Genomic innovations, transcriptional plasticity and gene loss underlying the evolution and divergence of two highly polyphagous and invasive Helicoverpa pest species
Published Online: 2017-07-31
Journal: BMC Biology•Publisher: Springer Science and Business Media LLC
Authors: A. Anderson•A. Bretschneider•A. McGaughran•A. McGrath•A. Papanikolaou•B. P. Walenz•C. A. Farnsworth•C. J. Anderson•C. Robin•C. W. Coppin•D. F. Clarke•D. G. Heckel•D. S. T. Hughes•E. Jacquin-Joly•G. Duan•G. G. Sutton•H-J. Zhang•H. Vogel•I. Horne•J. G. Oakeshott•J. Qu•J. R. Miller•J. T. Christeller•K. C. Worley•K. H. J. Gordon•K. Hatje•L. B. Han•L. S. Jermiin•M. Kollmar•M. T. Maibeche•N-Y. Liu•N. Montagne•O. P. Perera•O. R. Edwards•P. Batterham•P. D. East•P. G. Board•P. M. Campbell•R. A. Gibbs•R. Feyereisen•R. T. Good•R. V. Rane•S. Asgari•S. E. Scherer•S. Elfekih•S. J. Downes•S. Jhangiani•S. L. Pearce•S. Li•S. Richards•S. S. Kuwar•S. V. Song•T. Chertemps•T. K. Walsh•T. Perry•W. James•W. T. Tay•W. Xu•Y. C. Han•Y. D. Wu•Y. P Huang•Z. Zou
