Aman S. Aberra

The paper uses computational models of cortical circuits to investigate the mechanisms behind D- and I-wave responses to cortical stimulation, finding consistent patterns across different cortical regions.

This study investigates how subthreshold electric fields modulate neurotransmitter release by altering synaptic vesicle participation in presynaptic neurons.

The paper develops and validates a multiscale cortical circuit model to simulate TMS-evoked responses, revealing mechanisms of cortical activation and inhibition.

This paper discusses the correction of electric field amplitudes and conductivity values to bridge macroscopic and microscopic brain stimulation models, improving modeling accuracy.

The paper uses two Kv2 inhibitors to distinguish Kv2/KvS heteromer conductances from Kv2-only channels in neurons.

The paper investigates the relationship between neuronal spiking frequency and FOS expression in hippocampal neurons, finding that FOS expression is cell-type specific, frequency-dependent, and not cell-autonomous.

This study shows that neuronal activity drives the translocation of LGI1 and ADAM23 to the synaptic cleft, adjusting excitatory neurotransmission based on activity history.