Patrick Emery

This study identifies DBT and CK2 kinases as critical for temperature compensation in Drosophila circadian clocks through distinct phosphorylation pathways.

The paper identifies novel membrane proteins in Drosophila circadian neurons and shows their roles in regulating locomotor rhythms under different photoperiods.

The paper shows that core circadian clock genes control both circadian and circatidal rhythms in Parhyale hawaiensis, with distinct transcriptional wiring in circatidal neurons.

This study identifies ANIDRA as a Drosophila amino acid transporter that regulates sleep by modulating mTOR activity in glia and affecting arousal-promoting neurons.

This study shows that miR-124 during larval development is essential for proper phasing of adult circadian behavior in Drosophila by shaping the circadian neural network.

This study investigates whether ATXN2 with expanded polyQ domains is a target for N-terminal proteolysis, finding that both normal and expanded polyQ ATXN2 undergo cleavage, with specific sequences modulating this process.

This paper identifies the role of PER phosphodegron residues in temperature compensation of the Drosophila circadian clock through genetic and biochemical experiments.

This study shows that the astrocytic GABA transporter GAT modulates sleep in Drosophila by affecting GABAergic signaling in circadian neurons.

This study investigates the role of Ric GTPase in dopamine transporter function and behavior in Drosophila, finding that RicQ117L affects DAT trafficking and amphetamine sensitivity in a DAT-dependent manner.

This study identifies PSI as a regulator of circadian period in Drosophila by modulating thermosensitive alternative splicing of timeless.