Second, to detect the axis of EZR-neighbors proteins-DEGs-neighbors proteins, EZR was used as query node to construct EZR-central PPI network.
Thus in genomes where GC3skew is detected on axis 1 of WCA, the axis scores can be used to predict whether the gene is located on the leading or lagging strands.
Thus, in R. prowazekii Madrid E, GC3skew was detected on axis 1 of WCA, but not on axis 1 of CA-AF, CA-RF, and CA-RSCU.
We showed that neurites within the E12.5 colon advance caudally with overall high directionality, implying that neurites can detect the longitudinal axis and the polarity of the gut.
Chains of ENCCs appear to advance caudally because they prefer regions with low ENCC density, whereas neurites can detect the longitudinal axis of the gut and exhibit directional growth, although they do not lead the way down the gut.
Our data are consistent with the idea that neurites use a property of the gut tube to detect the longitudinal axis of the gut, but the mechanism regulating the direction of neurite growth remains to be determined.
First, our data suggest that the polarization of an ENCC cell body required for the initial formation of an axon is random, and that neurites must project for a minimum distance, or exist for a minimum amount of time, before they are able to detect the longitudinal axis of the gut.
An expert echocardiographer reviewed the resident-acquired images and assigned a quality score: 0 (no image), 1 (only motion detected; off-axis), 2 ('suboptimal', poor delineation of structures), 3 ('adequate' for diagnosis of particular sign), or 4 ('optimal', good delineation of all structures).
It can detect rotation in 3 axis (directions), and speed of straight movement in 3 axis.
