Peripheral GABAA receptors - Physiological relevance and therapeutic implications - Gajić Bojić, Milica; Aranđelović, Jovana; Škrbić, Ranko; Savić, Miroslav M. (Pharmacology & therapeutics (Oxford), 2025)
Keywords: GABAA receptor subunits; Peripheral GABAA receptors; Peripheral organs; TNFα; VMAT; KCC2; PI3-K/Akt; ABAT; Irs2; AHR; SLC; NANC; VGAT; MyD88; EEA1; NF-κB; LAMP1; RT-PCR; EC50; TSPO; cDNA; LC3; HMSMC; US; APPL1; Foxo1; IL; 4F2HC; EAE; HCC; GAD; WIPI2; PBMC; PPARγ; EU; IBS-D; Pepck; Peripheral GABAA receptors; ROS; GABA; GAT; HAP1; TLR4; SIRT; VAMP2; ELISA; NAFLD; CRT; CNS; IBD; mRNA; ENS; GABARAP; LPS; ICSI; SV2C; Nrf2; Peripheral organs; BEST1–4; HEK-293; HUVEC; LRRC8A; ASM; IBS; HbA1c; GSK; HAUVEC; SSA; GI; ACE; GLP-1; RDX; STAT3; ICC; Akt; DAG; TauT; IP3; LCMD; NAD; USP; APC; PE; DNA; VRAC; VIIAT; ALD; NKCC; GOPC; GABA-T; VIP; ATP; BGT1; LAT1–2; GABAA receptor subunits