Sentence examples for a consequence of chemical from inspiring English sources

As a consequence of chemical modification, localization, association and activity of enzymes and signaling proteins may be altered.

The physiological role of antioxidants is to prevent damage to cellular constituents arising as a consequence of chemical reactions involving free radicals [ 5, 6].

Some of the species inhaled indoors come from outdoors; some come directly from materials and products used indoors, and some are a consequence of chemical reactions occurring in the indoor environment.

Antioxidants scavenge and control the formation of free radicals thereby preventing oxidative damage to cellular components arising as a consequence of chemical reactions involving reactive oxygen species (ROS) [ 1, 2].

Chromosomal aberrations are often associated with incomplete genome duplication, for instance at common fragile sites, or as a consequence of chemical alterations in the DNA template that block replication forks.

Similar to previous studies [ 28, 29], the ants in our experiment showed some differences in retrieval of the various brood types, likely as a consequence of chemical, morphological, and behavioural brood recognition cues (for a review see [ 30]), modulated further by brood developmental stage.

Some of these adverse effects may be a consequence of chemical-induced alterations in estrogen production by the syncytiotrophoblast, the functional endocrine unit of the placenta (Albrecht and Pepe 1999; Siddiqui et al. 2003; Stasenko et al. 2010; Weselak et al. 2008).

As seen in Figure 3A, the chemical shift of Cζ of the chromophore is shifted downfield away from the tyrosine cluster as a consequence of the chemical transformation involved in maturation that extends the conjugation.

The well-defined short-range order is a consequence of the chemical bonding between atoms, which is responsible for holding the solid together.

Thus the usefulness of an electrochemical cell as a power source is a consequence of restricted chemical equilibrium.

To explain the preferential growth of Bi and Ni in the nanopores of an alumina template, we propose that the preferential deposition of nickel on the pore walls could be a consequence of a chemical complexation of the Ni metal ions through hydroxyl groups on the pore wall [27, 28], as shown in Figure 5a.