zebra fish

Scientists have changed the colour of a dark-striped zebrafish to uniform gold by inserting a version of the pigment gene into a young fish.

Zebrafish, as a new model of animal, has been gradually accepted and widely used in biology research due to its special characteristics.

Phylogenetic analysis also showed that it had the closest relationship with zebrafish CCL4.

Presumably there might be pregnenolone binding protein, which can control the formation of microtubules in zebrafish embryo.

Peering deep into a Zebrafish brain, Oliver Braubach takes this image of its olfactory bulbs.

Nineteen of the species, including a squirrel, a small bat, a zebrafish, and a human had RNA viral sequences embedded in their DNA.

Poss, Lindsay G. Wilson and Mark T. Keating found that the zebrafish can naturally regenerate its own heart.

However, Keith Cheng, leader of the research team, points out that the mutation is different in human and zebrafish genes.

The zebrafish genome sequencing project has played important roles in mutant mapping and cloning, and comparative genomic research projects.

When he restored the oxygen supply 24 hours later, the zebrafish immediately continued developing, delayed by one day.

The whole system is likely to make zebrafish the first vertebrate to achieve saturation mutagenesis and gene screening.

The zebrafish has emerged as a powerful animal model for screening drugs that cause and prevent hair cell death.

In normal cells of both humans and zebrafish, the APC gene controls the amount of CTBP present by marking it for destruction.

Zebrafish with the mutant gene slept 30 percent less than fish without the mutation.

To do this, they took a gene engineered to change color in the presence of hydrogen peroxide and inserted it into zebrafish embryos.

Themutagenesis in zebrafish has revealed some important mechanisms controlling development of vertebrate embryos.

The study consists of three major steps. First, morphological operations are used to segment the zebrafish embryo from the background.

Titanium was detected in liver, spleen, lung, kidney of mice, and in heart, liver, gill and brain of zebrafish.

Dr. Rubel's and Dr. Raible's teams also are studying the genetics of zebrafish to identify markers that confer hair-cell protection.

Haploid development in zebrafish has been applied for genetic screening.

This study investigated the roles of dpr2 in development of zebrafish embryos using both knockdown and overexpression approaches.

Zebrafish don't nap more during daylight hours when sleep deprived, a new study shows.

Why is a newborn mouse like a zebrafish?

Objective: To find out the acute toxicities of seventeen triazole fungicides to zebrafish at 96 h.

QPRIMER supports human, mouse, rat, chicken, dog, zebrafish and fruit fly.

Conclusion: Curcumol is developmentally toxic effect on zebrafish in early life stage.

In the study, researchers used normal zebrafish and those harboring mutations in the Wnt pathway.

This see-through zebrafish was created in 2008 by scientists so they can study disease processes, including the spread of cancer.

abstract: Objective: To study the developmental effects of Curcumol on embryo-larval zebrafish.

Application of the Teratogenic Effects of Embryo Development in Zebrafish to the Determination of Toxicity of Environmental Pollutants

Preliminary observation of acupoint-like and meridian-like structures on the body surface of the zebrafish

Zebrafish and its Application in Environmental Toxicology

Development of Retrovirus-mediated Insertional Mutagenesis in Zebrafish and Its Application in Saturation Mutagenesis and Gene Screening

Cloning of thymidylate synthase from zebrafish and its fusion expression

Identification of genetic polymorphism between three species of common carp using zebrafish Danio rerio microsatellite molecular markers

Atlas Of Early Zebrafish Brain Development: A Tool For Molecular Neurogenetics: A Tool For Molecular Neurogenetics

Study on UV Irradiation for the Inactivation of Female Nucleus and Delayed Fertilization in Zebrafish

Early Embryonic Process and Molecular Mechanisms of Endoderm Development in Zebrafish

Investigation of toxicity effect for chlorophenols and alkyl phenols on Zebrafish Embryos

The toxicity and bioaccumulation of bisphenol A on developmental stages of zebrafish embryo;

Experimental Research and Application of Zebrafish and Embryos in Toxicology

The Anti-angiogenesis Drug Screening and Its New Model-Zebrafish

Zebrafish Information Network genome database

Impact of aldicarb and its complex pollution on DNA of zebrafish embryo

Study on Two Types of Mineral-related Matrix Vesicles in the Bone Mineralization of Zebrafish

Cloning of Zebrafish: Development of Non-enucleated Unfertilized Eggs Provided with Nuclei from Blastula Cells

Study on the Early Stage Embryonic Growth of Zebrafish

Application of the zebrafish in the research of life sciences

Cloning and expression of thyroglobulin gene in thyroid gland of zebrafish

Notochord distortion in zebrafish embryo induced by thiuram

Application of Zebrafish in Toxicology Research

The Research Progress of Zebrafish Gene Engineering

Zebrafish: A New Model Organism in Immunological Research

The shh Promoter of Zebrafish Directs the Expression of GFP in Notochord

Variation of Nanomechanical Properties in the Gene Mutated Zebrafish Bone

Study on acute-toxicity of six kind industrial wastewaters to zebrafish

Study on the Effects of Joint Acute Toxicities of Halophenols in Zebrafish

Development of Zebrafish Ectoderm In Early Stage and Some Regulatory Mechanisms

Joint toxicity test of arsenic with cadmium and zinc ions to zebrafish, brachynanio rerio

The Effect of Exogenous Retinoic Acid on the Cardiovascular Development of Zebrafish Embryos

Zebrafish and The Study of Human Disease