Ben W. Strowbridge

This study identifies ERG channel modulation as a mechanism governing persistent firing in rodent neocortical pyramidal cells through reduced leak K+ current and increased input resistance.

The paper investigates how granule cells in the olfactory bulb influence mitral and tufted cells through inhibitory synchrony, finding that this effect occurs over distances up to 300 micrometers.

The paper describes a simplified electronic circuit for combined single-cell stimulation and recording using loose cell-attached electrodes, enabling efficient neuronal pair studies.