Central muscarinic and LPBN mechanisms on sodium intake.

Augusto Anesio,Silas Pereira Barbosa,Laurival A De Luca,Patrícia Maria de Paula,Débora S A Colombari,Eduardo Colombari,Carina A F Andrade,José V Menani

Brain Research Bulletin（2019）

Cited 1|Views15

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Abstract

•Forebrain M1 and M2 receptor activation may facilitate NaCl intake.•Parabrachial nucleus inhibits the natriorexigenic effect of cholinergic activation.•Pilocarpine acts on central M1 and M2 receptors to facilitate sodium intake.•NaCl intake after muscimol injection into the parabrachial nucleus depends on central M1 receptors.

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Key words

AP,AT1,CCK,b.w.,CRF,GABA,i.c.v.,i.p.,IU’s,LPBN,LV,MnPo,NTS,OVLT,s.c.,SFO

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