Melanie D. Mark

The paper shows that mobile CaV2.1 channels enhance neurotransmitter release reliability at higher frequencies and are inhibited by GABABR activation.

This study identifies cerebellar 1D-adrenergic receptors as key mediators of stress-induced dystonia in EA2 mice, showing their role in NE-mediated neuronal dysfunction.

This study characterizes AkVAL, a bistable opsin from the flashlight fish, showing its ability to control neuronal activity and body movement in response to light cycles, suggesting its potential as an optogenetic tool.

This study shows that SCA6 mice exhibit early cognitive deficits in spatial navigation linked to reduced Gq-protein signaling in the cerebellum, preceding motor impairments.

The paper investigates how inhibiting presynaptic calcium channel mobility in the auditory cortex affects synchronized input processing and reveals its role in adjusting network activity across synaptic input strengths.

The paper investigates how serotonergic receptors modulate visual cortical population responses through subtractive and divisive normalization mechanisms.