Such oxidative modification could rupture animal cell membranes.
A related problem for aerobic organisms is oxidative stress.
It protects the body from oxidative stress.
This effect may involve a reduction in oxidative stress.
These results link reduced oxidative DNA damage to slower aging.
In mice, interventions that enhance oxidative damage generally shorten lifespan.
Viruses cause cellular injury by causing oxidative cell membrane injury.
A blood film showed changes typical of oxidative haemolysis.
In addition, oxidative stress can provoke an inflammatory response.
In other words, there is less oxidative stress.
But what about psychological measures to reduce oxidative stress?
These are the two known traits connecting oxidative stress with aging.
Ozone is the most powerful oxidative agent that occurs naturally.
This reduces sources of oxidative damage in addition to reducing inflammation.
This suggests that another molecule may be triggering the oxidative stress.
The relationship between potency of oxidative stress and severity of depression.
It treats the oxidative stress and inflammation associated with exercise .
Also called aerobic metabolism, aerobic respiration, and oxidative metabolism.
oxidative damage is accelerated at high light intensity.
These ions can inhibit oxidative enzymes such as yeast alcohol dehydrogenase.
They are believed to activate enzymes involved with oxidative phosphorylation.
Resulting oxidative stress is associated with more than 200 diseases .
Chlorine is very reactive ( oxidative ) particularly against organic molecules.
These reactions and processes are required for oxidative phosphorylation.
The treatment also appeared to reduce DNA damage and oxidative stress.