£127.20
This Pal-GHK + GHRP-2 peptide blend contains 1.5 mg of Pal-GHK and 5 mg of GHRP-2, providing a research model for examining ECM-related cellular behavior and pituitary growth hormone signaling. Pal-GHK is often used to study collagen-linked pathways, while GHRP-2 supports targeted GH-axis stimulation under regulated laboratory conditions.

![Ipamorelin + Mod GRF(1-29) [CJC without DAC] (10 pack)](https://adaptogresearch.co.uk/wp-content/uploads/2025/12/Ipamorelin-5mg-Mod-GRF-1-29-Without-DAC-5mg-300x300.jpg)
Researchers value this dual-peptide combination because it allows simultaneous investigation of tissue-related signaling and growth hormone axis modulation in controlled environments. Pal-GHK, a palmitoylated tripeptide, is frequently used in studies involving extracellular matrix components, collagen-expression pathways, and cell-maintenance signaling. GHRP-2, a selective growth hormone secretagogue, supports research focused on pituitary GH release and GHSR-driven endocrine signaling.
Common research applications include:
Examining GH-axis involvement in tissue growth models
Mapping cell-response pathways affected by Pal-GHK exposure
Studying receptor-specific GH stimulation in vitro or ex vivo
Comparing dual peptide effects with isolated component controls
Both peptides provide clearly defined behavior in experimental systems, supporting structured mechanistic research and clean data interpretation. The blend is suitable for projects requiring precise dosing and direct comparison of local tissue pathway signaling alongside endocrine modulation.
This product is supplied strictly as a laboratory-grade research reagent. It is not approved for human or veterinary administration, therapeutic use, diagnostic procedures, or any medical application. All research must comply with institutional safety practices and applicable regulatory standards.
For research use only. Not for human consumption.
This Pal-GHK + GHRP-2 peptide blend contains 1.5 mg of Pal-GHK and 5 mg of GHRP-2, providing a versatile model system for studies involving cellular-matrix response and pituitary-driven growth hormone stimulation.
Discount Applied Successfully!
Your savings have been added to the cart.