Xenopus tropicalis v3.0
Please note that this organism is for archival use only. Please see the current Xenopus tropicalis v4.1 site for the latest data and information.
Xenopus tropicalis is a unique resource for two critical areas in vertebrate biology: early embryonic development and cell biology. In the former, Xenopus laevis has led the way in identifying the mechanisms of early fate decisions, patterning of the basic vertebrate body plan, and early organogenesis. This site is for archival use only. Please see the current Xenopus tropicalis site for the latest data and information.

Contributions in cell biology and biochemistry include seminal work on chromosome replication, chromatin and nuclear assembly, control of the cell cycle components, in vitro reconstruction of cytoskeletal element dynamics, and signaling pathways. In fact, Xenopus has become a major vertebrate model for the cellular and developmental biology research that is supported by most of the Institutes of the NIH.

In March of 2002 the Joint Genome Institute convened a meeting at the Production Genomics Facility in Walnut Creek, California. Leading researchers in the Xenopus research community were invited to discuss the overall planning and strategies for sequencing the Xenopus tropicalis genome.

BAC Sequencing for the X. tropicalis Community

The JGI has now closed the nominations for additional BAC sequencing. Please check the BAC sequencing status link for current sequence information.

Individual BACs may be obtained from the BAC/PAC Resource Center at Children's Hospital Oakland Research Institute

>> Approved Gene List
>> BAC Sequencing Status

A Xenopus tropicalis genome project advisory board was set up to insure an accurate and timely exchange of information between the JGI and the research community.

Genome Project Notes

X. tropicalis genome assembly 3.0 is the third of a series of preliminary assembly releases that are planned as part of the ongoing X. tropicalis genome project. The current assembly includes approximately 7X in small insert end-sequence coverage. A final draft assembly based on ~8X sequence coverage and incorporating other data including bac-end sequences and physical map information will be complete in the first half of 2005.

Our goal is to make the genome sequence of Xenopus widely and rapidly available to the scientific community. We endorse the principles for the distribution and use of large scale sequencing data adopted by the larger genome sequencing community and urge users of this data to follow them. It is our intention to publish the work of this project in a timely fashion and we welcome collaborative interaction on the project and analyses.

Questions concerning this project or the use of these data should be sent to Paul Richardson ([email protected]).