Sentence examples for production of damage from inspiring English sources

The thermal properties of graphene as a function of the number of layers or as influenced by the substrate argue against a thermal model for the production of damage by the ion beam.

His group has identified a pathway that may govern the production of damage response proteins controlled by multiple tRNA methyltransferases.

As substantial rearrangement and refinement of synaptic connections occur in the first weeks in the dorsal horn (Fitzgerald, 2005), it is possible that dorsal horn microglia are enabling the refinement and rearrangement of synaptic connections and pruning of axonal projections, temporarily increasing the production of damage associated molecular patterns (DAMP).

The imbalance between production of damaged cellular components and degradation leads to the accumulation of detrimental products, for example, intracellular lipofuscin and extracellular drusen.

Ultraviolet (UV) rays can result in the production of damaging free radicals and can fuse adjacent pyrimidines, creating pyrimidine dimers that prevent DNA replication.

Objective: Oxidative stress occurs when the production of damaging free radicals and other oxidative molecules exceeds the capacity of the body's antioxidant defenses.

Both pathways are important routes for the production of biosynthetic metabolites while minimizing the production of damaging oxygen radicals.

The role of neutrophils in I-R injury is well established, with neutrophil-associated MPO contributing to production of damaging free radicals (Rodrigues and Granger, 2010).

Two of the most dire consequences of premature release of TopoIIα from chromosomes by overexpressed geminin, especially before it religates the chromosomes are (1) low efficacy of TopoIIα drugs, for example, doxorubicin or etoposide; and (2) production of damaged chromosomes.

In addition, it is known that certain regions of the brain are highly enriched in iron, a metal that, in its free form, is catalytically involved in production of damaging oxygen free radical species [ 38].

In particular, excessive activation of NMDA receptors leads to the production of damaging free radicals (e.g., NO and ROS) and other enzymatic processes, contributing to cell injury and death [ 6, 11, 51– 51].