FIGURE

Fig. 1

ID
ZDB-FIG-190723-582
Publication
Tang et al., 2019 - Wnt/β-catenin interacts with the FGF pathway to promote proliferation and regenerative cell proliferation in the zebrafish lateral line neuromast
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Fig. 1

Effects of Wnt signaling on cell proliferation in the developing neuromast.

a1C3: Proliferative cells labeled with BrdU (red), SCs labeled with Sox2 (white), and HCs labeled with GFP (green). a1A3: Control neuromasts; b1B3: After addition of BIO; c1C3: After addition of IWR-1. d: Quantification of proliferative cells (BrdU+), SCs (Sox2+), and HCs (GFP+) shown in a1C3. e1F3 and h1I3: Proliferative cells labeled with BrdU (red), SCs labeled with Sox2 (white), and HCs labeled with myosin VI (green). e1E3: wt Apc larvae; f1F3: Apcmcr mutants showing elevated Wnt/β-catenin activity; h1H3: Heat shock-negative control larvae (HS-ctr); i1I3: Wnt repression by heat shock induction of the hs:dkk1 transgene (hs:dkk1). g, j: Quantification of the proliferative cells (BrdU+), SCs (Sox2+), and HCs (Myosin VI+) shown in e1F3 (g) and h1I3 (j). n = 5–7 fish per group. ** Indicates p < 0.001, and error bars indicate the standard error of the mean. K1O1 and K2–O2: WISH analysis of Sox2 (K1–O1) and atoh1a (K2–O2) expression in the neuromasts from different groups. Scale bar in I3= 20 μm for a1–C3, e1–F3, and h1–I3. Scale bar in O2 = 30 μm for K1O1, K2O2

Expression Data

Expression Detail
Antibody Labeling
Phenotype Data

Phenotype Detail
Acknowledgments
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