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PUREHELIX

Research use only·All materials are supplied to qualified research purchasers for in-vitro laboratory use. Not for human or veterinary use. Research Use Agreement

Tissue Signaling

GLOW — molecular reference

GLOW co-lyophilizes GHK-Cu, BPC-157, and full-length thymosin β4 marketed as TB-500 into a single vial for comparative in-vitro tissue-signaling work. The pairing is commonly used in fibroblast, keratinocyte, and endothelial-cell cultures to study parallel changes in collagen expression, migration rate, and copper-dependent enzymatic activity. Supplied lyophilized for reconstitution in bacteriostatic water. For laboratory research use only.

Two-dimensional chemical structure of GHK-Cu, a component of GLOWGHK-Cu402.92 g/mol
Two-dimensional chemical structure of BPC-157, a component of GLOWBPC-1571420 g/mol
Two-dimensional chemical structure of TB-500, a component of GLOWTB-5004964 g/mol
GLOW is a physical mixture, not one molecule. Its verified component structures and average masses are shown separately; a single blend structure or molecular mass would be chemically misleading.

Molecular data

Compound name
GLOW (GHK-Cu + BPC-157 + TB-500)
Research classification
Peptide Blend
GHK-Cu average mass
402.92 g/mol (calculated from molecular formula)
BPC-157 average mass
1420 g/mol (calculated from molecular formula)
TB-500 average mass
4964 g/mol (calculated from molecular formula)
Research pathway
Tissue Signaling
Physical form
Co-lyophilized blend
Storage & handling
Store lyophilized at -20°C. Protect from light.
Available presentations
70mg
Current status
In Stock

Fields with no verifiable source are omitted rather than estimated. Where an average mass is marked as calculated, it is derived arithmetically from the molecular formula using IUPAC standard atomic weights, not measured.

Documented assay contexts

Contexts in which this compound is used as a reference material in published in-vitro work. These describe laboratory usage, not effects in any organism.

  • Tripeptide comparative studies
  • ECM signaling in fibroblast culture

Lot documentation

LotPresentationPurityCertificate
PH26040370mg99.9%View certificate

Related Pure Helix research

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