Sentence examples for alignments of type from inspiring English sources
Alignments of type II DHQases revealed a number of conserved amino acid residues that are potentially important for catalytic efficiency and capacity.
Second, when compared to alignments of type 3 peptides studied above, type 2.1, 2.2 and 2.3 peptides had substantially fewer hits per peptide (3.74, 2.98 and 1.97, respectively) as compared to 200 hits/peptide for 'Test set type 3' peptides.
Using sequence alignments of type I BVMOs and crystal structures of PAMO and cyclohexanone monooxygenase in complex with NADP+, we identified four residues that could interact with the 2′-phosphate moiety of NADPH in PAMO.
Given the broad distributions of percent identities, alignment lengths and e-values for alignments of type 1 peptides, it seems reasonable to expect that biases in the databases affect these distributions, further confounding assignments based on alignment alone.
For each parameter combinations, 10,000 alignments of Type-1 short peptides were used to calculate the true-positive (TP /TP + FN) and false-positive (FP/FP + TN) rates.
Selection of the matrix image of each character can be done either by using a mobile support for the matrices (plastic tape, disk, drum) in front of a fixed source for the beam of light or by using a mobile beam of light in front of a fixed support for the matrices (glass or plastic plate); alignment of type pieces is carried out in either case by mobile prisms or mirrors.
In this study we investigated the effects of modulus and topographical alignment of type I collagen substrate on tendon differentiation.
This is explained by the fact that BSF in wurtzite (WZ) ZnO is the thinnest segment of zinc blende (ZB) phase ZnO inserted in the WZ matrix, resulting in band alignment of type II due to the conduction and valence band offsets of ZB with respect to WZ ZnO.
The alignment of type IV sequences in zebrafish with the consensus sequence of type IV in this paper was provided as Additional file 1.
Alignment of Type II and Type III IRa (in the five strains) revealed that the structural polymorphism leading to different IRa types was mainly due to hyper variation of sequences in two of the genes: clpC-I_1 and psbV_1.
First, the good alignment of type I NLPs and type II NLPs points to a common structure, second, most NLPs are type I, third, they include the most aggressive NLPs (necrotic ones), and fourth, type II NLPs do not occur in oomycetes (see Table 2).
