<p>The transport of synaptic vesicles to the axonal release sites in the DNC was visualized by VENUS-tagged RAB-3 (VENUS-RAB-3) (A) and GFP-tagged synaptobrevin (GFP-SNB-1) (B). No differences were observed in transport of both SV markers in <i>tbc-8(tm3802)</i> mutants. Scale bar represents 5 µm. Error bars = s.e.m. (ns, P>0.05; Student's t-test). (C) Electron microscopic analysis of <i>tbc-8(tm3802)</i> mutants revealed no obvious differences in the morphology of synapses, cell bodies and neuronal Golgi stacks compared to wild type. (D) The synaptic vesicle distribution relative to the presynaptic density at synapses of <i>tbc-8(tm3802)</i> mutants was similar to wild type worms (Student's t-test).</p
<p>(<i>A, B</i>) Expression patterns of DsRed-tagged synaptobrevin-1 (SNB-1) in the dorsal nerve cor...
<p>(A) Representative confocal images of dorsal cord synaptic puncta visualized using the GFP tagged...
<p>(A) Gene structure of <i>tbc-8</i>. Exons are depicted as black boxes and introns as black lines....
<p>(A) Schematic representation of DCV assay used in this study. The proneuropeptide NLP-21-VENUS fu...
<p>The DD neuron axon marker P<i><sub>flp-13</sub></i>::GFP was coexpressed with a presynaptic marke...
<p>The ultrastructure of one adult wild-type and two <i>ju89</i> adult mutant worm were examined by ...
<p>(A) Representative images of neuromuscular junctions in ventral nerve cords of the wild type, <i>...
<p>(A) A schematic diagram of the <i>C. elegans</i> ALM and PLM neurons and their synapses. The “+” ...
<p>(A–D) Ultrastructure of wild type (A and C) and <i>S6KL</i><sup><i>140</i></sup> mutant (B and D)...
<p>Genetic analysis of tubulin mutant synaptic defects based on expression pattern of the synaptic v...
<p>Wild-type and <i>snt-1(md290)</i> young adult hermaphrodites were stained with antibodies to UNC-...
<p>(A-I) Images show subcellular localization of DMA-1::GFP in (A-C) wild-type, (D-F) <i>rab-10</i> ...
<p>A) P<sub>unc-25</sub>Synaptobrevin::GFP intensity is increased in soma and synaptic regions in <i...
(A) Upper: Confocal images of DMA-1::GFP in wild-type (left) and chdp-1(tm4947) mutant (right). Scal...
<p><b>A:</b> Larval segmental nerves from wild type larvae show smooth staining with the synaptic ve...
<p>(<i>A, B</i>) Expression patterns of DsRed-tagged synaptobrevin-1 (SNB-1) in the dorsal nerve cor...
<p>(A) Representative confocal images of dorsal cord synaptic puncta visualized using the GFP tagged...
<p>(A) Gene structure of <i>tbc-8</i>. Exons are depicted as black boxes and introns as black lines....
<p>(A) Schematic representation of DCV assay used in this study. The proneuropeptide NLP-21-VENUS fu...
<p>The DD neuron axon marker P<i><sub>flp-13</sub></i>::GFP was coexpressed with a presynaptic marke...
<p>The ultrastructure of one adult wild-type and two <i>ju89</i> adult mutant worm were examined by ...
<p>(A) Representative images of neuromuscular junctions in ventral nerve cords of the wild type, <i>...
<p>(A) A schematic diagram of the <i>C. elegans</i> ALM and PLM neurons and their synapses. The “+” ...
<p>(A–D) Ultrastructure of wild type (A and C) and <i>S6KL</i><sup><i>140</i></sup> mutant (B and D)...
<p>Genetic analysis of tubulin mutant synaptic defects based on expression pattern of the synaptic v...
<p>Wild-type and <i>snt-1(md290)</i> young adult hermaphrodites were stained with antibodies to UNC-...
<p>(A-I) Images show subcellular localization of DMA-1::GFP in (A-C) wild-type, (D-F) <i>rab-10</i> ...
<p>A) P<sub>unc-25</sub>Synaptobrevin::GFP intensity is increased in soma and synaptic regions in <i...
(A) Upper: Confocal images of DMA-1::GFP in wild-type (left) and chdp-1(tm4947) mutant (right). Scal...
<p><b>A:</b> Larval segmental nerves from wild type larvae show smooth staining with the synaptic ve...
<p>(<i>A, B</i>) Expression patterns of DsRed-tagged synaptobrevin-1 (SNB-1) in the dorsal nerve cor...
<p>(A) Representative confocal images of dorsal cord synaptic puncta visualized using the GFP tagged...
<p>(A) Gene structure of <i>tbc-8</i>. Exons are depicted as black boxes and introns as black lines....