Examples of 'hyperpolarization' in a sentence
Meaning of "hyperpolarization"
Hyperpolarization refers to the change in electrical potential across a cell membrane that makes the inside of the cell more negative than the outside. It is an important process in neuron signaling and muscle contraction
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- The act or process of hyperpolarizing.
How to use "hyperpolarization" in a sentence
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hyperpolarization
After hyperpolarization the presnaptic transmitter is reduced.
The opposite of a depolarization is called a hyperpolarization.
This causes a hyperpolarization of its membrane potential.
Agonizing the channel can lead to membrane hyperpolarization.
Neuronal hyperpolarization can produce analgesic effects.
The repolarization and hyperpolarization.
Hyperpolarization of the presynaptic axon closes the gate.
Initiated results in the hyperpolarization of that bipolar cell.
Inhibitory neurotransmitters inhibit the transmission of nerve impulses vÃa hyperpolarization.
This period of hyperpolarization is known as the refractory period.
Metabolic depression occurs as a result of suppressed synaptic transmission and hyperpolarization.
One preferred hyperpolarization technique is known as spin exchange hyperpolarization.
We have shown that the mycolacton induce the hyperpolarization of nociceptive nerfs.
This hyperpolarization causes the membrane potential to become more negative.
This causes hyperpolarization.
See also
Hyperpolarization also occurred in zero calcium perfusate or with tetrodotoxin in the perfusate.
Would be hyperpolarization.
Hyperpolarization is the nuclear spin polarization of a material far beyond thermal equilibrium conditions.
They achieve this by causing a prolonged hyperpolarization of both elements of these synapses.
This hyperpolarization is essential to.
Its effect on the calcium channel is reversed by hyperpolarization of the cell membrane.
This result is hyperpolarization of neural membrane and reduced neuronal excitability.
This effects a slowing of neuronal activity through hyperpolarization of the cell membrane potential.
This hyperpolarization prevents for a short period a massive release of excitotoxic glutamate.
Apparatus according to this embodiment enables spin exchange hyperpolarization of the noble gas.
This causes hyperpolarization of the targeted neuronal cell and thus attenuates subsequent activity.
Details of the theory underlying the spin exchange hyperpolarization technique are available in the literature.
Hyperpolarization resulting from KATP channel opening was observed as a decrease in fluorescent intensity.
Raising the plateau amplitude increases the hyperpolarization to block progressively smaller diameter nerve fibers.
DNP is considered one of several techniques for hyperpolarization.
The medicine causes hyperpolarization and suppression of spontaneous spike potentials with accompanying paralysis.
North concluded that morphine can increase a potassium conductance and produce hyperpolarization by exciting µ receptors.
Therefore cell hyperpolarization vÃa opening of BK channels may result in protection of neuronal cells.
Striking the outer segment of the photoreceptor Is hyperpolarization.
What causes the hyperpolarization during an action potential?
When light falls on the periphery of the cells On one occurs hyperpolarization.
Conversely, hyperpolarization leads to a decrease of fluorescence due to dye extrusion.
When the light strikes the center of the Off cells one occurs hyperpolarization.
Low pressure hyperpolarization therefore, has been the requisite norm.
Minoxidil is a potassium channel opener, causing hyperpolarization of cell membranes.
Hyperpolarization is a change in a cell 's membrane potential that makes it more negative.
For transportable or integrated hyperpolarization units, such lasers are too unwieldy.
An inhibitory stimulus is transmitted to the dendrite of a neuron, causing hyperpolarization of the neuron.
That is, hyperpolarization is an increase in the absolute value of a cell 's membrane potential.
The effect can be either positive or negative, specifically a depolarization or a hyperpolarization respectively.
This results in hyperpolarization of cholinergic neurons, which inhibits the release of acetylcholine.
Such non-equilibrium alignment of spins is a temporary condition, and is called hyperpolarization.
This shift in chloride ions results in hyperpolarization ( a less excitable state ) and stabilization.
Without the cGMP binding, the ion channel closes, leading to the hyperpolarization.
During the action potential before the hyperpolarization phase, the membrane is unresponsive to any stimulation.
