RECOVERY
Triple-Peptide Radiance, Reimagined.
250 mcg BPC-157 + 250 mcg TB-500 + 3 mg GHK-Cu in precision-formulated dissolvable strips designed for convenience, consistency, and modern wellness routines.
$219
- Active ingredients
- BPC-157TB-500GHK-Cu
- Amount per strip
- BPC-157 — 250 mcgTB-500 — 250 mcgGHK-Cu — 3 mg
- Strips per box
- 30 Dissolvable Strips
Made in USA
Manufactured in the United States.
Third-Party Tested
Every batch is independently tested for quality.
Secure Checkout
Encrypted checkout. Card details are never stored by HELIX.
Third-Party Lab Results
Certificates of Analysis are available for current and previous batches.
- FORMAT
- Dissolvable Strip
- COUNT
- 30 Dissolvable Strips
- FLAVOR
- Mint
- PACKAGING
- Individually Sealed
About GLOW
The formula
HELIX GLOW combines BPC-157 (250 mcg), TB-500 (250 mcg), and GHK-Cu (3 mg) in a precision-portioned dissolvable strip. Individually sealed for convenience and consistency, GLOW brings together three peptides that have been widely studied in preclinical research involving tissue biology, cellular signaling, skin biology, and regenerative science. The HELIX dissolvable strip format offers a simple, portable experience without the need for mixing or preparation.
The HELIX strip format
A thin dissolvable film, portioned to a controlled specification and sealed individually. No vials, no mixing, no additional supplies.
Dissolvable strip technology
- Individually packaged — every strip sealed in its own sachet.
- Thin-film construction cast to a controlled target specification.
- No mixing or preparation of any kind.
- Water-free dissolvable film matrix.
- Compact, shelf-stable storage at room temperature.
- Precision-portioned formulation, strip to strip.
Compound Profiles
GHK-Cu
Swipe to explore the sequence
Gly–His–Lys
- MOLECULAR FORMULA
- C14H22N6O4·Cu
- MOLECULAR WEIGHT
- 340.8 g/mol (free peptide 340.4)
- CAS NUMBER
- 89030-95-5
- PUBCHEM CID
- 73587
Research Overview
Skin-derived cell models
GHK-Cu has been studied in fibroblast and keratinocyte culture models.
Matrix protein expression
Researchers have examined expression of extracellular matrix proteins in vitro.
Copper transport chemistry
The copper-binding behaviour of the tripeptide has been characterised in laboratory work.
Research summaries are educational and are not a substitute for medical guidance. Findings from laboratory or animal studies do not necessarily translate to human outcomes.
Product Details
Related strips
GLOW
$219