Judith S. Eisen sponsors free access to F1000 for University of Cape Town, South Africa. Supporting F1000's initiative to make itself available to scientists in all countries, including free access to developing countries (more details).

Specification and patterning of neurons and neural crest cells in embryonic zebrafish.
The vertebrate nervous system is composed of a large number of neurons with diverse characteristics. My lab is interested in how neuronal diversity is generated during development: how are the correct number of cells specified for specific neuronal fates at particular times and in particular locations? Most of our attention has been focused on a small, early-developing set of individually identified spinal motoneurons and on the neural crest, a transient embryonic cell population that generates a diverse set of derivatives, including the neurons and glia of the peripheral nervous system. We use a combined cellular, molecular and genetic approach to learn the mechanisms underlying cell fate specification. For example, we study the timing of critical events during development of motoneurons and neural crest cells by labeling individual cells and following their development in living embryos and by transplanting individual cells to new locations. We are isolating genes encoding molecules that may regulate motoneuron and neural crest development and testing the roles of the proteins encoded by these genes during motoneuron and neural crest specification and differentiation. We are also isolating mutations that alter motoneuron or neural crest cell fate with the goal of identifying new genes involved in the development of these cells.

http://www.neuro.uoregon.edu/ionmain/htdocs/faculty/eisen.html