Neurons from several brain regions resonate in the theta frequency range (4-12 Hz), displaying a higher voltage response to oscillatory currents at a preferred 'resonant' frequency (f(R)). Subthreshold resonance could ...

Neurons from different memory-related mammalian brain regwns display intrinsicmaximal subthreshold voltage responses to oscillatory stimulation at theta frequencies(4-12Hz; theta resonance). This may contribute to tune and ...

Most neurons from hippocampus and other learning- and memory-related areas have the ability to intrinsically generate subthreshold rhythmic activity at theta frequency (4-10 Hz), which may contribute to the strong theta ...

Neurons from many brain regions display intrinsic subthreshold theta-resonance, responding preferentially to theta-frequency oscillatory stimuli. Resonance may contribute to selective communication among neurons and to ...

Most neurons of the mammalian brain display intrinsic resonance with frequency selectivity (fR) for inputs within the theta-range (4-10 Hz). Variations in network oscillation along this range depend on the animal behavior; ...