Sentence examples for reaction capable from inspiring English sources

Two additional reactions are included in the model to complete a minimum set of six elementary reaction capable of qualitatively reproduce the results observed in classical (Jaggers, and Von Engel, (1971).) and recent (Volkov et al., 2013; Murphy, et al., 2014,) experiments.

The Fischer-Tropsch (FT) reaction (Eq. 2) is widely known in the oil and petroleum industry as an abiotic, catalyzed reaction capable of producing CH4 and longer hydrocarbons such as petroleum, waxes and oils [22] from gaseous H2 and CO.

These DNA circles are amplified in the powerful homogeneous ERCA reaction capable of 10-fold signal amplification [ 6], similar to that achieved with PCR technology, the current gold standard in genetic analysis and quantitation.

Often, coenzyme A is also present in firefly luciferase assay buffers as a light stabilizer due to its ability to perform thiolysis of dehydroluciferyl-AMP, a product of the luciferase reaction capable of inhibiting the enzymatic reaction; e.g. see [ 5] and references therein.

THE ACTIVATED, DYSFUNCTIONAL ENDOTHELIUM IS A NET PRODUCER OF SUPEROXIDE [O2'] ASSOCIATED WITH T2DM AND ATHEROSCLEROPATHY There are at least three arms in the eNOS reaction capable of producing endothelial cell dysfunction with resultant redox stress to the intima and islet resulting in atheroscleropathy and a progressive decline in beta cell function within the vulnerable islet.

When combined, salt, baking soda, and water also create a chemical reaction capable of loosening most blockages.

A model of interfacial reactions capable of explaining the experimental results is proposed.

To minimize the impact of undesired homogeneous reactions capable of decreasing propylene selectivity, proprietary straight-channel thin-wall high cell density corundum micromonoliths were chosen as supports.

This methodology represents a new approach to substrate-controlled acetate aldol reactions capable of providing highly functionalized fragments in a straightforward manner, which may be useful in the design of more efficient syntheses.

This is a cycle of a sequent reactions capable to provide the selective 360° clockwork rotation, which can be used as a model to design a light-fueled nanomotor.

Despite an increasing interest in developing new, non-enzymatic chemical reactions capable of functioning in the presence of living organisms, the ability of such transformations to interface with cellular metabolism and influence biological function is a comparatively underexplored area of research.