Similarly, a problem with antioxidant production can result in the buildup of
reactive oxygen and nitrogen species, otherwise termed «free radicals», in the mitochondria.
Free radicals are released by cellular mechanisms responding to impact and cardio - muscular stress - specifically
reactive oxygen and nitrogen species (RONS).
Free radicals like
reactive oxygen and nitrogen species (ROS, RNS) are molecules missing an electron, making them highly unstable and capable of destructive interactions with lipids, DNA, and proteins.
Not exact matches
These powerhouse organelles are major sites of oxidative stress due to the high production of
reactive oxygen species ROS (
reactive oxygen species)
and RNS (
reactive nitrogen species).
Bodamyali, T.; Stevens, C. R.; Blake, D. R.; Winyard, P. G.
Reactive oxygen /
nitrogen species
and acute inflammation: a physiological process.
Moreover,
reactive nitrogen and oxygen species (RNOS) are used extensively in cellular signalling,
and cells adaptively regulate endogenous antioxidants on short time scales to respond to deletorious spikes of RNOS faster than we could ever achieve with dietary antioxidants.
Intracellular oxidative stress arises due to the imbalance in the production of
reactive oxygen /
reactive nitrogen species
and cellular antioxidant defense mechanisms.
The mitochondria in our cells are responsible for releasing energy from the molecules in our food, but they also unleash electron - stealing free radicals like
reactive oxygen and reactive nitrogen species.
Since life mostly consist out of carbon, hydrogen,
oxygen and «
reactive nitrogen», ecosystems within the earth's biosphere were established based on what element was limiting.
The «Fuels of Freedom» are non-toxic, chemically inert but readily react with
oxygen, halogens
and several other highly
reactive chemicals such as ozone, noncorrosive, highly portable,
and can be stored indefinitely in sealed containers (e.g., steel drums)
and under an inert atmosphere (e.g.,
nitrogen) in large tanks.