… will help to identify genes involved in the formation of certain structures in the embryo.
Here, we focus on how genetics can be done in zebrafish. The basic features of zebrafish …

… of these and many other genes that the results of the … vertebrate development. Not only
have sequence homologies provided a means of ‘fishing’ for developmental genes in vertebrate …

… genetic studies in zebrafish have contributed to our understanding of heart development. …
original contribution of zebrafish genetics to our understanding of heart formation so far. This …

… This review provides an orientation to the zebrafish as a model … genetic model for vertebrate
development. Its current uses and key techniques that highlight future areas of development …

… of early vertebrate development. Here we discuss recent studies of 12 zebrafish mutant
genes that illuminate the maternal molecular controls on embryonic development, including …

… To investigate these matters, we mapped 144 zebrafish genes and … Because duplicated
chromosome segments in zebrafish often … This zebrafish gene map will facilitate molecular …

… zebrafish has become a powerful model system for investigation of vertebrate development,
… Streisinger introduced the zebrafish as a model system, developed methods for constructing …

… of zebrafish mutations has demonstrated the value of this system for the genetic dissection of
vertebrate development … the reach of zebrafish genetics to new areas of vertebrate biology. …

… genes required for early vertebrate development, we are carrying out a large-scale, insertional
mutagenesis screen in zebrafish, … 500 different genes—roughly 20% of the genes that can …

… The understanding of vertebrate development has advanced considerably in recent years, …
The zebrafish, the newest of these models, has risen to prominence because both genetic …