The complete system designed for experiments with zebrafish larvae. It is for anybody performing research in drug development, safety pharmacology, behavioral genetics, circadian rhythmicity and related research areas.
The premier software tool to investigate a scope of zebrafish embryo and larvae parameters. It includes features to measure embryo activity, cardiovascular measurements, morphology, and gut and blood flow.
"Our Noldus Ethovision is awesome. We use it to track zebrafish larvae in live time."
Danielle Tomasello, Ph.D. | via SelectScience
The zebrafish has become an important vertebrate model to study (developmental) neurobiology and behavior, not in the least because of recent improvements in transgenic, optogenetic and imaging techniques, and behavioral assays.
To protect human health, wildlife, and the environment, the effects of naturally occurring and synthetic contaminants need to be monitored. In particular, mechanisms through which toxins cause disease are often poorly understood. Zebrafish are valuable in these types of studies for many reasons.
Researchers have unraveled the molecular basis of many human disorders, and a very large part (over 80 percent) of the genes we know to be associated with human disease (e.g. Parkinson’s and addiction) have homologues in zebrafish.