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Journal of neuroscience research • 1975 | View Paper
“Perfusion with a high concentration of potassium (100 mM) increased GABA , but not glutamate, release and thioperamide (20 mg/kg) attenuated the effects of high potassium on GABA release.”
“High potassium and electrical stimulation consistently increase efflux of labelled GABA from the in vivo superfused rat dorsal medulla in a calcium-dependent fashion.”
“ SummaryGamma-aminobutyric acid depressed the potassium contraction of the skeletal muscles and its sensitization to potassium ions caused by guanidine, aminopyridine, veratrine, and had no material effect on the aceytlcholine muscle contractions.”
Bulletin of Experimental Biology and Medicine • 2004 | View Paper
“Although high potassium evoked the release of both excitatory (glutamate and aspartate) and inhibitory ( GABA and glycine) amino acid transmitters, BDNF only induced glutamate and aspartate release.”
The European journal of neuroscience • 1998 | View Paper
“4 GVG and EOS administration led to a significant elevation in the potassium stimulated release of GABA from cross‐chopped hippocampal slices compared with that of controls.”
British journal of pharmacology • 1997 | View Paper
“Application of GABA (50 microM) reduced the amplitude of A-current when potassium current amplitude was measured during a period of slow and incomplete desensitization of IGABA.”