Nataliya Kraynyukova

The paper develops a computational model to explain how local translation of CNIH-2 affects the trafficking and kinetics of different AMPAR subtypes during long-term potentiation.

This paper identifies spiking network connectivity patterns underlying nonlinear computations and shows how to target dynamic firing rate trajectories in biologically realistic networks.

The paper investigates how optogenetic and behavioral inputs modulate V1 circuit responses, showing that specific interneurons stabilize the circuit and locomotion affects excitatory cells through direct drive.