Sentence examples for wider array of substrates from inspiring English sources

The ability to adapt iCVD to an increasingly wider array of substrates and polymer chemistries was aided by understanding iCVD reaction kinetics through mechanistic modeling.

Aromatic compound degradation may allow for the utilisation of a wider array of substrates that may be used for energy harvesting in alcoholic cirrhosis.

The detailed catalytic mechanism of this protein including recognition a wider array of substrates has been solved by Spencer et al. (2010) who determined the three-dimensional structure of LasA.

Previous authors have hypothesized that the very high number of F-box proteins in A. thaliana suggests that plants can assemble numerous CRLs, which could control a wide array of substrates [27].

PON1 is largely associated with high-density lipoprotein, but has organophosphatase, arylesterase, or lactonase activities, and it hydrolyzes a wide array of substrates [ 200].

Effects on human transporters by the musks cannot be inferred from our results, but they do point to the possibility of an interaction, considering the general property of the transporters to recognize a wide array of substrates.

ATP-binding cassette transporters (ABC transporters) are intricate molecular pumps most of which catalyze the transport of a wide array of substrates across biological membranes against a concentration gradient, by the hydrolysis of ATP.

Members of the enolase superfamily share a common ENOSF fold and catalyze a common half reaction: they all abstract protons adjacent to carboxyl groups from a wide array of substrates.

F-box proteins can recognize a wide array of substrates and regulate many important biological processes such as embryogenesis, floral development, plant growth and development, biotic and abiotic stress, hormonal responses and senescence, among others.

The presence of F-box genes in such large numbers implies that diverse SCF complexes are possible which can recognize a wide array of substrates and have the ability to regulate many important biological processes such as embryogenesis, floral development, plant growth and development, biotic and abiotic stress, hormonal responses and senescence [ 2].

Through various chemical fabrication methods and coupling chemistries, a wide array of substrate surface structures has become available for use in CTC research.