Stefano Masoli

The paper compares human and mouse Purkinje cells, finding human cells have greater dendritic complexity and computational capacity.

The paper introduces BSB, a framework for modeling brain microcircuits, and applies it to reconstruct and simulate the mouse cerebellar cortex at cellular resolution.

The paper uses computational modeling to show cerebellar stellate cells act as delay-high-pass filters, shaping Purkinje cell responses and circuit dynamics.

The paper develops multicompartmental models of cerebellar Golgi cells to predict dendritic processing and mechanisms of synaptic plasticity.

The paper identifies diverse firing patterns in cerebellar granule cells through computational modeling and electrophysiological experiments, showing how parameter tuning influences synaptic transmission properties.