Sentence examples for most likely structural from inspiring English sources

Note that this method can calculate the most likely structural alignment and its common secondary structure, sacrificing extremely huge computational time compared with M1, M2 and the proposed method.

We used the Phyre threading program on one of the M. m. domesticus sequences (PERA) to identify the most likely structural model, d1ln6a (Family A G protein-coupled receptor-like; rhodopsin-like) with 100% confidence mapping of the 305 amino acids of Vmn1r67 onto 309 total positions of the model with an identity of 10%.

We show how the set of most likely structural response functions can be computed from the posterior mode of the joint distribution of admissible models both in the fully identified and in the partially identified case, and we propose a highest-posterior density credible set that characterizes the joint uncertainty about this set.

A functional role of additional, most likely structural determinants of signal peptides is assumed [ 19].

Perhaps the most likely structural explanation for these species is a covalent cross-linking of two and three CKm subunits, respectively, although there are reports of ROS-induced noncovalent oligomers that are resistant to SDS denaturation [ 37].

To this end, we compiled a total of 16 experimental, bioinformatics, structural and functional constraints (see Appendix 1), including our observation that PTEN and small GTPases bind the p85α BH domain non-competitively, to compute the most likely structural model for the homodimerized p85α PTEN complex.

If no structure is available, obtain structural models from homologue proteins (Structural bioinformatics) 5) Use all against all protein docking to derive the most likely interactions (Structural bioinformatics).

Most likely, these structural proteins of the acrosomal cap are degraded during AE to allow for the acrosomal membrane fusion and vesiculation of the outer acrosomal membrane.

Thus, the slowing of the localized FA decrease that was found in the present study is most likely the structural correlate of a subclinical benefit of G-CSF.

We do not expect confounding factors due to randomizing the participants to the control and intervention condition and the most likely resulting structural equality of these two groups.

We show that the former originates most likely from structural forces in the liquid that could also explain the stability of the films.