Sentence examples for interact with the subsequent from inspiring English sources

In these structures, the phosphate group interacts with only its own amide hydrogen and does not directly interact with the subsequent amides.

In contemporary populations, therefore, each of these early-life adaptations might interact with the subsequent environment to moderate obesity risk (Wells, 2012a).

Without altering the biodiversity, it is possible to improve the production of important plant metabolites through interacting with the subsequent biotechnological fields of genomics, metabolomics, and transcriptomics.

EIF3K has been shown to be involved in apoptosis regulation by interacting with the subsequent liberation of caspase 3 into the cytosol [ 48].

This same ACP must also then interact with the ketoreductase domain during subsequent α-methyl epimerization and/or β-carbonyl reduction of the tethered polyketide chain elongation substrate and finally be able to interact specifically with the appropriate ketosynthase domain of the immediately downstream module to facilitate high-fidelity intermodular chain translocation.

Consistent with this, it has been proposed that LfcinB25-derived peptides could interact with the cell membrane and cause its subsequent disruption via a mechanism similar to the one described for pathogenic microorganisms [ 43, 44, 57, 58].

The incoming subsequent pulses also interact with the plasma species elevating their temperature and giving them high kinetic energy.

Thus, it is in these dimers that the phenate oxygen atoms interact to form halogen bonds and it is the iodine atoms of the same phenate anion that interact with subsequent dimers forming halogen bonds.

Authors and their institutions' press offices are able then to interact with the media ahead of publication, and benefit from the subsequent coverage.

The suggestion motion-defined forms can interact with subsequent static input is consistent with broader literature on interactions between motion and form [17].

In this approach, a unique "fingerprint" is derived for each analyte interacting with the sensor, and subsequent comparison of the detected profile of a target analyte allows its classification and identification.