An atlas of over 90,000 conserved noncoding sequences provides insight into crucifer regulatory regions

Annabelle Haudry(Laboratoire de Biométrie et Biologie Evolutive), Mathieu Blanchette(Howard Hughes Medical Institute), Karen S. Schumaker(University of Arizona), J. Chris Pires(Colorado State University), M. Eric Schranz(Wageningen University & Research), R. Williamson(University of Toronto), Khaled M. Hazzouri(Khalifa University of Science and Technology), Thomas E. Bureau(McGill University), Adrian E. Platts(McGill University), Erik van den Bergh(Centre for BioSystems Genomics), John R. Stinchcombe(University of Toronto), Zoé Joly‐Lopez(McGill University), Martin A. Lysák(Central European Institute of Technology), Terezie Mandáková(Central European Institute of Technology), Stephen Wright(Public Health Service of Amsterdam), Paul M. Harrison(University of California, San Francisco), Daniel J. Schoen(McGill University), Jeremy Schmutz(Joint Genome Institute), Emilio Vello(McGill University), Ken Dewar(Massachusetts Institute of Technology), Xiaowu Wang(Qinghai University), Ewa Forczek(McGill University), Christopher D. Town(J. Craig Venter Institute), Douglas R. Hoen(McGill University), Joshua G. Steffen(Colby–Sawyer College), Alan M Moses(University of Toronto), Mickaël Leclercq(McGill University), David E. Jarvis(Brigham Young University), Patrick P. Edger(Michigan State University)
Nature Genetics
June 30, 2013
Cited by 402


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