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Journal: Current biology : CB
Article Title: Synaptic-like Vesicles Facilitate Pioneer Axon Invasion.
doi: 10.1016/j.cub.2019.06.078
Figure Lengend Snippet: Figure 1. Synaptic-like Vesicles Accumulate in Pioneer DRG Growth Cones at the DREZ (A) Confocal z projections of DRG pioneer axon navigation in a Tg(sox10:syn-gfp); Tg(sox10:mcherry) animal from a 24-h time-lapse starting at 48 hpf. Syn-GFP vesicles accumulate in the growth cone upon DREZ contact. White arrows denote Syn-GFP concentrate. Dashed orange boxes denote DREZ. (B) Tracing of growth cone Syn-GFP intensity throughout navigation. Blue box denotes DREZ entry. Dashed line denotes SEM (n = 4 DRG). (C) Growth cone Syn-GFP intensities before, during, and after DREZ localization (n = 4 DRG). (D) Quantification of actin clusters in DREZ-located DRG pioneer axons containing vesicle puncta (n = 16 growth cones; n = 52 actin clusters). (E) Super-resolution DeSOS image of DRG pioneer axon at the DREZ in a Tg(sox10:lifeact-gfp) animal stained for Synapsin and Rab8. Dashed white box denotes single-plane insets on right. Arrowheads denote Lifeact-GFP, Synapsin, and Rab8 puncta in the pioneer growth cone. (F and G) Super-resolution DeSOS images of a DRG pioneer axon at the DREZ in a Tg(sox10:lifeact-gfp) animal stained for Synaptotagmin (F) and SV2 (G). Dashed white box denotes single-plane insets on right. Arrowheads denote colocalized Lifeact-GFP and vesicle puncta. Tukey’s HSD used for (C). SEM is shown. Scale bars, 10 mm. See also Figure S1 and Video S1.
Article Snippet: Primary antibodies used in this study are Synapsin 1/2 (1:1000, rabbit, Synaptic Systems, catalog #: 106 102 [59],
Techniques: Staining
Journal: Current biology : CB
Article Title: Synaptic-like Vesicles Facilitate Pioneer Axon Invasion.
doi: 10.1016/j.cub.2019.06.078
Figure Lengend Snippet: Figure 5. MMP14a Localizes to Actin Clusters and Some Synaptic Vesicle Markers (A–C) Single-plane super-resolution, Imaris growth cone isolation images of DREZ-located growth cones in Tg(sox10:lifeact-gfp) animals stained for MMP14 and Synaptotagmin (A), SV2 (B), or Rab8 (C) at 56 hpf. Arrowheads denote MMP14 and/or vesicle puncta. (D) Quantification of actin clusters at the DREZ per growth cone that are MMP14+ and MMP14 (n = 41 growth cones). (E) Percent of actin clusters that colocalize with MMP14 and/or Synaptotagmin (n = 18 growth cones). (F) Confocal single-plane images of DREZ-located growth cones in Tg(sox10:syn-gfp) animals stained for MMP14. Arrowheads denote MMP14 puncta. (G) Percentage of MMP14 puncta that colocalize with vesicle markers. (H) Percentage of vesicle puncta that localize to MMP14 (n = 18 synaptotagmin stained; n = 8 SV2 stained; n = 15 Rab8-stained growth cones). (I–K) MMP14 intensity in Synaptotagmin- (I), SV2- (J), and Rab8 (K)-stained growth cones. Black bars denote actin-localized puncta. Gray bars denote puncta that do not localize to actin concentrates (n = 43 Synaptotagmin; n = 14 SV2; n = 5 Rab8 puncta). SEM is shown. Scale bars, 10 mm. See also Figure S3.
Article Snippet: Primary antibodies used in this study are Synapsin 1/2 (1:1000, rabbit, Synaptic Systems, catalog #: 106 102 [59],
Techniques: Isolation, Staining