Sentence examples for prone to reactive from inspiring English sources

Conversely a sedentary lifestyle, associated with osteoarthritis-mediated physical inactivity, is associated with reduced mitochondrial function, dysregulation of cellular redox status and chronic systemic inflammation that renders the skeletal muscle intracellular environment prone to reactive oxygen species-mediated toxicity.

However it is less common for those who are mainly prone to reactive violence to be instrumentally violent [ 43].

41, 42 Lowered lipid turnover rates, coupled with dysfunctional mitochondria prone to reactive oxygen species production, facilitate the peroxidation of lipids and the production of lipotoxic lipid species in the intramuscular lipid pool.

Humans are likely to differ in their response to light depending on impairment of their brain, and therefore, depressed patients may be more prone to being reactive to light.

Cyanobacteria in the genus Acaryochloris have largely exchanged Chl a with Chl d, enabling them to harvest near-infrared-radiation (NIR) for oxygenic photosynthesis, a biochemical pathway prone to generate reactive oxygen species (ROS).

Neuronal cells are known to be especially prone to oxidative damage because of their higher oxygen consumption and inadequate antioxidant defense systems to reactive oxygen species [ 35].

As a positive PRNT assay is less prone to cross-reactive biases, PRNT positivity was the outcome of choice for examining risk factor associations.

The clustering was done according to the reactivity scale deduced from the studies reviewed in [30], which demonstrated that polar residues are less prone to damage by reactive oxygen species while reactivity of the aliphatic amino acids increases with the number of methyl groups.

Upon reperfusion, ischemia primed cells are prone to generate toxic reactive oxygen metabolites and release of constitutive cellular proteins upon loss of cell membrane integrity, which can act as danger signals and activate the immune system [9] [15].

In particular, the percentage of Trp residues in bacterial L proteins is almost twice than that in eukaryotic D1 proteins, while smaller but still significant differences were observed in other residues (such as Gly and Leu) highly prone to damage by reactive oxygen species.

The brain uses more oxygen than any other organ of the body, making it prone to damage by reactive oxygen species (ROS) produced by its aerobic activity.