Sentence examples for may improve enzyme from inspiring English sources

We conclude that although biochar application may improve enzyme activities of calcareous soils with low organic matter content, increasing pyrolysis temperature adversely affects soil enzymatic functions, depending mainly on soil texture and application rate.

It is important to emphasize that this method may help us to predict not only new enzyme proteins but also to select peptide candidates found on the peptide mass fingerprints (PMFs) of new proteins that may improve enzyme activity.

However, some substitutions may not significantly affect the function of the protein, and are therefore selectively neutral, while others may improve enzyme function and be favored by selection.

The oxygen plasma treatment may improve the enzyme adsorption on rGO electrodes by introduction of oxygen moieties and increasing the porosity.

The results demonstrate that the HNTs/Chi composite film may improve the enzyme loading with the retention of bioactivity and greatly promote the direct electron transfer, which can be attributed to its unique tubular structure, high specific surface area, and good biocompatibility.

Understanding the responses of filamentous fungi to lignocellulose may result in new strategies to improve enzyme mixtures for biofuel production, by suggesting new enzyme activities, identifying potential accessory proteins which can assist enzyme function, and/or by exploring native gene induction systems to allow more efficient production of lytic enzymes in fungal hosts.

Consequently, an appropriate manipulation of the MIG1 gene (for example, lowering or silencing its expression at the initial stage of fermentation) may improve some key enzymes' activities, like inulinase in the process of ethanol production from inulin, thus fundamentally solving the complex problems.

The identification and characterization of this enzyme may improve understanding of the functional role of S. proteamaculans as symbiont of bark beetles.

A modified method involving combined use with other modification-dependent restriction enzymes may improve the random nature of the fragmentation.

The concept of 'new tricks for old drugs' is, however, promising, for example, there is some evidence that the angiotensin-converting enzyme inhibitors may improve physical performance.

Further exploration of the dynamics and interactions between cellulose oxidases and hydrolases may improve the performance of the enzyme preparations even more.