Soroush G. Sadeghi

This study shows that Cntnap2 deletion in mice disrupts vestibular signaling and spatial cognition, linking peripheral sensory dysfunction to ASD-related behaviors.

This study investigates the functional roles of quantal and non-quantal synaptic transmission from type I and II hair cells in mice, showing that non-quantal transmission can drive vestibular responses across a wide range of frequencies, while quantal transmission is essential for gravity detection.

This study identifies a muscarinic efferent pathway in mouse vestibular hair cells that suppresses BK channels, enhancing excitability during strong depolarization and contributing to dynamic gain control.

This study investigates how cholinergic inputs modulate membrane properties and firing patterns of calyx terminals in the vestibular system through KCNQ channel activity.

This study investigates efferent synaptic inputs to type II vestibular hair cells using optogenetic and electrical stimulation, revealing hyperpolarization and facilitation during repetitive stimulation.

The paper investigates the effect of GABA-B receptor activation on calyx afferent terminals in rat vestibular nerve, showing an excitatory effect through modulation of ion channels.