Examples of 'depolarization' in a sentence
Meaning of "depolarization"
depolarization (noun) - the process of neutralizing or reversing a difference in electrical charge across a cell membrane, often occurring in nerve and muscle cells
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- The act of reducing polarity, or the result of such action; reduction to an unpolarized or less polarized condition.
- An intracellular shift in electrical charge distribution, resulting in less negative charge inside the cell compared with outside; it is essential to the function of many cells, communication between cells, and the overall physiology of an organism.
- Reduction of political polarization.
How to use "depolarization" in a sentence
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depolarization
There is mass depolarization of the hull plating.
Method of driving a display panel with depolarization.
Depolarization of heart tissue can cause it to contract.
No oxygen to electrically active cells causes depolarization.
This wave of depolarization is the nerve impulse.
This transient polarity change is called depolarization.
The depolarization and repolarization of the heart.
This is the difference between depolarization and repolarization.
This depolarization initially triggers fasciculation of skeletal muscle.
These can lead to mitochondrial swelling and depolarization.
Ready to release depolarization pulse on my mark.
Depolarization propagates through cardiac muscle very rapidly.
I am monitoring the depolarization of cardiac myocytes.
Depolarization of a heart chamber causes it to contract.
This is due to depolarization of the muscle.
See also
The influx of these cations results in membrane depolarization.
It must be depolarization of the hull plating.
This results in altered pathways for ventricular depolarization.
The opposite of a depolarization is called a hyperpolarization.
And we call that process depolarization.
This spike of depolarization represents the action potential.
Quantum drive intermix chamber requires magnetic depolarization.
Very few depolarization rates have currently been computed.
The inactivated channel can not be opened by depolarization.
So the depolarization is a result of what we call an action potential.
The model is used to study the spatial depolarization.
The result is a depolarization wave of increased propagation speed.
Ventricular tissue is capable of spontaneous depolarization.
This results in a wave of depolarization known as a paroxysmal depolarizing shift.
And this represents ventricular depolarization.
Mass depolarization of hull plating.
In this period the cell is resistant to another depolarization.
Mass depolarization of the hull.
This is indicative of the presence of an intrinsic depolarization signal.
One class is activated by depolarization whereas a second class is not.
Increases the slope of spontaneous depolarization.
These depolarization events have shown to be key in neuronal development.
It represents the time of ventricular depolarization and repolarization.
Depolarization of the membrane may also trigger these bursts.
Magnesium deficiency leads to cell depolarization and promotes tachycardia.
Potassium depolarization did not initiate sodium uptake or potassium release.
Blockage of this channel leads to depolarization and secretion of vesicles.
This depolarization can be overcome by observing at many different wavelengths.
Ischemic conditions caused partial depolarization and decrease of excitability.
By depolarization of their membranes beyond a certain threshold for excitation.
Multiple EADs and resultant sustained depolarization were frequently observed.
To the depolarization is very similar to.
The rate of fast blocking is determined by the membrane depolarization.
This abnormal cellular depolarization can lead to a cardiac arrhythmia.
Depolarization phase of action potential.
