THE ARSENAL

Dual-agonist peptide studied for metabolic regulation and appetite signaling.

GHRH analog studied for growth hormone release and fat metabolism.

Research peptide studied for tissue repair and gut integrity pathways.

Mitochondrial peptide studied for metabolic and endurance research.

Copper-binding tripeptide studied for skin and regenerative research.

Entry-strength triple-agonist for advanced metabolic research.

Nootropic peptide studied for cognition, focus and stress response.

Compact sterile bacteriostatic water for reconstituting research peptides.

Set of 30 sterile syringes, supplied in 3 packs of 10, for research reconstitution.

Nootropic peptide studied for memory, focus and neuroprotection.

Signaling peptide studied for immune modulation and respiratory pathways.

Synthetic peptide studied for tissue repair, flexibility and recovery.

Peptide studied for nerve repair and inflammatory discomfort pathways.

Melanocortin peptide studied for libido and sexual-response pathways.

Neuropeptide studied for bonding, mood and social signaling.

Topical research peptide studied for expression-line and skin appearance.

Coenzyme studied for cellular energy and DNA-repair pathways.

Melanocortin peptide studied for melanogenesis and pigmentation.

Melanocortin peptide studied for natural pigmentation and UV protection.

Enzyme-based solution studied for localized lipolysis research.

Amino acid derivative studied for fatty-acid transport and energy.

Hormone-regulating peptide studied for LH and reproductive signaling.

Tripeptide studied for anti-inflammatory and gut-repair pathways.

Gonadotropin studied for Leydig-cell and testosterone signaling.

Tetrapeptide studied for telomere and pineal-regulation research.

Neuropeptide studied for sleep-cycle and stress-recovery pathways.

Pulsatile GH-secretagogue blend for growth and recovery research.

Amylin analog studied for satiety and metabolic-weight research.

Long-acting GHRH analog studied for sustained GH pathways.

Multi-peptide repair blend for advanced recovery research.

Nootropic duo studied for focus, cognition and stress relief.

GH-support blend studied for fat loss and lean-mass research.

Dual repair blend studied for tendon, ligament and muscle recovery.

Essential vitamin studied for energy, nerve and blood-cell support.

Copper-binding tripeptide studied for hair and scalp research.

Mitochondrial peptide studied for cellular energy and oxidative stress.

Small molecule studied for NNMT inhibition and fat-metabolism.