GLOW Peptide Blend – GHK-Cu / TB-500 / BPC-157 | 2mL High-Purity

GLOW is a specialized peptide blend designed for advanced laboratory research, combining three well-studied research peptides: GHK-Cu, TB500, and BPC-157. Each component is included at a controlled concentration to support consistent and repeatable experimental outcomes.

• GHK-Cu (35mg) – A copper-binding peptide widely analyzed in scientific literature for its molecular activity and cellular interactions.

• TB-500 (10mg) – A synthetic research peptide used in assays exploring protein behavior and biochemical signaling.

• BPC-157 (5mg) – A peptide commonly studied for its stability and activity under controlled laboratory conditions.

This 2mL lab-grade blend is manufactured with strict attention to purity and precision to support in-vitro studies, peptide comparison assays, and multi-compound research modeling.
GLOW is not intended for human or veterinary use and should only be handled by trained laboratory personnel.

FAQ 

1. What is GLOW?

GLOW is a multi-peptide research blend combining GHK-Cu, TB500, and BPC-157 in precise quantities for laboratory and in-vitro testing.

2. What type of research is this blend used for?

It may be used in controlled peptide assays, molecular interaction studies, and multi-compound lab experiments, based on your institution’s protocols.

3. Can GLOW be used on humans or animals?

No. This product is strictly not for human consumption, not for medical use, and not for animals.

4. How is the peptide blend prepared?

It is produced under rigorous lab standards intended to support purity, stability, and consistency in research environments.

5. How should GLOW be stored?

Store according to your laboratory’s storage guidelines for peptides—typically in a cool, dry location away from light.

Lab Research

GLOW is sold strictly for laboratory research purposes.
Not for human or veterinary use, not for diagnostic procedures, and not for therapeutic applications.
Must be handled only by qualified laboratory professionals following appropriate safety protocols.