HIGHLIGHTS
SUMMARY
Previous work in this same mouse cross (Baumer-Harrison et_al, 2020) showed that stimulation of the anterior tongue using light at increasing frequencies produces larger chorda tympani responses that ultimately saturate, similar to effects of increasing tastant concentration (Harada et_al, 1997; Frank et_al, 2005; Sanematsu et_al, 2005). The authors conclude that the main effect of nonselectively activating the rNST GABA network is to change response gain; in other words, the effects of inhibition are largely divisive rather than subtractive (Semyanov et_al, 2004; Atallah et_al, 2012; Wilson et_al, 2012; Chen et_al, 2016). Similarly, a recent . . .
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