Neuropeptide & Neuroendocrine Research

This category encompasses neuropeptides and neurohormones studied in circadian biology research, sirtuin pathway activation, pineal gland signaling mechanisms, and neuropeptide receptor binding within animal neurobiology models. Researchers investigate these compounds for their activity in chronobiological mechanisms, NAD+ metabolism pathways, NADPH production, melatonin synthesis regulation, and hypothalamic-pituitary signaling cascades at the molecular level. Available compounds include DSIP (delta-sleep-inducing peptide), melatonin analogs, NAD+ precursor molecules, selank, semax, and MOTS-C—each examined for distinct molecular targets in neurobiological research contexts. Studies employ patch-clamp electrophysiology techniques, molecular signaling assays, behavioral models in rodent systems, and comprehensive brain tissue preparations. Research investigates circadian rhythm entrainment mechanisms, neuronal excitability patterns, neuroprotection marker expression, neurotrophic factor production, and neuroendocrine signaling in preclinical animal models. Gene expression profiling and receptor expression characterization complete molecular analysis. Circadian locomotor activity, sleep architecture analysis, and gene expression profiling provide comprehensive assessment. All products are designated for research use only and are not approved for human or animal consumption.

Popular research compounds in this category include Semax, Selank and DSIP. All are supplied for laboratory research use only.