our high-purity BPC 157 peptide powder comes in a convenient 10 mg vial and is designed for researchers focused on human growth studies and regenerative medicine. COA-certified and lab-grade, this peptide ensures consistency, reliability, and reproducibility for all experiments.
BPC 157, or Body Protective Compound-157, is a synthetic peptide derived from a naturally occurring protein in the stomach. It has gained attention in research for its regenerative properties, including tissue repair, muscle healing, and potential support for growth-related pathways. Using high-purity BPC 157 ensures minimal contamination, which is crucial for accurate experimental outcomes.
Key Benefits of High-Purity BPC 157 Peptide Powder
- COA-certified, lab-grade peptide powder
- High purity ensures reliable research results
- Supports studies on human growth and tissue repair
- Minimizes variability in experimental data
- Available in convenient 10mg vials for precise dosing
Research Applications
High-purity BPC 157 is widely used in research exploring:
- Muscle and tendon repair in regenerative studies
- Wound healing and tissue recovery mechanisms
- Investigating pathways involved in human growth and regeneration
- In vitro and in vivo models for peptide research
Storage and Handling
- Store powder in a cool, dry place to maintain stability
- Reconstitute with sterile water or buffer before experiments
- Follow proper lab handling procedures to prevent contamination
- Use within recommended shelf life for maximum potency
Quality Assurance
Our BPC 157 peptide powder is COA-certified with verified purity ≥98%. Each vial undergoes stringent quality checks to guarantee reproducibility in research. Using high-purity reagents is essential to maintain the integrity of your experiments, particularly in studies related to human growth, regenerative medicine, and peptide signaling pathways.
Conclusion
High-purity BPC 157 peptide powder for human growth (10 mg/vial) is an essential tool for researchers seeking reliable, reproducible, and COA-certified peptide reagents. Its lab-grade quality ensures experimental accuracy and supports a wide range of regenerative and growth-focused research applications.
