Sentence examples for increased backbone from inspiring English sources

In particular, increased backbone dynamics of the transmembrane helix relates to its increased ability to flip lipids with phosphatidylcholine and phosphatidylserine headgroups, whereas a more rigid helix favors phosphatidylethanolamine flip.

We hypothesized that a successful computationally designed sequence would have backbone structure and dynamics characteristics similar to that of the input structure and that, in contrast, domain-swapped dimers would exhibit increased backbone flexibility and/or altered structure in the hinge-loop region to accommodate the large conformational change required for domain swapping.

The increased backbone flexibility, indicated by the decreased J 0) and S2 values (Fig. 5 and 6), implying the conformational instability of the I214V mutant.

4) Although overall, V22-SH3 hasignificantlyly increased backbone motions on the ps-ns time scale, some regions still own restricted backbone motions as revealed by analyzing 15N relaxation data.

Mass spectroscopy measurements also showed that the ΔF508 mutation increased backbone dynamics at residues 509−511.

However, the possibility of increased backbone and deoxyribose dynamics occurring in tandem with the puckering of the Tg ring cannot be excluded (50, 53, 54).

Unfortunately, increasing backbone network traffic and privacy concerns of the information leakage during the friend matching process limit the expansion of users' friend circles.

In the work reported here, the photomechanical responses of a new series of crosslinked azobenzene-functionalized polyimides prepared with increasing backbone rigidity over a range of crosslinker concentrations are examined.

Access to the ordered anti-parallel dimer conformations of cluster A1 was found to be possible from both of these configuration types and accompanied by increasing backbone hydrogen bond interactions (see Table 2).

The semi-rigid stilbene-containing copolymers are a new class of copolymers where the increased polymer backbone rigidity leads to a wide range of polymer properties not attained with flexible polymers.

The hexyl branches of the ethylene copolymer lead to an increased average backbone C C intermolecular distance in the non-crystalline regions compared to those of the linear polyethylene chain and, thus, to a higher backbone methylene segmental mobility.