The relaxin-3 gene was identified in 2001 by searching the human genome database for
homologues of the relaxin hormone, and was subsequently discovered to encode a highly …

Relaxin‐3 has been proposed to modulate emotional–behavioural functions such as
arousal and behavioural activation, appetite regulation, stress responses, anxiety, memory …

Abstract Relaxin‐3 (RLN3) and its native receptor, relaxin family peptide 3 receptor
(RXFP3), constitute a newly identified neuropeptide system enriched in mammalian brain …

Relaxin-3 is a neuropeptide that is implicated in the regulation of stress responses and
memory. The elucidation of its precise physiological role (s) has, however, been hampered …

Characterizing the neurocircuits and neurotransmitters that underlie arousal and circadian
sleep/wake patterns is an important goal of neuroscience research, with potential …

The hypothalamus plays a key role in the regulation of both energy homeostasis and
reproduction. Evidence suggests that relaxin-3, a recently discovered member of the insulin …

Animal and clinical studies of gene-environment interactions have helped elucidate the
mechanisms involved in the pathophysiology of several mental illnesses including anxiety …

Relaxin-3 is a neuropeptide that is abundantly expressed by discrete brainstem neuron
populations that broadly innervate forebrain areas rich in the relaxin-3 G-protein-coupled …

Background: High-protein diets promote weight loss and subsequent weight maintenance,
but are difficult to adhere to. The mechanisms by which protein exerts these effects remain …

Binge eating is frequently stimulated by stress. The neuropeptide relaxin-3 (RLN3) and its
native receptor RXFP3 are implicated in stress and appetitive behaviors. We investigated …