Sentence examples for release transmitter from inspiring English sources

The third channel set in neuronal events is made up of voltage-gated Ca channels, which serve to release transmitter.

They have high-affinity transmitter uptake systems and voltage-dependent and transmitter-gated ion channels and can release transmitter, but their role in signalling is not well understood.

Nerve cells also release transmitter molecules in the absence of electrical impulses, and evidence suggests that individual cells can use this 'spontaneous transmitter release' to adjust the strength of their synapses.

We then examined the possibility of asynchronous release at the other two types of perisomatic inhibitory cell, but we did not find any significant change in the charge transfer following action potential trains tested at 30 Hz (P=0.17 for FSBCs, n=17; and P=0.05 for AACs, n=18), confirming that neither FSBCs nor AACs release transmitter in an asynchronous manner.

Astrocytes release transmitters and have receptors and transporters for different neurotransmitters in their plasma membranes, such as for serotonin (5-hydroxytryptamine; 5-HT), ATP, and glutamate [17], [24].

Excitatory cells release transmitters (mostly glutamate) at their synaptic ends that, on contact with the postsynaptic membrane, create currents that depolarize the postsynaptic cell.

Upon exposure to AH, neurosecretory type-I glomus cells release transmitters that activate afferent sensory fibers that project to the brain stem to elicit hyperventilation and sympathetic activation.

Inhibitory cells release transmitters (GABA) that tend to hyperpolarize the postsynaptic cell, thereby diminishing the effects of the depolarizing currents generated by the excitatory synapses [ 63].

As detailed above, a protonophore that can be used with confidence with isolated mitochondria when applied to cells will in addition acidify the cytoplasm, release transmitters from synaptic vesicles and release calcium from mitochondria.

First, a non-dialysed SG EIN releases transmitter in multiple synapses, thus, increasing effective conductance depolarizing the postsynaptic membrane.

Maximal IPSCs (Table 5) were assumed to occur when all somatic and proximal dendritic terminals (<33 µm) released transmitter.