// RESEARCH GROUPS
High voltage gated calcium channel (HVGCC) // hormone release // α2δ- subunit // CaV1.3 L-type calcium cannel // diabetes
calcium channel structure // calcium channel dynamics // structure-function relationships // structural determinants of voltage gating // disease mutations
excitation-contraction coupling // STAC proteins // CaV1.1 L-type calcium channels // Bailey-Bloch congenital myopathy // whole-cell patch-clamp // calcium release
auditory system // cochlea // hair cells // ribbon synapses // synaptic transmission // synaptogenesis // developmental plasticity // hearing loss
Cav1.3 L-type calcium channels // CACNA1D de novo mutations // channelopathies // neurodevelopmental disorder // electrophysiology
L-type calcium channels // Cav1.4 // CACNA1F // congential stationary night blindness type 2 (CSNB2)
zebrafish // pancreatic islets // gene editing // CRISPR-Cas9
// ASSOCIATED RESEARCH GROUPS
α2δ subunits // voltage-gated calcium channels // synapse formation // neurological diseases // high-resolution immunofluorescent microscopy // electrophysiology
Cav1.3 L-type calcium channels // autism spectrum disorder // de novo mutations // whole-cell patch-clamp
voltage-gated calcium channels // Cav1.1 structure-function analysis // excitation-contraction (EC) coupling // neuro-muscular junction formation
voltage-gated calcium channels // ion channel complexes // trafficking // calcium signaling // dendritic growth // synapse // fluorescence microscopy
voltage-gated calcium channels // T-type channel structure-function analysis // CaV3.3 disease variants
voltage-gated calcium channels // stac proteins // L-type calcium cannels // electrophysiology // Ca2+ imaging // mouse behavior // neurological disease