Overview
Arginine vasopressin is a nine-amino-acid neurohypophyseal hormone best known outside the lab for its role in water balance, but in neuroscience research it is studied for a distinct set of central signaling functions. Its compact, well-characterized structure has made it a long-standing reference peptide.
In research models, arginine vasopressin has been studied for its association with memory-related processing, social-behavior circuits, and central stress signaling through vasopressin receptor subtypes. Investigators examining neuropeptide modulation of behavior have used it as a research material for decades.
For a cognitive and neurological catalog, vasopressin is notable as a hormone with both peripheral and central signaling roles, which makes receptor-subtype specificity an important part of how it is studied. Whether these central mechanisms translate the same way across female physiology remains an open research question; our evidence review tracks how many of the underlying studies included women.
Summary
Arginine vasopressin is the body's antidiuretic hormone; its synthetic form (vasopressin injection) is FDA-approved for vasodilatory shock and diabetes insipidus. It is also studied for roles in social behavior and memory. Clinical use enrolls women, but is generally not analyzed for female-specific outcomes.
Evidence in women
Mechanism
Activates V1 (vascular), V2 (renal water-retention), and V1b receptors, regulating blood pressure, fluid balance, and stress signaling.
Free research guide
How to tell real female data from male-extrapolated claims, with the questions to ask about any compound.
Citations (PMID)
Related peptides
Educational information for laboratory and research use only. Not medical advice, a recommendation, or a claim of safety or efficacy; no personal dosing. “Unstudied” means no qualifying study was found, not that a compound is safe or unsafe.