True

• Olfactory bulb main interneuron periglomerular GABA cell Show Other

• Soma Show Other

• Gaba Show Other

• Spontaneous and electrically driven GABAergic synaptic inputs to PG cells come possibly from other interneurons in the glomerular layer. Show Other
• Reversed chloride gradients, demonstrated by cytochemical methods, may be responsible for excitatory GABA effects on selected periglomerular neurons Show Other
• Voltage-sensitive dye signals recorded from the glomerular layer reflect activity in periglomerular cells and that Cl- efflux through non-GABAA chloride channels contributes to the postsynaptic depolarization of these cells after olfactory nerve stimulation Show Other
• It was shown that stimulation of PG cells results in self-inhibition: release of GABA from an individual PG cell activates GABA(A) receptors on the same neuron Show Other