Sentence examples for transition ability from inspiring English sources

Payload capacity and transition ability are very important in climbing-robot applications for heavy industries and construction industries.

IR affinities of the analogues were compared and correlated with their T/R transition ability and analyzed against their crystal and nuclear magnetic resonance structures.

It is thus possible that the presence of certain accessory subunit(s) correlates with the A/D transition ability of the enzyme.

The [ d-ProB8]-insulin analogue showed a significant increase in the magnitude of the negative CD signal in the presence of phenol, especially at 208 nm, indicating a possible, and unexpected, T → R transition ability of this analogue.

Therefore, the rigidity of the local main chain due to the presence of two methyl groups at B3 Cα atoms in [AibB3]-insulin may be responsible for its reduced affinity and decreased T → R transition ability as the one-methyl side-chain [AlaB3]-insulin analogue has an affinity of 134%.

In severe cases, C. albicans can penetrate through epithelial layers into deeper tissues and cause life-threatening systemic infections [ 5]. C. albicans can grow in a budded yeast form or in a highly polarized hyphal form; its yeast-to-hyphal transition ability in response to environmental changes is one of its most well-known virulence characteristics [ 6].

The T → R transition abilities of HI and studied analogues were inferred from the CD spectra.

We consulted attorneys, caseworkers and pediatric therapists to assure Danny's smooth transition and ability to grieve the loss of his grandmother.

Improved features include reduced initial lag phase preceding growth, significantly enhanced fermentation rates, improved ethanol tolerance and yield, reduced diauxic lag during glucose-xylose transition, and ability to accumulate >40 g/L ethanol in <167 h when fermenting hydrolyzate at low initial cell density of 0.5 absorbance units and pH 5 to 6.

Understanding the genetic basis of these conditions has led to this relatively rapid transition between ability to diagnose and the development of treatments based on the underlying biology and pathology of genetic diseases, particularly those that involve the replacement of defective enzymes.

The results are discussed in terms of solvent-mediated protein transitions, the ability of single spin-label sites to detect conformational heterogeneity, and the desirability of exploring multiple sites for proteins with the size and complexity of the Na,K-ATPase.