Naofumi Suematsu

This study examines chronic effects of intracortical microstimulation on visual cortex function in awake mice, finding progressive neuronal and vascular responses with neurovascular uncoupling and frequency-dependent after discharges.

This study shows aging reduces functional connectivity in mouse V1 and CA1 regions, affecting synchrony in specific frequency bands without impairing single-neuron activity.

The paper shows that spontaneous movement suppresses AgRP neuron activity, reinforcing exercise behavior in mice.

This study shows that hypermyelination in FusOLcKO mice enhances hippocampal neuronal activity detection but disrupts cortical network communication.

This study investigates how different microstimulation frequencies affect neural and hemodynamic responses in the mouse visual cortex, finding that lower frequencies enhance activation while higher frequencies induce depression.

The paper compares the timing of action and reward event representation in hippocampal CA1 and lateral entorhinal cortex layers during operant learning in rats.