Martynas Dervinis

The paper introduces a method to estimate quantal sizes in neurons by comparing somatic recordings with simulated minis, finding that mPSP amplitude inversely correlates with membrane capacitance.

The paper builds a corticothalamic model that reproduces EEG sleep rhythms by incorporating intrinsic abilities of neocortical networks and thalamic neurons to generate sleep waves.

This paper simulates spike-and-wave discharges in a corticothalamic model to study absence seizures, finding specific channel abnormalities lead to different seizure frequencies.

The paper introduces a novel algorithm for detecting miniature postsynaptic currents/potentials in whole-cell recordings and demonstrates its superior performance compared to existing methods.

This study examines how psychedelic drugs and intrinsic brain state transitions affect neuronal firing rate distributions in mice, revealing a common pattern of stretching and squeezing in log-rate distributions across different brain states.

The paper analyzes cortical spiking dynamics across fast and infraslow timescales in mice, revealing distinct coupling patterns between individual neurons and population activity.