Sentence examples for sequence flexibility from inspiring English sources

The most general case is full sequence flexibility.

Some sequence flexibility can be observed concerning the dibasic motif(s) [ 20], in particular, lysine residues within non-type I membrane proteins are sometimes substituted by arginine [ 12].

First, although in vitro DNA-binding studies suggest there is a flexibility in the Su(H) binding site, like the bHLH E-box, comparative analysis shows that within any one the Su(H) sites there is no sequence flexibility.

Re-sequencing flexibility is limited by the precedence relationship among jobs in the upstream conveyors.

The other limitation caused by construction of a pooled cDNA library is the loss of sequencing flexibility as to the number of clones to be sequenced from each developmental stage library if they had been separately constructed.

Main advantages of this system consist in the possibility of expressing long gene sequences, flexibility and ease of expressing more than one gene simultaneously in the same cell, allowing efficient assembly of multimeric proteins.

Even though previous sequence-flexibility studies used Pearson correlations, which, rigorously, make sense only for linear relationships, they already found nonlinear sequence-flexibility plots similar to those of Figure  1 (left panels) [ 14, 32, 13].

Regarding the sequence-flexibility relationship, previous empirical correlation studies had already found that the sequence-flexibility relationship is nonlinear and either dismissed the nonlinear parts or attempted an interpretation in terms of different selection regimes [ 14, 32, 13].

However, partial correlations (pR) show that once stress (MLmS) is controlled for, the rate-MSF correlation almost disappears: the sequence-flexibility correlation is indirect.

There are two types of structural context: sequence neighbor flexibility (SEQ) and structure neighbor flexibility (STR).

Amino acid sequence, structural flexibility and folding state of the peptides can be seen to play a part in the reactivity of such ions.