AbstractA readily releasable pool of quanta, tentatively identified with docked synaptic vesicles, has been defined by analysis of the neurotransmitter release caused by application of hypertonic solutions. The goal of this work is to determine the relationship of this functionally defined readily releasable pool to the one drawn upon by action potential-evoked release. We find that hypertonic solutions do not act through changes in intracellular calcium. Since the release produced by action potentials and hypertonic solutions varies in parallel as the pool size is changed, we conclude that the same pool is shared by both mechanisms. This conclusion, taken together with other observations in the literature, means that the synaptic release p...
During high frequency stimulation, synaptic efficacy decreases due to the depletion of the readily r...
The concept of a readily releasable pool (RRP) of synaptic vesicles has been used extensively for th...
SummaryIn order to release neurotransmitter synchronously in response to a presynaptic action potent...
AbstractHippocampal neurons in tissue culture develop functional synapses that exhibit considerable ...
AbstractDuring intense presynaptic activity, the readily releasable pool (RRP) of synaptic vesicles ...
AbstractUsing the fluorescent membrane label FM 1–43, we have measured the release, reuptake, and re...
AbstractThe size of a pool of readily releasable vesicles at a giant brainstem synapse, the calyx of...
AbstractModulation of the size of the readily releasable vesicle pool has recently come under scruti...
SummarySynapse-specific vesicle pools have been widely characterized at central terminals. Here, we ...
Vesicles within presynaptic terminals are thought to be segregated into a variety of readily releasa...
SummaryAt synapses formed between dissociated neurons, about half of all synaptic vesicles are refra...
AbstractFunctional presynaptic vesicles have been subdivided into readily releasable (RRP) and reser...
For some types of synapses the availability of release-ready vesicles is a limiting factor during on...
AbstractDuring sustained action potential (AP) firing at nerve terminals, the rates of endocytosis c...
Hippocampal synapses display a range of release probabilities. This is partially the result of scali...
During high frequency stimulation, synaptic efficacy decreases due to the depletion of the readily r...
The concept of a readily releasable pool (RRP) of synaptic vesicles has been used extensively for th...
SummaryIn order to release neurotransmitter synchronously in response to a presynaptic action potent...
AbstractHippocampal neurons in tissue culture develop functional synapses that exhibit considerable ...
AbstractDuring intense presynaptic activity, the readily releasable pool (RRP) of synaptic vesicles ...
AbstractUsing the fluorescent membrane label FM 1–43, we have measured the release, reuptake, and re...
AbstractThe size of a pool of readily releasable vesicles at a giant brainstem synapse, the calyx of...
AbstractModulation of the size of the readily releasable vesicle pool has recently come under scruti...
SummarySynapse-specific vesicle pools have been widely characterized at central terminals. Here, we ...
Vesicles within presynaptic terminals are thought to be segregated into a variety of readily releasa...
SummaryAt synapses formed between dissociated neurons, about half of all synaptic vesicles are refra...
AbstractFunctional presynaptic vesicles have been subdivided into readily releasable (RRP) and reser...
For some types of synapses the availability of release-ready vesicles is a limiting factor during on...
AbstractDuring sustained action potential (AP) firing at nerve terminals, the rates of endocytosis c...
Hippocampal synapses display a range of release probabilities. This is partially the result of scali...
During high frequency stimulation, synaptic efficacy decreases due to the depletion of the readily r...
The concept of a readily releasable pool (RRP) of synaptic vesicles has been used extensively for th...
SummaryIn order to release neurotransmitter synchronously in response to a presynaptic action potent...