AbstractThe synaptic ribbon in neurons that release transmitter via graded potentials has been considered as a conveyor belt that actively moves vesicles toward their release sites. But evidence has accumulated to the contrary, and it now seems plausible that the ribbon serves instead as a safety belt to tether vesicles stably in mutual contact and thus facilitate multivesicular release by compound exocytosis
<p>We hypothesize that the noise exposure destroyed the ribbons, which were then reproduced via prot...
Exocytosis from synaptic vesicles is driven by stepwise formation of a tight α-helical complex betwe...
<p>To impart three-dimensionality, the synaptic ribbon, the tethered vesicular pool and the endings ...
synapses is the synaptic ribbon. Synaptic ribbons are large presynaptic structures associated with t...
SummarySynaptic ribbons are specialized organelles that hold vesicles close to the active zone of se...
The equal distribution of synaptic vesicles among synapses along the axon is critical for robust neu...
The first synapses transmitting visual information contain an unusual organelle, the ribbon, which i...
In this issue of Neuron, Voglmaier et al. provide new evidence that the retrieval of synaptic vesicl...
Protein-Protein Interactions That Regulate Neurotransmitter Release from Retinal Ribbon Synapses Pho...
Ribbon synapses are found in sensory systems and are characterized by ‘ribbon-like’ organelles that ...
AbstractWhat happens to synaptic vesicles after they release their neurotransmitter content? Recent ...
ut ca w sic how Ca channel clustering and synaptic vesicle 2005). Aside from its major component, RI...
Neurons secrete many diffusible signals from synaptic and other secretory vesicles. We characterized...
The presynaptic active zone contains a complex web of proteins involved in synaptic transmission. In...
It is well established that a subset of synaptic vesicles seem to be preferentially recycled after n...
<p>We hypothesize that the noise exposure destroyed the ribbons, which were then reproduced via prot...
Exocytosis from synaptic vesicles is driven by stepwise formation of a tight α-helical complex betwe...
<p>To impart three-dimensionality, the synaptic ribbon, the tethered vesicular pool and the endings ...
synapses is the synaptic ribbon. Synaptic ribbons are large presynaptic structures associated with t...
SummarySynaptic ribbons are specialized organelles that hold vesicles close to the active zone of se...
The equal distribution of synaptic vesicles among synapses along the axon is critical for robust neu...
The first synapses transmitting visual information contain an unusual organelle, the ribbon, which i...
In this issue of Neuron, Voglmaier et al. provide new evidence that the retrieval of synaptic vesicl...
Protein-Protein Interactions That Regulate Neurotransmitter Release from Retinal Ribbon Synapses Pho...
Ribbon synapses are found in sensory systems and are characterized by ‘ribbon-like’ organelles that ...
AbstractWhat happens to synaptic vesicles after they release their neurotransmitter content? Recent ...
ut ca w sic how Ca channel clustering and synaptic vesicle 2005). Aside from its major component, RI...
Neurons secrete many diffusible signals from synaptic and other secretory vesicles. We characterized...
The presynaptic active zone contains a complex web of proteins involved in synaptic transmission. In...
It is well established that a subset of synaptic vesicles seem to be preferentially recycled after n...
<p>We hypothesize that the noise exposure destroyed the ribbons, which were then reproduced via prot...
Exocytosis from synaptic vesicles is driven by stepwise formation of a tight α-helical complex betwe...
<p>To impart three-dimensionality, the synaptic ribbon, the tethered vesicular pool and the endings ...