Moshe Parnas

This study identifies a conserved A-to-I RNA editing site in Drosophila GluClα essential for olfactory behaviors and social interactions.

This study shows that homeostatic synaptic plasticity compensates for reduced neurotransmitter release probability, restoring neural coding reliability in Drosophila.

This study identifies a neuromodulatory mechanism in Drosophila that enhances stimulus-specific olfactory learning by suppressing unwanted neural responses through axo-axonic connections mediated by mAChR-B.

The paper identifies an olfactory pathway that triggers backward locomotion in Drosophila, revealing a parallel circuit to Moonwalker Descending Neurons.

The paper shows disruption of Ca2+ oscillations in Drosophila perineurial glia leads to seizure-like behavior without affecting BBB structure.

This study shows that mAChR-A in gamma Kenyon cells inhibits odor responses and is required for aversive olfactory learning in adult Drosophila.

PySight enhances photon-deprived imaging by boosting neuronal calcium transient amplitude and enabling high-speed intravital voltage imaging in fruit flies.