Copper-binding tripeptide complex formed from alanine, histidine and lysine
PRODUCT PROFILE
AHK-CU
£40.99
AHK-CU is copper-binding tripeptide complex formed from alanine, histidine and lysine. Researchers examine it in relation to dermal papilla cells, follicle biology and copper-dependent tissue signalling.
AHK-CU uses the alanine–histidine–lysine sequence and has a narrower hair-follicle research record than the more widely studied GHK-Cu copper peptide.
- Evidence stagePreclinical
- AvailabilityAvailable · 49 in stock
- Batch recordPublished after verification
- DispatchConfirmed at checkout
49 in stock
SUGGESTED ADD-ONS
Useful additions, clearly shown.
Suggestions are organised by vial format and catalogue context. They are not combined-use guidance or personal-use advice.
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Specification review

Bacteriostatic Water
Price range: £4.49 through £8.9910 mL | 3 mLBatch file pendingA laboratory supply with two volume variants, not a peptide or biologically active comparison material.
Available · select size for stockAdd to basket This product has multiple variants. The options may be chosen on the product page -
Preclinical

BPC-157
£32.99Batch COA availableBPC-157 is mainly discussed around stomach and local tissue-repair models. TB-500 is instead studied for actin, cell movement…
Available · 30 in stockAdd to basket -
Preclinical

TB-500
£32.99Batch COA availableTB-500 is discussed as a fragment-like repair material, while thymosin beta-4 is the full natural protein and BPC-157…
Available · 30 in stockAdd to basket
PRODUCT INFORMATION
Clear first. Detailed when needed.
What this material is+
AHK-CU is copper-binding tripeptide complex formed from alanine, histidine and lysine. Researchers examine it in relation to dermal papilla cells, follicle biology and copper-dependent tissue signalling.
Research focus+
Researchers study whether it can support the cells around hair follicles, help follicles stay active and encourage healthier-looking hair growth in laboratory models. Most research has been done on cells or isolated hair follicles, so benefits in people are not yet proven.
How the mechanism differs+
Binds copper and has been studied for effects on dermal-papilla-cell proliferation, survival signalling and ex vivo hair-follicle elongation.
Evidence and limitations+
Evidence is centred on cultured-cell and ex vivo human hair-follicle research. Independent replication, controlled clinical efficacy and long-term safety evidence are limited.
Testing and batch documentation+
No live certificate is shown for this staging item. ADINA will only publish a batch document after the product identifier, test method and result have been checked.
RESEARCH PROFILE
Understand the distinction.
Researchers study whether it can support the cells around hair follicles, help follicles stay active and encourage healthier-looking hair growth in laboratory models. Most research has been done on cells or isolated hair follicles, so benefits in people are not yet proven.
Binds copper and has been studied for effects on dermal-papilla-cell proliferation, survival signalling and ex vivo hair-follicle elongation.
AHK-CU uses the alanine–histidine–lysine sequence and has a narrower hair-follicle research record than the more widely studied GHK-Cu copper peptide.
Evidence is centred on cultured-cell and ex vivo human hair-follicle research. Independent replication, controlled clinical efficacy and long-term safety evidence are limited.
Educational research context only. This information is not dosage, administration or personal-use guidance.



