A neuropeptide studied for sleep induction, stress hormone modulation, and neuroendocrine research.
A tetrapeptide studied for telomere elongation, pineal gland regulation, and anti-aging mechanisms.
High-volume Epitalon format for extended anti-aging and telomerase research programmes.
A dual anti-aging and anxiolytic research blend combining telomerase activation with neuropeptide stress modulation.
A senolytic peptide studied for selectively inducing apoptosis in senescent cells — the foundation of cellular rejuvenation research.
Entry-level format of the senolytic FOXO4 peptide for senescent cell clearance research.
A triple-action blend targeting GH release and lipolysis simultaneously for comprehensive metabolic research.
A comprehensive GH-axis and fat-metabolism research blend using three complementary peptides.
A stabilised GH lipolytic domain peptide studied for fat-burning activity independent of growth-promoting effects.
High-volume base GHK tripeptide for large-scale skin biology and wound healing research.
The base GHK tripeptide (without copper) studied for intrinsic biological activity in tissue modelling research.
A dual-action healing blend combining copper peptide regeneration with BPC-157 tissue repair mechanisms.
Double-volume copper peptide vial for sustained skin regeneration and wound healing research programmes.
A copper-binding tripeptide studied for skin regeneration, wound healing, anti-inflammatory, and antioxidant activity.
One of the most potent growth hormone-releasing peptides, studied for GH secretion, appetite stimulation, and recovery.
