Sentence examples for diverse substrate specificity of from inspiring English sources

In summary, it appears that the diverse substrate specificity of the FAE family is a phylogenetically informative feature.

The diverse substrate specificity of MK2, including target molecules implicated in cell migration and phagocytosis (21), suggests that preferential p38/MK2 activation in Gr-1high monocytes may be a central coordinator of monocyte subset behavior during infection and inflammation.

Due to the diverse substrate specificities of PHA synthases, the key enzymes for PHA biosynthesis, PHAs with different material properties have been synthesized by incorporating different monomer components with differing compositions.

The predicted amino acid sequences of the paralogous proteins vary substantially in C. resistens DSM 45100, again suggesting diverse substrate specificities of the respective enzymes.

The amino acid sequences of these paralogous gene families vary substantially, again suggesting diverse substrate specificities of the respective enzymes, at least in the case of the ten acyl-CoA dehydrogenases.

To narrow down which HDACs are directly involved in cytarabine sensitivities in pediatric AMLs, we used equal doses (IC20s, determined by MTT assays) of the above HDACIs (MS-275, VPA, and SAHA) with diverse substrate specificities to treat THP-1 cells, characterized by high level expression of both class I and II HDACs.

Identified caspase-1 substrates from these and other studies (there are 121 in total, see Supplementary Table 1) suggest a diverse substrate specificity, the cleavage of which could result in the rapid dismantling of the cell, characteristic of pyroptosis.

Such a diverse substrate specificity suggests that the function of CAN nucleases is associated with degradative processes.

Nucleoside diphosphate kinases (NDK) are characterized by high catalytic turnover rates and diverse substrate specificity.

The ATP-binding cassette (ABC) transporters with their highly diverse substrate specificity and role in cellular efflux are potentially suitable in transport engineering approaches, although their size and high number of introns make them notoriously difficult to clone.

These optimized chemical dimerizer substrates should allow the potential of chemical complementation for the directed evolution of glycosynthases with diverse substrate specificities and improved properties to be fully realized.