NAD+ is an essential cellular coenzyme involved in redox chemistry and energy metabolism. As a substrate for sirtuins, PARPs and CD38, it is researched in mitochondrial regulation, DNA-damage signalling, stress responses and metabolic communication.
Current work examines NAD+ availability and NAD-dependent pathways as mechanistic and translational research questions, not established clinical benefits.
Explore NAD+ researchResearch context only; not a therapeutic claim.GHK-Cu is a copper-binding tripeptide studied in gene-expression, extracellular-matrix, collagen- and elastin-related pathways, cellular migration, copper homeostasis and oxidative-stress responses.
Research also examines skin and tissue-repair mechanisms. Evidence remains primarily laboratory, preclinical or cosmetic and does not establish a therapeutic benefit.
Explore GHK-Cu researchResearch context only; not a therapeutic claim.Discover the Revitalise Vial Range — a carefully curated collection of premium research compounds, presented with the precision, quality and attention to detail that define Revitalise Peptides.
Explore our complete range of 24 research vials, including individual peptides, specialist compounds and advanced research stacks. Every product is clearly presented to help you find the right format for your research requirements.
Premium quality. Precision presented. Created for laboratory and research use only.
Five key research areas Research preparation — used as a diluent when preparing compatible laboratory materials at defined concentrations. Controlled dilution — helps researchers create precise sample concentrations for expe...
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Five key research areas Growth-hormone secretagogue signalling — studied as an agonist of the ghrelin or growth-hormone secretagogue receptor. Pituitary growth-hormone release — investigated for its ability to produce a meas...
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Five key research areas Cell movement — associated with thymosin-beta-4 pathways controlling actin and cellular migration. Tissue organisation — studied for how repair-associated cells organise following experimental injury....
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Five key research areas Gut inflammation — studied for its relationship with inflammatory signalling in intestinal cells. Intestinal barrier — investigated for epithelial integrity and the protective lining of the digestive ...
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Five key research areas Muscle development — IGF-1 is a powerful growth signal involved in muscle-cell development and protein synthesis. Bone biology — participates in skeletal growth, bone-cell activity and tissue developm...
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Five key research areas Growth-hormone release — activates the ghrelin receptor and is studied for pituitary growth-hormone secretion. Appetite — ghrelin-receptor activity is closely connected with hunger and feeding signals...
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Five key research areas Reproductive hormones — activates signals upstream of LH and FSH release. Ovulation biology — studied for the hormonal surge involved in egg maturation and ovulation. Fertility pathways — central to ...
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Five key research areas Cellular ageing — studied for pathways associated with cell lifespan and cellular senescence. Telomere biology — investigated in laboratory models for possible effects on telomerase and telomere maint...
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Five key research areas Mitochondrial membranes — binds cardiolipin within the inner mitochondrial membrane. ATP production — studied for mitochondrial capacity and the production of usable cellular energy. Oxidative stress...
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Five key research areas Growth-hormone signalling — designed to activate the GHRH receptor, which signals the pituitary to release growth hormone. IGF-1 pathways — studied for downstream signalling involved in cell growth, t...
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Five key research areas Complementary signalling — CJC targets the GHRH receptor while GHRP-6 targets the ghrelin receptor. Hormone pulses — studied for whether the two pathways alter the strength and timing of growth-hormon...
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Five key research areas Digestive lining — studied in preclinical models examining the stomach, intestinal barrier and gastrointestinal repair responses. Tendons and ligaments — investigated for signals involved in connectiv...
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Five key research areas Growth-hormone release — activates GHRH receptors and increases growth-hormone/IGF-1 signalling. Visceral fat — regulated trials examined abdominal fat surrounding internal organs in specific populati...
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Five key research areas Sexual desire — acts on melanocortin pathways in the brain associated with desire. Arousal signalling — researched for central nervous-system signalling rather than direct vasodilation. Sexual distre...
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Five key research areas Cellular energy — a mitochondrial-derived peptide studied for metabolic energy regulation. Exercise response — naturally occurring MOTS-C increased in human muscle and circulation following exercise. ...
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Five key research areas Sleep timing — studied for possible involvement in the process of falling asleep. Sleep structure — investigated for relationships with light sleep, deep sleep and overall sleep efficiency. Daily rhy...
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Five key research areas Anxiety pathways — studied for behavioural and nervous-system responses associated with anxiety. Stress response — investigated for how the brain reacts to chronic or unpredictable stress. GABA signa...
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Five key research areas Collagen — studied for signalling that may increase collagen production and support skin structure. Elastin and firmness — investigated for extracellular-matrix activity associated with elasticity and...
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Five key research areas Nerve-growth signals — investigated for BDNF, NGF and other neurotrophic pathways. Memory and attention — studied for learning, focus and memory-related signalling. Brain-cell protection — examined i...
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Five key research areas Childbirth — naturally involved in uterine-contraction signalling during labour. Milk release — participates in the milk-ejection reflex during breastfeeding. Social recognition — studied for how the...
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Five key research areas Tendon and ligament pathways — studied as a combined model of connective-tissue response. Muscle repair signalling — investigates cellular organisation following experimental muscle stress. Cell migr...
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Five key research areas Skin structure — combines research pathways involving collagen, elastin and extracellular-matrix organisation. Tissue response — studied as a multi-pathway model of how cells respond after physical ti...
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Five key research areas Cellular energy — essential for transferring electrons during the conversion of nutrients into ATP. Mitochondria — required for oxidative phosphorylation and normal mitochondrial energy production. D...
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