COLD SPRING HARBOR, NY, May 9 - A project to map the zebrafish genome is expected to wrap up by the middle of 2005, but the three prominent research groups that have undertaken the project will make data public as they become available, a mapper told GenomeWeb today.
Researchers from the Hubrecht Lab, the Max-Planck Institute, and the Sanger Centre have been using a family of Applied Biosystems 3700 sequencers to perform their analysis, said Sean Humphray, a mapper from the Sanger, which is performing data coordination, map assembly, and manipulation.
A bacterial-clone map is currently being developed using restriction-enzyme fingerprinting. Two libraries--CHORI-211 and the DanioKey--will form the basis for the map, whose aim is for 10 to 15 times coverage across the 1.7gb-long genome.
These data will eventually pave the way for whole genome sequencing, which will be done at the Sanger through a combination of whole genome shotgun and clone-by-clone sequencing.
End sequencing of both libraries is currently underway, said Humphray, who spoke with a GenomeWeb reporter this afternoon at his poster during Cold Spring Harbor's 2002 Genome Sequencing & Biology meeting, which ends here on Saturday. RH mapping, which will take place at Max-Planck and at the Children's Hospital in Boston, will further refine the data, he said.
So far the team has assembled 102,000 fingerprints into 9,245 contigs, according to Humphray's poster.