Katalin Tóth

The paper shows that GABAergic synaptic dynamics form a functional continuum aligned with genetic identities, spanning Pvalb to VIP neurons with Sst as an intermediate class.

The paper identifies functional subtypes of short-term synaptic dynamics in mouse and human data using clustering and supervised learning, finding similar subtypes across species.

The paper introduces a linear-nonlinear model to capture synaptic dynamics, showing it is more adaptable than previous models and can efficiently characterize synaptic processing.

This study shows Fxr1 is downregulated during synaptic scaling and sleep deprivation, linking it to homeostatic plasticity and sleep regulation.

This paper introduces an improved voltage indicator and imaging method to enable high-speed, high-resolution voltage imaging in deeply located neurons of awake mice.

The paper demonstrates that mossy fibers count action potentials to transmit information to CA3 pyramidal neurons through presynaptic calcium dynamics and vesicle replenishment.