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Different α <sub>2</sub> δ Accessory Subunits Regulate Distinctly Different Aspects of Calcium Channel Function in the Same Drosophila Neurons

2019-11-12

Abstract excerpt

Voltage gated calcium channels (VGCCs) regulate neuronal excitability and translate activity into calcium dependent intracellular signaling. The pore forming α 1 subunit of high voltage activated (HVA) VGCCs operates not in isolation but associates with α 2 δ accessory subunits. α 2 δ subunits can affect calcium channel biophysical properties, surfacing, localization and transport, but their in vivo functions...

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Literature Corpus work
df766ec9-edb5-51cd-ac0a-cb2f2b660d54
DOI
10.1101/838565
Open publication

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Different α <sub>2</sub> δ Accessory Subunits Regulate Distinctly Different Aspects of Calcium Channel Function in the Same Drosophila NeuronsDOI 10.1101/838565
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