Gero Miesenböck

This study identifies mitochondrial respiration and ATP synthesis as key factors in sleep regulation by analyzing single-cell transcriptomes in sleep-deprived flies.

The paper shows that sleep pressure in Drosophila is regulated by a voltage-gated lipid peroxidation memory involving KV channel beta-subunits and NADPH cofactors.

The paper identifies a half-centre oscillator in Drosophila that generates slow-wave activity linked to sleep regulation and pressure.

The paper identifies presynaptic gene expression changes in Drosophila during homeostatic compensation after postsynaptic activity suppression, revealing genes involved in synaptic function and stress responses.

The paper introduces a framework to classify ion channel models and provides a web interface for comparing models with experimental data.