Litcius/Paper detail

Molecular basis of junctional current rectification at an electrical synapse

Yuan Shui, Ping Liu, Haiying Zhan, Bojun Chen, Zhao‐Wen Wang

2020Science Advances28 citationsDOIOpen Access PDF

Abstract

mutant. Neutralizing charged residues in UNC-7b amino terminus abolished the rectification property of UNC-7b/UNC-9 GJs. Our results suggest that the rectification property results from electrostatic interactions between charged residues in UNC-7b amino terminus.

Topics & Concepts

Electrical SynapsesGap junctionGene isoformCaenorhabditis elegansRectificationCell biologyAntidromicMutantBiologyChemistryBiophysicsPhysicsNeuroscienceGeneticsGeneStimulationQuantum mechanicsPower (physics)IntracellularGenetics, Aging, and Longevity in Model OrganismsNeurobiology and Insect Physiology ResearchConnexins and lens biology
Molecular basis of junctional current rectification at an electrical synapse | Litcius