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rodent hippocampalslices [1,2]. These rhythms, which we term spontaneousrhythmic field potentials (SRFPs), are readily observedextracellularly as periodic rises and falls in local field activ-ities (Fig 1, upper panel). Intracellularly, this variation inlocal field activities manifest as summated postsynapticpotentials (PSPs) (Fig 1, lower panel). These SRFPs mayrepresent a fundamental oscillatory state that underlieselectroencephalographic irregular activities

Inhibition dominates in shaping in vitro spontaneous hippocampal network rhythms