Примери за използване на Unpaired electron на Английски и техните преводи на Български
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Nitric oxide has an unpaired electron, which makes the molecule reactive.
When inside of the body, oxygen splits into single atoms with unpaired electrons.
Acting to pair or lose the unpaired electrons, they become highly chemically reactive.
Free radical- an atom orgroup of atoms that has at least one unpaired electron.
These are molecules that have an unpaired electron, which makes them unstable and reactive(2).
Recall that free radicals are molecules lacking stability due to unpaired electrons.
The presence of an unpaired electron results in certain common properties that are shared by most radicals.
If the orbital only has one electron, this electron is called an unpaired electron.
Free radicals are molecules, most often of oxygen,which have one or more unpaired electrons.
Free Radical- An atom orgroup of atoms that has at least one unpaired electron and is therefore unstable and highly reactive.
ROS are generally very small molecules andare highly reactive due to the presence of unpaired electrons.
Free radicals are an atom orgroup of atoms that have at least one unpaired electron and are therefore unstable and highly reactive.
Ions are atoms, or molecules, that have lost orgained electrons(Free radicals are unpaired electrons).
They are cells with unpaired electrons that attack other molecules to achieve stability, damaging the DNA of those molecules and spreading disease.
The dot is a notation to indicate that each species has an unpaired electron and is thus extremely reactive.
An unpaired electron becomes chemically reactive and will try to get an electron from a neighboring molecule to stabilize itself.3.
Ions are molecules or atoms which have dropped orobtained electrons[Free radicals are unpaired electrons].
Because of this, they are volatile, and their unpaired electron makes them bump into other molecules and steal one of their electrons. .
A notable example of a radical is the hydroxyl radical(HO•),a molecule that has one unpaired electron on the oxygen atom.
An unpaired electron will become chemically reactive and actually try to steal an electron from a neighboring molecule to become stable.
These radicals, which are highly reactive because they have at least one unpaired electron, can injure cells in the body.
The nasty hydroxyl radical has an unpaired electron, which turns it into an insatiable whirling dervish that cannot be calmed until it stabilizes itself.
These free radicals are highly reactive because they have at least one unpaired electron that can actually injure cells in the body.
A free radical is a molecule oratom that has an unpaired electron in an external orbit, which causes its aggressiveness and the ability not only to react with the molecules of the cell membrane, but also to convert them into free radicals(self-sustaining avalanche reaction).
A free radical can be defined as any molecule that contains an unpaired electron in its atomic orbital.
When oxygen molecules split into single atoms that have unpaired electrons, they become unstable free radicals that seek other atoms or molecules to bond to.
Free radicals can be defined as any molecular species capable of independent existence that contains an unpaired electron in an atomic orbital.
To put it simply,free radicals are molecules with an extra, unpaired electron(ordinarily, electrons come in pairs).
In essence free radicals are independently existing chemical particles(atoms, ions, molecules or parts of molecules)that have at least one unpaired electron in their outer orbits.