GLOW50 Peptide Pen

The reusable injection pen

This injection pen helps makes administration as simple and stress-free as possible.

Can be reused once the peptide cartridge is finished and replaced.

Features a side-activation mechanism for smoother injections and better grip. Its delivery system requires minimal effort, making it ideal for all users.

The device includes a dose selector with both audible clicks and visual markers for accurate dosing every time.

Constructed from an anodised aluminium case for durability.

Benefits:
Makes injections easier via better consistency.
Low-force delivery and user-friendly design.
Portable, discreet and compact format, ideal for research, travel, or daily use.

Pre-Mixed Cartridges (Ready to Use)

Pre-Reconstituted with Bacteriostatic Water:
Every cartridge is expertly prepared with 2ml of sterile bacteriostatic water to maximize stability, uphold sterility, and ensure safe, effective dosing.

Instantly Ready to Use:
No mixing necessary—just insert the cartridge into your pen and start immediately.

Each Kit is sold with:-
1x Injection Pen and premium case
1x Pre-filled cartridge reconstituted with 2ml of Bacteriostatic Water
10x 6mm 31G sealed disposable screw fit needles

***Please see the additional refill cartridge for purchase once the original cartridge is finished***

Note - For information and instructions on how to use this product, please click HERE

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GLOW50 is a research-focused peptide blend, also referred to as the Glow Protocol Peptide Blend. It combines three well-studied peptides — GHK-Cu, TB500, and BPC-157 — each of which is being investigated for its unique biological pathways and potential role in regenerative and metabolic research.

Peptides in the GLOW50 Blend:

• GHK-Cu (35 mg): A copper-binding peptide that has been studied for its role in collagen-related pathways, angiogenesis, and antioxidant activity. Researchers are exploring its relevance to skin and tissue health.

• TB500 (10 mg): Investigated for its effects on actin polymerization, which may influence cell migration and tissue-related processes. It is commonly referenced in studies of recovery and regeneration models.

• BPC-157 (5 mg): A peptide of interest in studies related to growth factor activity, angiogenesis, and collagen dynamics. Research has also examined its role in gastrointestinal and tissue support models.

Areas of Research Interest:

• Cellular and Tissue Studies: Exploration of how these peptides may influence cellular proliferation, migration, and signaling.

• Metabolic and Regenerative Pathways: Ongoing research into how peptide combinations may interact with systems linked to repair and optimization.

• Inflammation Models: Investigated for potential roles in studies examining inflammatory responses.

• Skin and Connective Tissue Research: GHK-Cu and related peptides are often studied in connection with collagen pathways and oxidative balance.

• Gut and Gastrointestinal Models: BPC-157 has drawn research interest in studies focused on gastrointestinal tissue integrity.

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