Numerical simulations suggest that strong clustering of CaV1.3 calcium channels can synchronize multivesicular release and increase monophasic EPSC amplitude in inner hair cells.
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Full simulation on the dynamics of auditory synaptic fusion: Strong clustering of calcium channel might be the origin of the coherent release in the auditory hair cells
Numerical simulations suggest that strong clustering of CaV1.3 calcium channels can synchronize multivesicular release and increase monophasic EPSC amplitude in inner hair cells.