Cornell and BTI receive $1.8 million from National Science Foundation to continue tomato sequence project
The grant for the International Tomato Sequencing Project, a collaboration of researchers from nine other countries, will enable U.S. researchers to continue their work. In 2004 the NSF provided $4 million for the U.S. part of the research.
Sequencing the tomato genome is the first step in creating the comprehensive International Solanaceae Genomics Project (SOL) Genomics Network database. This will tie together maps and genomes of all plants in the Solanaceae family, also called nightshades, which includes the potato, eggplant, pepper and petunia and is closely related to coffee from the Rubiaceae family.
The public database shall help researchers ask fundamental questions: Have changes from a common ancestor brought about the attributes of crop species? What are the functions of specific genes? How has domestication changed genes? Which plants might be good candidates for genetically engineered improvements for growing crops?
Cornell researchers are close to completing a toolkit of resources about tomato and solanaceae species (some currently available in the database) to make the sequencing possible. These resources include genetic maps, DNA libraries, individual gene sequences, DNA markers and associated information, comparative mapping data to go from one species to another as sequences are added, and tools to query and search this information.
"The intention is to create an entirely public database," said the project's principal investigator, James Giovannoni, a plant microbiologist with the U.S. Department of Agriculture's Agriculture Research Station and BTI, both based at Cornell, and an adjunct professor in Cornell's Department of Plant Biology. As information is released, it is put online, he said.
In sequencing the 12 chromosomes that comprise the tomato's genome, researchers from each of the nine other countries in the project (China, France, India, Italy, Japan, Korea, Spain, Netherlands and the United Kingdom) will sequence one chromosome, with U.S. researchers sequencing three.
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