Sentence examples for multiple enzymatic systems from inspiring English sources

Although detected with few copies, genes encoding G12O and P34O in Halomonas were found to be successfully induced during the phenanthrene degradation process, indicating that multiple enzymatic systems may coexist in Halomonas.

These epigenetic changes can either happen spontaneously or modulated by environmental stimuli, nutrient signaling, and metabolic state, via multiple enzymatic systems including DNA methyltransferases, histone acetylases, deacetylases, methylases, demethylases, and other protein complex.

The extensive literature on UVR damage to DNA has focused on the multiple enzymatic systems that cells have for repairing damaged DNA.

However, it is obvious that this approach requires simplifying assumptions in relation to the relative contribution of multiple enzymatic systems to metabolism and the extent of inhibition or induction of these pathways due to co-exposures and other environmental factors [ 89], and accordingly the outcome of uncertainty factor estimations should be regarded with caution.

The present data provide an overview of the multiple enzymatic and transport systems expressed in choroid plexus, which in conjunction with the epithelial tight junctional complexes, contribute to the protective barrier functions of the blood-CSF interface.

To protect against ROS damage, mushrooms have developed multiple detoxification systems, including antioxidant enzymatic systems (SOD, POD, CAT, APX) (André et al. 2010).

Small variations in mass-dependent fractionation of multiple sulfur isotopes were proposed to result from complex mass-flow of this element through enzymatic systems [48].

The regulation of intracellular ROS level depends on endogenous enzymatic systems, located in different cellular compartments, such as catalase, superoxide dismutases and peroxiredoxins, as well as non-enzymatic systems, such as glutathione (GSH), ascorbic acid and α-tocopherol7,8.

We engineered complex metabolic pathways in yeast by controlling multiple enzymatic genes and coordinating their expression to optimize product yields via CRISPRi/a (Zalatan Cell 2015).

Microbes and microbial communities have evolved to exploit biomass as a nutrient source, and they have developed enzymatic systems that degrade lignocellulose and metabolize the resulting molecules.

The electron transport chain comprises multiple enzymatic complexes of which one or all may be compromised in SS.