Examples of using Molecular oxygen in English and their translations into Spanish
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forming a chlorine-oxygen compound(ClO) and molecular oxygen O 2.
mediated by the presence of molecular oxygen(O2), humidity,
Early chemosynthetic organisms likely produced methane, an important trap for molecular oxygen, since methane readily oxidizes to carbon dioxide(CO2) and water in the presence of UV radiation.
created from molecular oxygen by free electrons in the plasma.
it has also been detected in reactions between carbon monoxide(CO) and molecular oxygen O 2.
The final acceptor of electrons in the electron transport chain during aerobic respiration is molecular oxygen although a variety of acceptors other than oxygen such as sulfate exist in anaerobic respiration.
eukaryotic cell aerobic respiration, except the final electron acceptor is not molecular oxygen, but fumarate or nitrate.
It neutralizes free radicals, transforming them into molecular oxygen and water.
usually expressed as molecular oxygen in the reaction.
Because the air of today contains molecular oxygen. But oxygen is made by plants.
This creates creates molecular oxygen, O2 and H+ ions(also known as protons).
It is much more reactive with common organic molecules than is molecular oxygen per se.
Until then, there is still no oxygen or molecular oxygen, the gas we breathe.
it is known as molecular oxygen(O2).
the oxygen evolved is not only molecular oxygen but also atomic oxygen. .
Another element of anaerobiosis is the direct susceptibility of anaerobic bacteria to molecular oxygen.
these same particles bond together to produce molecular oxygen O2.
As molecular oxygen began to be produced by early autotrophs, a curious phenomena occurred.
NovI then further modifies this PCP bound molecule by oxidizing the β-position using NADPH and molecular oxygen.
In the first stage both oxygens are incorporated from the molecular oxygen while in the second step only one is incorporated as determined by isotope labeling studies.