But how much can zebrafish tell us about human development and disease?

The zebrafish has been used as a developmental model in recent research.

The primary model for these experiments has been in the zebrafish.

Zebrafish have long been sold without establishing themselves in the wild.

As an example, they provide a complete image of a zebrafish embryo.

"There's no evidence that human cells are fundamentally different" from those of zebrafish.

His passion for tropical fish led him to the humble zebrafish.

This has been noted in zebrafish and other species.

GM animals such as mice or zebrafish are being used for research purposes.

The researchers used advanced imaging techniques to study zebrafish embryos.

But mutations are rare, so a lot of zebrafish are needed.

A Midway virus "fossil" was found in the genome of zebrafish.

In 2011, blue and purple fluorescent zebrafish were released.

As a model biological system, the zebrafish possesses numerous advantages for scientists.

The genome of the wild zebrafish was sequenced at 39-fold coverage.

Zebrafish can thus observe a very wide spectrum of colours.

The zebrafish reference genome sequence was published in 2013.

As, during early development, the zebrafish has a nearly transparent body, it is ideal for studying developmental biology.

Because we share a common ancestor with the zebrafish, it is likely that the same mechanisms exist in human cells, too.

Zebrafish go through juvenile hermaphroditism, but what triggers this is unknown.

In the zebrafish, segmentation is coordinated by the "clock and wavefront."

Methods for the study of the zebrafish maxillary barbel.

An animal model for vertebrates is the zebrafish.

Unlike fruit flies (and like humans), zebrafish are vertebrates.

The researchers are also setting up an experiment to look at the fluid dynamics of a zebrafish as it swims.