NAD+ research: coenzyme for cellular energy and ageing
NAD+ research: the role of this coenzyme in cellular energy, sirtuins, DNA repair and ageing. RUO, for laboratory research.
Knowledge base
BPC-157 vs TB-500: two recovery peptides compared
BPC-157 vs TB-500: differences in mechanism, what each is studied for and why they are sometimes studied together (Wolverine blend). RUO.
Knowledge base
What are peptides? The complete beginner's guide
What are peptides? A clear explanation of amino acid chains, how they work as signalling molecules and which categories of research peptides exist. RUO.
Cagrilintide research: the amylin analogue and CagriSema
Cagrilintide research: how this long-acting amylin analogue and the combination CagriSema are studied in studies for weight and metabolism. RUO.
Semax research: the nootropic ACTH analogue under the microscope
Semax research: how this ACTH(4-10) analogue is studied for cognition and neuroprotection via BDNF/NGF. RUO.
Sermorelin research: the GHRH analogue and the GH axis explained
Sermorelin research: how this GHRH(1-29) analogue stimulates the body's own growth hormone release in studies via the GH/IGF-1 axis. RUO.
Selank research: the anxiolytic tuftsin peptide
Selank research: how this tuftsin analogue is studied in studies for anxiety, stress and cognition via GABA and BDNF routes. RUO.
Epitalon research: the pineal tetrapeptide under the microscope
Epitalon research: the AEDG tetrapeptide studied for telomerase, melatonin and ageing. A sober look at the evidence, RUO.
MOTS-C research: the mitochondrial exercise-mimetic peptide
MOTS-C research: how this mitochondrial-derived peptide is studied for AMPK activation, insulin sensitivity, metabolism and ageing, plus data limits. RUO.
Melanotan 2 research: melanocortin agonist and pigmentation
Melanotan 2 research: how this melanocortin agonist drives melanogenesis and pigmentation, plus the difference with melanotan 1. RUO, not approved.