FIGURE

Fig. 6

ID
ZDB-FIG-100616-63
Publication
Chang et al., 2010 - Foxd3 is an Essential Nodal-Dependent Regulator of Zebrafish Dorsal Mesoderm Development
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Fig. 6

Reduced mesodermal gene expression in sym1 mutants. Heterozygous sym1 adults were crossed and progeny were examined for mesodermal gene expression by in situ hybridization at shield stage (6 hpf). For cyclops (A, B), chordin (C, D), goosecoid (E, F), and no tail (G, H), two phenotypic classes were observed: wild-type (A, C, E, G) and reduced gene expression (B, D, F, H). For each mesodermal gene analyzed, distribution of progeny into the two classes was ∼ 80% for the wild-type class and ∼ 20% for the reduced class (exact distribution for each gene is indicated in lower right of each panel). Representative embryos were selected for genotyping analysis following in situ hybridization and this indicated that the wild-type phenotypic class consisted of both genotypically wild-type (+/+) and sym1 heterozygotes (+/-), while the reduced gene expression class consisted only of sym1 homozygotes (-/-). Dorsal views are shown.

Expression Data

Expression Detail
Antibody Labeling
Phenotype Data

Phenotype Detail
Acknowledgments
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Reprinted from Developmental Biology, 342(1), Chang, L.L., and Kessler, D.S., Foxd3 is an Essential Nodal-Dependent Regulator of Zebrafish Dorsal Mesoderm Development, 39-50, Copyright (2010) with permission from Elsevier. Full text @ Dev. Biol.