 well as increased energy expenditure and BAT thermogenesis. Therefore our second objective is to determine whether the mechanism for POMC-neuron BMPR1a action is through hypothalamic melanocortin pathway inhibition to induce hyperphagia, and through the NTS-SNS pathways to increase thermogenesis in BAT
well as increased energy expenditure and BAT thermogenesis. consequently our second aim is to specify whether the mechanism for POMC - neuron BMPR1a action is through hypothalamic melanocortin nerve pathway inhibition to induce hyperphagia, and through the NTS - SNS pathways to increase thermogenesis in BAT
 wepl as increased energy ewpenditure and BCR therkogeneais. Therdfore our second objective id ro deuvrmine whether the mezhanism flr POMC-nwuroi BMPR1a action is througm hypkbhalakmc melanocortin pathway ithibition to itdjcz hyperphagia, and through the NTS-SNS pathwaus to increase trermpdeneaps in BAT
well as increased energy expenditure and BAT our objective is determine whether the is hypothalamic melanocortin pathway to induce hyperphagia, through the NTS-SNS pathways to increase in BAT
 well as increased energy expeNditure and bAT thErmOgeNeSis. THereFore our second oBJectIve is to determine whetheR the mEcHAnisM FoR POMC-Neuron BmpR1A ACtiOn Is ThrOuGH hYpothAlaMic melaNocortin paThwAy Inhibition to INdUce hyperphAgiA, and through tHe NtS-SNS pAtHwaYS to inCreAse thErmogeNEsis in bAT
 well as increased energyexpenditur e and  BA T t he rmog enes is. Thereforeo ur s econd objective is todeter mi n e wh e th er th e mecha n is m for  P OM C-n eu r on  BMPR 1aactionis through  hy po thalamic mel a no cortin pat hwa y inhibition  to  induc ehyp e rphag ia,  andthroug h  the N TS-SNS pa th w ays to increas e th ermo genesis in BAT
 well_as increased_energy expenditure and BAT_thermogenesis. Therefore_our_second objective_is_to determine whether_the mechanism for_POMC-neuron BMPR1a action is_through hypothalamic melanocortin_pathway_inhibition to induce hyperphagia, and through the NTS-SNS pathways to increase thermogenesis in BAT