Loss of calcium-binding protein Cbp53E leads to delayed repolarization of photoreceptor cells in Drosophila
Natalie Cmejla, Celia Brekken, Justin Chilson, Regan Alexander, Natalie Cleary, Kathryn Davis, Shane Gonnelly, Eric Hawks, Glenn Jordan, Austin Link, Cynthia Ndahr, Gavin Olson, Estevan Quintana, Brandon Schultz, Katherine Scott, , David S. Ronderos
The paper shows that loss of Cbp53E in Drosophila leads to delayed repolarization in photoreceptor cells, which can be rescued by expressing Cbp53E or its human homologs.
bioRxiv · Feb 18, 2026 · PreprintNeuroscience