Effects of oxytocin and antagonist antidote atosiban on body weight and food intake of female mice, Mus musculus.
Growing evidence suggests that oxytocin (OT) plays an important factor for the control of food intake, body weight, and energy metabolism in human and non-human animals. It has reported previously, the downregulation in oxytocin receptors (OTRs) expression is linked with the development of obesity, but exogenous OT reverse body weight and food intake in obese animal model. It is important to know that, whether intraperitoneal administration crosses blood brain barrier. Therefore, in the present experiment, we study the impact of intraperitoneal administration of synthetic OT 0.0116 mg/kg and antagonist atosiban (OTA) 1 mg/kg on food intake, and body weight of female mice, Mus musculus for different duration i.e. 30, 60, and 90 days. In this study, it was observed that there was significant decrease (p<0.001, one-way analysis of variance [ANOVA]) in the body weight (BW), food intake, and gonadosmatic indices (GSI) after the intraperitoneal exposure of OT at dose 0.0116 mg/kg up to 90 days and inhibits via antagonist atosiban. These results indicates that intraperitoneal administration of OT can be used for treatment for longer duration without any side effects and maintains homeostasis in physiologic system regulates body weight and gonadal weight in female mice, which represent an important therapeutic tool for the obesity and metabolic disorder in female.
['Thakur|Pratibha|P|', 'Shrivastava|Renu|R|', 'Shrivastava|Vinoy K|VK|']
Oxytocin Body weight Food intake Energy metabolism AN, Arcuate Nucleus ANOVA, One-Way Analysis of Variance BBB, Blood Brain Barrier BW, Body Weight CNS, Central Nervous System GI, Gastrointestinal GPCR, G-Protein Coupled Receptor GSI, Gonadosomatic Indices Gonadosomatic indices HPG, Hypothalamic-Pituitary-Gonadal Axis I.P., Intraperitoneal ICV, Intracerebroventricular NTS, Nucleus Tractus Solitarius OT, Oxytocin OTA, Antagonist Atosiban OTRs, Oxytocin Receptors PCOS, Polycystic Ovary Syndrome PVN, Paraventricular Nuclei SEM, Standard Error of Mean SIM1, Single Minded 1 Gene SON, Supraoptic Nuclei VP, Vasopressin VTA, Ventral Tegmental Area