Tuesday, December 11, 2007 - 8:30 AM
0798

Mode of action and selectivity of RynaxypyrTM, a novel anthranilic diamide insecticide from DuPont

Daniel Cordova, daniel.cordova@usa.dupont.com1, E. Benner, Eric.A.Benner@usa.dupont.com1, M. Sacher, Matthew.Sacher@usa.dupont.com2, J. Rauh, James.J.Rauh@usa.dupont.com1, J. Sopa, Jeffrey.S.Sopa-1@usa.dupont.com1, G. Lahm, George.P.Lahm@usa.dupont.com1, T. Selby, Thomas.P.Selby@usa.dupont.com1, T. Stevenson, Thomas.M.Stevenson@usa.dupont.com1, L. Flexner, Lindsey.Flexner@usa.dupont.com3, T. Caspar, Timothy.Caspar@usa.dupont.com2, J. Ragghianti, James.J.Ragghianti@usa.dupont.com2, S. Gutteridge, Steven.Gutteridge@usa.dupont.com1, D. Rhoades, Daniel.F.Rhoades@usa.dupont.com1, L. Wu, Lihong.L.Wu@usa.dupont.com1, R. Smith, Rejane.M.Smith@usa.dupont.com1, and Y. Tao, Yong.Tao@usa.dupont.com1. (1) DuPont Crop Protection, Stine-Haskell Research Center, 1090 Elkton Road, Newark, DE, (2) DuPont Central Research and Development, Biochemical Science and Engineering, Experiment Station, Wilmington, DE, (3) DuPont Agriculture and Nutrition, Crop Genetics Research and Development, Experiment Station, Wilmington, DE