Attila László Szűcs

The paper shows low-intensity ultrasound alters passive membrane properties in hippocampal neurons without requiring synaptic receptors.

This study reprograms human dental pulp stem cells into neurons more rapidly and efficiently than fibroblasts, using a lentiviral vector and single-nucleus RNA sequencing to characterize the process.

This study investigates cariprazine's effects on hippocampal neurons, showing cell-type-dependent changes in excitability and network dynamics through electrophysiology and modeling.

The paper identifies inhibitory calbindin-expressing neurons in the lateral septum involved in maternal pup-licking behavior and shows their connectivity with maternal regulatory brain regions.

This study shows that Kir potassium channels regulate input excitability in parvalbumin interneurons similarly in human and mouse, inhibiting them during postsynaptic potentials.

The paper identifies faster signal propagation in human neocortical dendrites compared to rodents, attributed to larger dendritic structures and conductance properties.

This study characterizes the maturation of human neurons derived from iPSCs over 10 weeks using electrophysiological and imaging techniques, identifying key developmental milestones.

The paper identifies structural and molecular differences in the axon initial segment of human fast-spiking interneurons that lower firing thresholds and reduce input-output delay compared to mice.

The paper investigates age-related changes in fast-spiking interneurons in the human neocortex and finds a significant weakening of action potential characteristics with age.

This study shows PKD promotes AMPA receptor endocytosis in hippocampal neurons, affecting synaptic plasticity and network activity.