GHK-CU / BPC-157 / TB-500 (50/10/10MG)
$115.00
In stock
Description
GHK Cu + BPC 157 + TB 500 Blend
This blend combines three widely studied research peptides that are often explored in parallel for tissue repair signaling, recovery physiology, and regenerative pathway investigation. By pairing compounds with distinct but complementary research profiles, this formulation supports multifactorial study designs where investigators want to evaluate coordinated cellular response mechanisms rather than a single pathway in isolation.
Product Details
Concentration: 50 mg GHK Cu, 10 mg BPC 157, 10 mg TB 500 per vial (Optimal Research Ratio)
Purity: 99 percent or greater (COA verified)
Manufacturing: USA, GMP compliant facility
Format: Lyophilized powder intended for laboratory reconstitution
Use: Research use only
Product Care and Storage
Store refrigerated at 36°F to 46°F (2°C to 8°C).
Keep in the original container and protect from light.
Limit temperature fluctuations and unnecessary handling.
After reconstitution, store according to your laboratory SOP and any applicable lot documentation.
Documentation and Verification
Moon Peptides supports lot traceability and independent verification. Certificates of Analysis are available for specific lots upon request so researchers can document identity and reported purity for the exact batch used in their work.
Product Note
This product is intended strictly for research use only. Not for human consumption. Not for clinical, diagnostic, therapeutic, or veterinary use. Not for unsupervised or recreational use.
The Science
In research contexts, this combination is commonly investigated for how multiple repair and regeneration related pathways may interact:
GHK Cu is studied for signaling associated with extracellular matrix remodeling, collagen related biology, angiogenesis pathways, and gene expression patterns linked to tissue maintenance and cellular protection.
BPC 157 is investigated in experimental models for its potential involvement in tissue integrity and recovery related signaling, with research often focusing on connective tissue, inflammatory response pathways, and repair markers.
TB 500 is studied as a thymosin beta fragment associated with cellular migration, cytoskeletal dynamics, and regenerative response signaling in controlled models.
Together, these peptides are used in research settings to explore coordinated cellular repair signaling, tissue regeneration markers, and recovery associated pathways under controlled experimental conditions.
