Sentence examples for features of substrates from inspiring English sources

The architectural features of substrates can be controlled to facilitate the quest for design principles including material choices and geometric modifications.

It was concluded that the essential structural features of substrates of BO were: (i) an –NH at the (mono/dithio carbamate, urea or thiourea group; (ii) a methylene bridge between indole and the functional group; (iii) a methyl or ethyl group attached to the thiol moiety of the (mono/di thiocarbamate group.

Another important question is which structural features of substrates regulate N-terminal ubiquitylation by Ube2W?

Quantitative three-dimensional information about both bulk and surface structural features of substrates needs to be obtained to expand our knowledge of substrates.

Although the role of ubiquitination in delivering proteins to the proteasome is well established, it remains unclear to what extent intrinsic structural features of substrates influence their half-life once bound to the proteasome and whether such features have been exploited to alter half-life during evolution.

Pre-steady state kinetic analysis of mechanistic features of substrate binding and processing is crucial for insight into the evolution of inhibitor-resistant forms of HIV-1 protease.

There is an increasing evidence that cells respond to the topographical substrate with physiologically-mimicking stiffness in morphology, proliferation, and differentiation (Li et al., 2013c), suggesting that mechanical features of substrate also play a role in mechanobiology and alter cell transcriptomics/proteomics.

From Table 2, it can be further found that for compound features, there are much less features of product than features of substrate and enzyme in the top fifty features.

Additionally, comparing the crystal structure of human DNA ligase 1 (LIG1), in complex with its DNA substrate, to the Rnl2 nucleic acid complex reveals the salient features of substrate conformational requirements and substrate specificity.

These limitations should not obscure the main observations of this study: against 17 different HAD enzymes, covalent docking captured the essential features of substrate recognition, both retrospectively and, more compellingly, prospectively.

This report combines next-generation omics techniques to elucidate previously undefined features of substrate transport and central metabolism for this organism and its potential for consolidated biofuels production from lignocellulose.