ZFIN Image: Juan et al., 2018, Fig. S11

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Figure Caption

Fig. S11

Zebrafish myo1D is dispensable for gastrulation stage convergence-extension a-c, myo1D is not required for the PCP-dependent convergence-extension movements that drive antero-posterior axial elongation in gastrulation stage zebrafish embryos. Lateral views of bud stage WT (a) and MZ myo1D mutant (b) embryos, anterior up. Axial extension was quantified by measuring the angle between the anterior extremity of the hatching gland and the posterior extremity of the tail bud, as indicated schematically in a. c, A quantification of bud stage axial extension reveals no significant difference between WT and MZ myo1D mutant embryos. Error bars in c indicate SEM. Scale bar: 100 μm.

Acknowledgments

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