presynaptic

After an action potential, Ca floods to the presynaptic membrane.

The initial setting of the presynaptic release mechanism seems to determine their relative importance.

It also appears to serve as an presynaptic serotonin autoreceptor.

When an action potential invades the presynaptic membrane, these channels open and Ca enters.

This release is effected by exocytosis at the presynaptic terminal.

The neurotransmitter is released from the presynaptic nerve through exocytosis.

The chemical is present in the presynaptic element.

Early studies in area CA1 indicated a presynaptic locus.

As a result, the hypothesis predicts that growth will be directed into regions containing more presynaptic elements.

The presynaptic cell is less able to effectively remove dopamine from the synapse.

Another adrenoceptor implicated in depression is the presynaptic a2-adrenoceptor.

An action potential in the presynaptic neuron releases neurotransmitter into the cleft.

Thus the various analysis procedures were in good agreement, and the enhancement in this case was predominantly presynaptic.

Voltage-gated Ca channels are located within the presynaptic terminal.

This influx of calcium into the presynaptic terminal is necessary for neurotransmitter release.

As he began working independently, what made Südhof's research so unique was his focus on the presynaptic neuron.

Further research should be conducted to identify the importance of the reserve pool vesicles in presynaptic cells.

Direct demonstration of calcium concentration microdomains at the presynaptic active zone.

Presynaptic symptoms include brief stops in breathing, weakness of the eye, mouth, and throat muscles.

They are located mostly on the presynaptic membrane and contain a single transmembrane domain.

Thus neurexins play an important role in assembling presynaptic and postsynaptic machinery.

The release of neurotransmitter vesicles from the presynaptic cell is probabilistic.

They are usually located in specialized structures called presynaptic terminals, found at the tips of nerve cells.

These areas are important because they will stimulate the presynaptic preterminals in cortical neurons.

Neuroligin is sufficient to form new functional presynaptic terminals in vitro.