Han Lu

This study shows that iTBS600 induces long-term potentiation and structural changes in mouse brain slices, with direction-dependent effects and preserved network stability.

This study uses a homeostatic structural plasticity model to explain varying effects of tDCS on motor learning based on timing, polarity, and targeting.

This paper investigates how homeostatic synaptic scaling and structural plasticity interact to maintain neural network firing rates under activity perturbations.

This paper uses computational modeling to show that rTMS induces dose-dependent homeostatic structural plasticity in neuronal networks, influenced by stimulation parameters and inhibition.

The paper studies the time course of homeostatic structural plasticity in mouse anterior cingulate cortex following optogenetic stimulation, showing dynamic changes in neural activity and morphology.

This paper models how tDCS induces network remodeling through synaptic plasticity, showing that focal and repetitive stimulation enhances cell assembly formation.