Research peptides & compounds

Studied for weight management, appetite regulation and metabolic signalling.

Studied for collagen production, skin biology and tissue-remodelling processes.

Studied in preclinical models of tendon-cell responses and tissue repair.

A thymosin-related research listing associated with tissue-response studies; exact identity needs confirmation.

Studied for neurotrophic signalling and processes related to learning and memory.

Studied for stress-related neurobiology and neurotransmitter signalling.

Studied for glucose handling, insulin sensitivity and cellular metabolism.

A coenzyme used to study cellular energy metabolism and redox reactions.

A CJC and ipamorelin blend intended for growth hormone signalling research.

Studied for telomere biology, telomerase activity and cellular ageing processes.

Studied for neuronal responses to oxidative stress and brain-cell protection in experimental models.

Studied for melanocortin signalling and sexual desire responses.

Studied for sleep regulation and neuropeptide signalling.

Studied for inflammatory signalling and intestinal inflammation in preclinical models.

A 70 mg research blend of GHK-Cu (50 mg), BPC-157 (10 mg) and TB-500 (10 mg), bringing together components studied in connective-tissue and cellular-response research.

An 80 mg research blend of GHK-Cu (50 mg), BPC-157 (10 mg), TB-500 (10 mg) and KPV (10 mg), combining components studied in tissue biology and inflammatory signalling.

Studied for appetite regulation, satiety and weight management.

Studied for growth hormone signalling and changes in visceral abdominal fat.

Studied for growth hormone release and growth hormone secretagogue signalling.

Studied for GHRH signalling and growth hormone/IGF-1 responses.

Studied for mitochondrial function, cardiolipin interactions and cellular energy production.

A 10 mg blend of BPC-157 and TB-500 for laboratory research into tissue-related peptide signalling.