Examples of 'resting potential' in a sentence
Meaning of "resting potential"
resting potential: In the context of physiology or neuroscience, this phrase refers to the electrical potential across the membrane of a nerve cell when it is not conducting an impulse
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- The nearly latent membrane potential of inactive cells.
How to use "resting potential" in a sentence
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resting potential
The resting potential of a cell is negative.
Hence membrane potential is also called resting potential.
The resting potential was only affected significantly and consistently by potassium ion.
When a nerve is stimulated the resting potential changes.
The cellular resting potential and the electrical response to mechanical stimulation were measured.
It keeps going more negative than the resting potential.
The internodal resting potential was kept stable by a small internodal sodium leak conductance.
Ionic basis of the resting potential.
These cells have a resting potential and when stimulated generate electrochemical potentials transient action.
This apparent paradox is resolved by examination of the origin of that resting potential.
The influence of the dispergent hemisol on the resting potential of plant cells were detected.
They remain close to their respective concentrations when then membrane is at resting potential.
The resulting resting potential is what allows for rapid responses to requests from your brain.
The potassium current tends to drive the average transmembrane potential negative of the resting potential.
The interactions that generate the resting potential are modeled by the Goldman equation.
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When a cell is at rest, the cell maintains what is known as a resting potential.
How is resting potential established and maintained?
This is called the nerve 's resting potential.
Why does resting potential not become continually more negative?
The electrochemical measurements include polarization, galvanostatic or only resting potential measurements.
Why is the resting potential slightly less than the equilibrium potential of potassium?
Models of the visual receptor, resting potential and action potential.
An increase in the membrane potential of a cell, relative to the normal resting potential.
On the other hand, the high resting potential in undifferentiated cells can be a metabolic advantage.
Biologically, these channels act to set or reset the resting potential in many cells.
The resting potential will not be restored, and no further action potential can be generated.
During this stage the membrane potential becomes more negative, returning towards resting potential.
Optimal resting potential is conductive to the physiological processes including post-translational protein modification and cross-linking.
Such units are responsible for maintaining the membrane resting potential and, hence, fibre excitablity.
The normal resting potential of ventricular myocytes is about -90 mV.
After the stimulus pulse, the transmembrane potential will exponentially relax to the resting potential.
Spontaneous AP generation then ceased, and the resting potential decreased with increased duration of hypoxia.
For most animal cells potassium ions ( K+ ) are the most important for the resting potential.
In most neurons the resting potential has a value of approximately -70 mV.
Table 2 above summarizes the results derived from measuring the resting potential across the oolemma.
How is resting potential maintained?
The electrooculography ( EOG ) technique measures the resting potential of the retina.
During dark adaptation, resting potential decreases slightly and reaches a minimum ( " dark trough " ) after several minutes.
This movement of K+ ions creates the resting potential.
The amplitude of the resting potential decreased linearly as log [ K+ ] in the perfusing fluid increased.
The Na+ / K+ ATPase then works to restore the resting potential.
Neurons have a resting potential of about -70mV.
The resting potential for potassium-sodium channels in a neuron is about -65 millivolts.
Once the cell returns to its resting potential ( 21 ), the cell may be depolarized again.
The resting potential is maintained by the inward rectifier K+ current ( IK1 ).
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