… with a homeostatic process (S) to regulate sleep-wake cycles. The process S represents an
… The time-course of S can be inferred from measurements of slow wave activity (SWA), ie, …

… of the environment and of the animal’s behaviour and characterize the distinct roles of …
along with the relative simplicity of the worm’s neuronal circuitry and anatomy, open the way …

… Here, we show that the key activation entity, the Gbg complex, is closely associated with
the channel’s cytosolic domains at rest and that upon GPCR activation the Gbg dimer …

… of body posture at high temporal and spatial resolutions (Iwanir et al., 2013; Nagy et al.,
2014). Using this analysis and a 15 s weak light stimulus, we measured the durations of bouts of …

… Images were captured for 5 min at 4 frames/s and analyzed using a custom Java code for
AVE activity and position within the microfluidic device (see the Supplemental Experimental …

Background Fast responses can provide a competitive advantage when resources are
inhomogeneously distributed. The nematode Caenorhabditis elegans was shown to modulate …

… 30 s at 94C, 30 s at 55C, 60 s at 72C] for 15 cycles and 10 min in 72C. RT-PCR product
locations (from CDS start) for the different gene products were: GIRK1, 435–1,100; GIRK2a, 914–…

… during the 10 s after the switch and the mean activity during the 10 s prior to the switch (for
the AWC neurons), and the difference between the 20 s after the switch and the 20 s prior to …

… variance in worm’s preferences (RCI, BCI), we chose 46 different pairs of stimuli (consisted
of odorants, tastants, the buffer null option, and which span various magnitudes of CI’s), and …

… for up to 90 s. Each mouse was allowed to remain on the platform for 15 s and was then …
the platform within the 90 s, it was manually placed on the platform for 15 s. Memory was …