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This study provides a valuable new resource to investigate the molecular basis of the particular features characterizing the pipefish embryo. The authors found both unique and shared gene expression ...

Relative to a normal baby fish (A), the absence of the ELABELA hormone causes embryos to develop with no heart (red arrow) and a truncated tail (B,C).

Their work reveals the secrets of the Balbiani body (Bb), a remarkable structure that organizes essential molecules to guide early embryonic development. Using zebrafish models and cutting-edge ...

presents insights into mRNA regulation during embryonic development. The study combines single-cell RNA-Seq and metabolic labeling in zebrafish – lovely, striped aquarium fish that are ...

24 hour post fertilization zebrafish embryo with a cloned enhancer region being active (green) in red blood cells and blood vessels. This picture is a powerful validation of the predictions made ...

Michael Barresi’s research interests are focused on how glial cells help wire the nervous system in the embryonic zebrafish brain. His lab discovered that astroglial cells provide a substrate for ...

We address this fundamental question in the context of axial extension, which elongates embryos along the head-to-tail axis and ensures closure of the developing neural tube. Using zebrafish embryos ...

The findings were published in Scientific Reports. In the experiments with zebrafish embryos, when this PAPC is not excluded, the cells do not move to the appropriate location, preventing the ...

The zebrafish owes much of this success to its hardiness, cold resistance, easiness to breed and variable omnivorous diet. Key benefits for the laboratory include the fact that they are photoperiodic ...