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

Annabelle Haudry(University of Toronto), Adrian E. Platts(McGill University), Emilio Vello(McGill University), Douglas R. Hoen(McGill University), Mickaël Leclercq(McGill University), R. Williamson(University of Toronto), Ewa Forczek(McGill University), Zoé Joly‐Lopez(McGill University), Joshua G. Steffen(Colby–Sawyer College), Khaled M. Hazzouri(University of Toronto), Ken Dewar(McGill University), John R. Stinchcombe(University of Toronto), Daniel J. Schoen(McGill University), Xiaowu Wang(Institute of Vegetables and Flowers), Jeremy Schmutz(Joint Genome Institute), Christopher D. Town(J. Craig Venter Institute), Patrick P. Edger(University of Missouri), J. Chris Pires(University of Missouri), Karen S. Schumaker(University of Arizona), David E. Jarvis(University of Arizona), Terezie Mandáková(Central European Institute of Technology), Martin A. Lysák(Central European Institute of Technology), Erik van den Bergh(Centre for BioSystems Genomics), M. Eric Schranz(Centre for BioSystems Genomics), Paul M. Harrison(McGill University), Alan M Moses(University of Toronto), Thomas E. Bureau(McGill University), Stephen Wright(University of Toronto), Mathieu Blanchette(McGill University)
Nature Genetics
June 30, 2013
Cited by 402Open Access
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