New paper from the Kazama lab on the circuit computations underlying innate odor value!
www.cell.com/cell/fulltex...
New paper from the Kazama lab on the circuit computations underlying innate odor value!
www.cell.com/cell/fulltex...
Dissecting dFB regulation of sleep in Drosophila. Left: The commonly used 23E10 GAL4 drives expression in the green cells located in the brain and the ventral nerve cord. Jones and colleagues have obtained a refined split-GAL4 line that limits expression in the brain cells only, excluding the peripheral VNC-SP cells. Top right: Optogenetic stimulation of the dFBsplit cells at frequencies higher than 10 Hz for 24โh leads to an increase in baseline sleep and promotes long-term memory consolidation. Chronic inactivation also paradoxically leads to an increase in baseline sleep and mildly affects sleep homeostasis. Bottom right: Optogenetics activation of cholinergic neurons also leads to an increase in baseline sleep, while inactivation leads to a decrease in sleep rebound but only in stronger regimes of thermogenetic silencing.
The fly as a model for unravelling the mechanisms of #sleep regulation. @giorgio.gilest.ro explores a @plosbiology.org study which refines the key neuronal circuits involved in the regulation of sleep in fruit flies #Drosophila ๐งช Paper: plos.io/42uPczp Primer: plos.io/4iVHgxR
I am pleased to report that our paper on dFB neurons is available on Plos Biology. I am extremely grateful to Dave and Brandon, my grad students, Jen, our technician/lab manager and the many undergraduate students involved in this.
journals.plos.org/plosbiology/...