Sentence examples for mutant structures behaved from inspiring English sources

Interestingly, when subjected to a 10 ns molecular dynamics simulation (last frame shown in Fig. 5D; intermediate frames illustrating behavior during simulation are available in Fig. S2), WT and mutant structures behaved differently as to the position of helix 6.

The overlapping ("presynaptic") structures behaved similarly to all structures (Figs. 8, 9) in most ways.

Furthermore, the adjacent structures behaved differently than all structures (Fig. 8), many of which were presumably nonsynaptic (Fig. 7).

Energy minimization of mutant structures was performed with Phenix46.

Pixel with such a structure behaves a lens-like character.

As discussed above, different types of secondary structure behave differently under force.

Another mutant, H16 ΔptsHI behaved similar like mutant H16 ΔptsMHI (data not shown).

These analyses revealed that one mutant (14H8) behaved differently from all other mutants.

A constitutively active FGFR3 mutant (FGFR3K650E) behaved essentially identical to FGFR2K659E in these assays (data not shown).

Mutant HF39 ptsmob:Tn5::mobehaveded similarly to this mutant which implies that the inserted Tn5 affected synthesis as well as mobilization of PHB.

Thus the SA mutant displayed similar inhibition to wild-type (WT) MCT1 whereas the double SA/FY mutant behaved similarly to the single FY mutant.