Fig. 5
- ID
- ZDB-FIG-221001-33
- Publication
- Shorey et al., 2021 - Microtubule organization of vertebrate sensory neurons in vivo
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Fig. 5. Zebrafish sensory neurons maintain a somatic hotspot of microtubule organization. A. Brightfield image of a 3rd instar drosophila larva and image of a ddaE neuron cell body expressing EB1-GFP and fzr-RFP are shown. The blue line indicates the region used to quantify EB1-GFP intensity from a sum projection of a timeseries. The output for fzr-RFP (red) and EB1-GFP (green) is shown in the graph. B. A brightfield image of a 4?6 tentacle stage Nematostella vectensis polyp and an image of a tripolar ganglion cell expressing EB1-GFP are shown. The blue line was used as the region for summing intensity through the time course and the output is shown in the graph. C. A brightfield image of a 14dpf zebrafish and images of DRG neuron cell bodies expressing EB3-GFP are shown together with lines used to quantify EB3-GFP fluorescence. The graphs show intensity along the line summed through the timecourse. D.-G. Brightfield overviews and images of RB neuron cell bodies expressing EB3-GFP are shown from different age fish. In each a line was used to generate summed intensity graphs. |
Reprinted from Developmental Biology, 478, Shorey, M., Rao, K., Stone, M.C., Mattie, F.J., Sagasti, A., Rolls, M.M., Microtubule organization of vertebrate sensory neurons in vivo, 1-12, Copyright (2021) with permission from Elsevier. Full text @ Dev. Biol.