New Results

Overcoming insecticide resistance through computational inhibitor design

Galen J. Correy, Daniel Zaidman, Silvia Carvalho, Peter D. Mabbitt, Peter J. James, Andrew C. Kotze, Nir London, Colin J. Jackson
doi: https://doi.org/10.1101/161430

Article usage

Article usage: July 2017 to January 2022

AbstractFullPdf
Jul 2017410046
Aug 201774033
Sep 201744033
Oct 201737032
Nov 201735025
Dec 201725022
Jan 201834024
Feb 201814034
Mar 201824022
Apr 201817024
May 201840027
Jun 20184204
Jul 20183008
Aug 20184907
Sep 20182509
Oct 201830013
Nov 201827023
Dec 201819023
Jan 2019272035
Feb 201997045
Mar 201946237
Apr 201916223
May 201942513
Jun 201935413
Jul 201934414
Aug 201924811
Sep 201947810
Oct 201977341
Nov 201929624
Dec 2019361324
Jan 2020441630
Feb 2020826121
Mar 2020781415
Apr 2020191131
May 2020411216
Jun 202031120
Jul 202025413
Aug 202025415
Sep 202064214
Oct 202058912
Nov 2020321210
Dec 20201229
Jan 202115715
Feb 202112814
Mar 2021141115
Apr 202110618
May 20211217
Jun 20211196
Jul 20211268
Aug 202114611
Sep 202181013
Oct 2021641
Nov 202112613
Dec 20211132
Jan 2022630
Back to top
Posted July 10, 2017.
Download PDF

Supplementary Material

Email
Overcoming insecticide resistance through computational inhibitor design
Galen J. Correy, Daniel Zaidman, Silvia Carvalho, Peter D. Mabbitt, Peter J. James, Andrew C. Kotze, Nir London, Colin J. Jackson
bioRxiv 161430; doi: https://doi.org/10.1101/161430
Digg logo Reddit logo Twitter logo CiteULike logo Facebook logo Google logo Mendeley logo
Citation Tools