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PineRefSeq

PineRefSeq. David B. Neale University of California, Davis Pieter J. de Jong Children’s Hospital of Oakland Research Institute Charles H. Langley University of California, Davis Steven L. Salzberg Johns Hopkins University James A. Yorke University of Maryland

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PineRefSeq

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  1. PineRefSeq David B. NealeUniversity of California, Davis Pieter J. de JongChildren’s Hospital of Oakland Research Institute Charles H. LangleyUniversity of California, Davis Steven L. SalzbergJohns Hopkins University James A. YorkeUniversity of Maryland KeithanneMockaitisIndiana University Carol LoopstraTexas A&M University Doreen S. MainWashington State University Jill L. WegrzynUniversity of California, Davis

  2. Conifer Genomics WorkshopBanbury CenterMarch 18-21, 2007

  3. AZ SS JY DP The Maryland Genome Assembly Group featuring co-PD Steven Salzbergand Daniela Puiu(Johns Hopkins U) and co-PD Jim YorkeandAleksey Zimin(U of Maryland) PD David Neale (r), co-PD Jill Wegrzyn(c), and (l to r) John Liechty, Ben Figueroa, and Patrick McGuire UC Davis Co-PD Chuck Langley (r) and (l to r) Marc Crepeau, Kristian Stevens, and CharisCardeno UC Davis (l to r) Co-PD Pieter de Jong, Ann Holtz-Morris, Maxim Koriabine, Boudewijn ten HallersCHORI BAC/PAC Co-PD Carol Loopstraand Jeff Puryear TAMU Co-PD DorrieMainWSU Co-PD KeithanneMockaitis and Zach Smith Indiana U

  4. Guiding Principles of the PineRefSeq Project • EMPOWERMENT. Our goal is to develop the technologies, platforms and bioinformatics infrastructures to rapidly and inexpensively sequence large and complex genomes of coniferous forest trees. This will allow the forestry community to begin sequencing the many genomes of economic and ecological importance without a dependence on centralized genome centers. • ADAPTIVE. We recognize the sequencing technologies are developing rapidly and that we must have the expertise and flexibility to rapidly adopt new approaches into our overall sequencing strategy. • COMPARATIVE. We recognize the power of comparative genomics approaches in assembling and annotating genome sequences and will use this approach throughout the project. • Open Access. Unrestricted and rapid release of data.

  5. 20-1010

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