Results: Surgical Size Reduction Leads to Changes in Morphology, Somite Size, and Neural Tube Heights
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Conclusion
副本
Although scaling is one of the universal and fundamental attributes of developmental systems, the underlying mechanisms have not been understood in many organs and tissues. The size reduction technique of zebrafish presented in this video will adv
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Here, we describe a method for reducing the size of zebrafish embryos without disrupting normal developmental processes. This technique enables the study of pattern scaling and developmental robustness against size change.
