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GLOW 70mg

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This listing is for 1 × GLOW 70mg vial only. GLOW is a multi-peptide lyophilised analytical reference blend comprising GHK-Cu (50mg), BPC-157 (10mg), and TB-500 (10mg) in a single precision-formulated vial. Supplied for in-vitro biochemical assays, peptide interaction studies, and multi-pathway signalling research. Specifications include ≥99% purity and storage at -20°C (long-term).

Research Use Only: This product is strictly for laboratory research and is not intended for human or veterinary consumption, therapeutic use, diagnostic use, or clinical application.

Full Manufacturer QC Panel Passed

Each batch undergoes a full manufacturer QC panel prior to release.

Manufacturer QC confirms batch release against internal quality specifications.

Detailed manufacturer QC results are not publicly displayed.

Third-party testing in progress

Additional third-party testing is currently in progress for this batch.

Verified third-party results will be published here once available.

$149.95 AUD

Quantity

Product Overview

Understanding GLOW 70mg

GLOW is a precision-formulated multi-peptide blend supplied as a lyophilised analytical reference material for in-vitro research. The blend combines GHK-Cu (50mg) for copper-dependent signalling studies, BPC-157 (10mg) for tissue repair and angiogenesis assays, and TB-500 (10mg) for actin-binding and cellular migration research. This multi-pathway combination enables investigation of synergistic peptide interactions, copper-mediated signalling crosstalk, and combined tissue repair mechanisms in laboratory models. Products selected for website presentation meet Solatide Biosciences' ≥99% purity standard based on available third-party documentation.

Research Applications

•Copper-Peptide Complex Studies (GHK-Cu): Investigate copper coordination chemistry, collagen synthesis pathway regulation, and growth factor signalling in biochemical assays.
•Tissue Repair and Angiogenesis Assays (BPC-157): Study pro-angiogenic signalling, growth factor pathway modulation, and cellular migration mechanisms in experimental models.
•Actin-Binding and Cellular Migration Research (TB-500): Examine Thymosin Beta-4 fragment actin interactions, cytoskeletal regulation, and directional cell motility in vitro.
•Multi-Pathway Signalling Studies: Investigate synergistic interactions between copper-peptide, repair, and cytoskeletal signalling pathways in laboratory models.
This analytical standard is strictly for in-vitro laboratory research use only.

Technical Specifications

Technical Parameter

Laboratory Specification

Purity

≥99% (HPLC-UV)

Components

GHK-Cu 50mg + BPC-157 10mg + TB-500 10mg

Total Fill Weight

70mg per vial

Appearance

White Lyophilised Powder

Storage

-20°C (long term)

Batch-specific third-party documentation available. Reports may include testing from independent laboratories such as Janoshik, Chromate, and Freedom Diagnostics, depending on the batch. View our COA & Lab Testing page for details.