Reversible binding of divalent cations to Ductin protein assemblies—A putative new regulatory mechanism of membrane traffic processes

Mini review by Tibor Páli lab is out in @FrontMolBioSci #ductin #membranetransport #autophagy https://t.co/AuCgF2wIf0

😎Our study was published @FrontMolBioSci about how divalent cations can affect the various biological functions of the "ductin" proteins. This protein family also includes the rotor c-ring subunit of F- and V-type #rotary enzymes. #vatpase #fatpase https:/

Reversible binding of divalent cations to Ductin protein assemblies-A putative new regulatory mechanism of membrane traffic processes https://t.co/BMenbAnIw9 https://t.co/taKSl1CVGh

New Research: Reversible binding of divalent cations to Ductin protein assemblies—A putative new regulatory mechanism of membrane traffic processes #MolBioSci https://t.co/BOrfYWaKXq