hyperpolarization in a sentence

• The opposite of a depolarization is called a hyperpolarization.
• ACA may also inhibit hyperpolarization of the cell, prolonging the action potential.
• Hyperpolarization is often caused by efflux of Ca 2 + channels, inhibits hyperpolarization.
• Hyperpolarization is often caused by efflux of Ca 2 + channels, inhibits hyperpolarization.
• This voltage-gated ion channel response is how the hyperpolarization state is achieved.
• Lower potassium levels in the extracellular space cause hyperpolarization of the resting membrane potential.
• In the heart, hypokalemia causes hyperpolarization in the myocytes'resting membrane potential.
• Adenosine acts on hyperpolarization of cholinergic neurons, which inhibits the release of acetylcholine.
• Hyperpolarization of the presynaptic axon closes the gate.
• Under restrictive assumptions, there exist periodic solutions that display hyperpolarization and refractory periods.
• It's difficult to see hyperpolarization in a sentence .
• Hence, hyperpolarization persists until the membrane K + permeability returns to its usual value.
• After hyperpolarization the presnaptic transimitter is reduced.
• Absolute refractory period corresponds to depolarization and repolarization, whereas relative refractory period corresponds to hyperpolarization.
• During the action potential before the hyperpolarization phase, the membrane is unresponsive to any stimulation.
• As their name implies, they are open during conditions of hyperpolarization and closed during depolarization.
• Because hyperpolarization causes inhibition of neuron firing and less glutamate release, neurons are protected against overexcitation.
• Fire a laser at certain gases and the molecules temporarily spin in the same direction, called hyperpolarization.
• In neurons, the cell enters a state of hyperpolarization immediately following the generation of an action potential.
• Toxaphene stimulates the central nervous system by antagonizing neurons leading to hyperpolarization of neurons and increased neuronal activity.
• After hyperpolarization by calcium-dependent potassium conductance is also used as a method of controlling these bursts.