FIGURE 3
- ID
- ZDB-IMAGE-260703-34
- Antibodies
- Publication
- Wang et al., 2026 - Atypical Cadherin Fat2 is Involved in Axogenesis of Cerebellar Granule Cells in Zebrafish
- All Figures
- Figures for Wang et al., 2026
FIGURE 3
Axonal branching and overextension in fat2 mutants. (a–k) Expression of Vglut1 (a–c, g–i) and parvalbumin7 (Pvalb7, d–f, g–i) in 5‐dpf wild‐type (n = 5), fat2nub128/nub128 (n = 5), and fat2vu381/vu381 mutant (n = 5) larvae. Neurod1 expression in 5‐dpf wild‐type (n = 5) and fat2nub128/nub128 mutant (n = 5) larvae (j, k). Signals were detected by immunostaining. Fluorescence signals are shown in grayscale (a–f, j, k) or as two‐color images (g–i; Pvalb7, magenta; Vglut1, green). Dorsal views with anterior to the left. Arrowheads indicate branched axon bundles, and arrows indicate axons extending beyond the crest cell region (overextension). Asterisks indicate crest cells. (l, m) Number of branched axon bundles per larva in fat2nub128/nub128 (l) and fat2vu381/vu381 (m) mutants compared with wild‐type larvae. (n, o) Total length of misprojecting axons per larva, measured from branching points to their distal ends, in fat2nub128/nub128 (n) and fat2vu381/vu381 (o) mutants compared with wild‐type larvae. (p, q) Number of Pvalb7+ Purkinje cells per larva in fat2nub128/nub128 (p) and fat2vu381/vu381 (q) mutants compared with wild‐type larvae. (r) Number of Neurod1+ granule cells per larva in fat2nub128/nub128 mutants compared with wild‐type larvae. Welch's t‐test. **p < 0.01; ***p < 0.001; ns, not significant. Scale bar: 100 μm in (a) (applies to a–i), and (j) (applies to j, k). Regions of the cerebellum, including CCe, EG, and LCa, are indicated in the images. Images are representative of the samples examined.