A physical map of Brassica oleracea shows complexity of chromosomal changes following recursive paleopolyploidizations
Xiyin Wang(North China University of Science and Technology), Andrew H. Paterson(University of Georgia), Heidi Sarazen(University of Georgia), T. C. Osborn(University of Wisconsin–Madison), Santhosh Karunakaran(University of Georgia), Emily Giattina(University of Georgia), Lisa K. Nelson(University of Georgia), Beom‐Seok Park(Rural Development Administration), Gary J. Pierce(University of Georgia), Yongli Xiao(National Institutes of Health), Cornelia Lemke(University of Georgia), Carlos F. Quirós(U.S. Vegetable Laboratory), Richard M. Amasino(University of Wisconsin–Madison), Jeong‐Hwan Mun(Rural Development Administration), Carl J. Rogers(University of Georgia), Barry S. Marler(University of Georgia), M. Torres(University of Georgia), Christopher D. Town(J. Craig Venter Institute), Jennifer Ingles(University of Georgia), Ethan Epps(University of Georgia), Bayram Yüksel(Gebze Technical University), J Chris Pires(University of Missouri), Lifeng Lin(Guangdong Provincial Center for Disease Control and Prevention), Young‐Joo Seol(Rural Development Administration), John Bowers(University of Georgia)
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