PenPinealon 10 mg
A short peptide bioregulator (Glu-Asp-Arg) studied for neuroprotection and brain-ageing research.
The full range
44 research compounds — each synthesised under controlled conditions, verified by reversed-phase HPLC, and shipped with a Certificate of Analysis.
PenA short peptide bioregulator (Glu-Asp-Arg) studied for neuroprotection and brain-ageing research.
PenA methylene-blue formulation studied for mitochondrial electron transport and neuro-research.
PenAn EPO-derived peptide studied for tissue protection and neuropathic-pain research.
PenA pancreas-derived peptide bioregulator studied for metabolic and glucose-regulation research.
PenA TB-500 + BPC-157 recovery blend studied for tissue repair and angiogenesis research.
PenThe master antioxidant tripeptide studied for redox balance and detoxification research.
PenA copper-binding peptide studied for skin-remodelling and regeneration research.
PenThe higher-strength copper-peptide pen for skin-remodelling and regeneration research.
PenA thymosin β4 fragment studied for recovery, angiogenesis and tissue-repair models.
PenA TB-500 + BPC-157 + GHK-Cu blend studied for recovery and skin-remodelling research.
PenThe lower-strength TB-500 + BPC-157 + GHK-Cu blend for recovery and skin research.
PenVasoactive intestinal peptide studied for immune-modulation and inflammatory research.
PenThe NAD⁺ coenzyme studied for cellular energy, DNA repair and longevity research.
PenThe 500 mg NAD⁺ coenzyme pen for cellular-energy and longevity research.
PenA four-peptide repair blend (TB-500, BPC-157, KPV, GHK-Cu) for recovery research.
PenA growth-peptide research blend studied for the GH/IGF-1 axis and recovery endpoints.
PenThe higher-strength growth-peptide blend for GH/IGF-1 axis research.
PenA dipeptide bioregulator (Lys-Glu) studied for immune regulation and ageing research.
PenA pineal tetrapeptide studied for telomerase and longevity research.
PenThe 10 mg telomerase tetrapeptide pen for longevity research.
PenA liver-derived peptide bioregulator studied for chromatin and ageing research.
PenA GHRH analog studied for sustained growth-hormone-axis stimulation research.
PenA vascular peptide bioregulator studied for endothelial and cardiovascular research.
PenA long-acting IGF-1 analog studied for cell growth, repair and metabolism research.
PenA thymic peptide studied for immune-modulation and host-defence research.
PenA cartilage peptide bioregulator studied for connective-tissue and joint research.
PenA reproductive peptide bioregulator studied for testicular-function and ageing research.
PenA growth-hormone fragment studied for lipolysis and fat-metabolism research.
PenA spadin-derived peptide studied for TREK-1 channels and mood research.
PenAn angiotensin-IV-derived peptide studied for synaptogenesis and cognition research.
PenA p53-derived peptide studied for membrane-targeting and cancer-cell research.
PenAn ACTH-derived peptide studied for nootropic and neuroprotective research.
PenAn octapeptide studied for expression-line and skin-cosmetic research.
PenA cathelicidin peptide studied for antimicrobial and immune-modulation research.
PenA neuropeptide hormone studied for social-bonding and neuroendocrine research.
PenA selective NNMT inhibitor studied for fat-mass reduction and NAD⁺ research.
PenA mitochondria-targeted peptide studied for bioenergetics and cardiovascular research.
PenThe higher-strength mitochondrial peptide pen for bioenergetics research.
PenA selective GHRP studied for growth-hormone release and recovery research.
PenDelta-sleep-inducing peptide studied for sleep and stress-response research.
PenA thymic peptide complex studied for immune-regulation and ageing research.
PenA GHRH analog studied for growth-hormone axis and visceral-fat research.
PenThe 10 mg GHRH-analog pen for GH-axis and visceral-fat research.
PenAn ERR agonist studied as an exercise mimetic for endurance research.
If you’re looking for a peptide that isn’t listed, contact the lab — we can advise on availability and batch documentation.