Subjected to large amplitude oscillatory shear for 15 min a freshly loaded sample with a small grain size structure exhibited much better alignment compared to that of a pre-aligned/squeezed sample with a considerably larger grain size where the orientation had been first partly destroyed by squeezing.
The nanorods grown on the HT-GaN/Ti template show much better alignment than those grown on Ti or LT-GaN/Ti templates.
From Fig. 3b, e, we can see that the InN nanorods grown on template B have much better alignment than those grown on bare glass or template A. Most of the nanorods are vertically aligned with the c-axis growth orientation, as indicated by the XRD spectrum (Fig. 4a).
But just by having a good, solid core, it helps your pelvis and your spine to be in a much better postural alignment, so you can maneuver through various activities without putting the low back at risk.
Furthermore, a detailed comparison with the corresponding region of the single chitinase gene from T. kodakarensis clearly indicates that the deletion of an adenine residue at position 1006 allows a much better sequence alignment between P. furiosus and T. kodakarensis within this region.
Although TBA exhibits lackluster performance on heavily rearranged genomes, comparison with the results for MAVID 2.0 and MLAGAN 2.0 (shown in Figure S1) demonstrates that for all rates of inversion, TBA produces much better alignments than methods which assume genomes are free from rearrangement.
Later we will show that when either the sequence or template has NEFF ≤6, our method can generate much better alignments than HHpred.
It is observed that when considering the entire rigid region, as in FlexSnap F, we get much better alignments, i.e., they have lower rmsd and fewer hinges.
Also, the log likelihood of the reference tress and trees with metagenomics samples show a much better fit to the sequence alignments and are much more similar to each other than to trees with random topologies (see Methods S3 and S4).
