New Results

Comparison of Efficiency and Specificity of CRISPR-Associated (Cas) Nucleases in Plants: An Expanded Toolkit for Precision Genome Engineering

Oleg Raitskin, Christian Schudoma, Anthony West, Nicola J. Patron
doi: https://doi.org/10.1101/422766

Article usage

Article usage: September 2018 to October 2024

AbstractFullPdf
Sep 201811680287
Oct 20187130224
Nov 201811260454
Dec 20181640115
Jan 20192720174
Feb 20191500220
Mar 20191000136
Apr 201970159
May 201945429
Jun 201947439
Jul 201939342
Aug 2019471820
Oct 201946728
Nov 201933713
Dec 201932920
Jan 2020391319
Feb 2020692532
Mar 2020491432
May 202026926
Jun 202039616
Jul 202020120
Aug 202033313
Sep 202033713
Oct 202046723
Nov 2020241510
Dec 2020221012
Jan 20216115
Feb 202116117
Mar 20211968
Apr 20211536
May 20211334
Jun 202121410
Jul 202110213
Aug 202115316
Sep 2021529
Oct 202113313
Nov 202117915
Dec 20212457
Jan 20221822
Feb 20221323
Mar 20221016
Apr 20222347
May 20221307
Jun 2022624
Jul 20221804
Aug 2022602
Sep 202210010
Oct 2022919
Nov 202216112
Dec 20221308
Jan 2023405
Feb 2023815
Mar 20231407
Apr 2023905
May 2023812
Jun 2023501
Jul 2023409
Aug 202311416
Sep 20231104
Oct 20231715
Nov 20233385
Dec 20231758
Jan 2024151119
Feb 2024700
Mar 20241233
Apr 2024702
May 20248113
Jun 202412216
Jul 2024807
Aug 202411416
Sep 2024201022
Oct 2024001
Back to top
Posted November 07, 2018.
Download PDF

Supplementary Material

Email
Comparison of Efficiency and Specificity of CRISPR-Associated (Cas) Nucleases in Plants: An Expanded Toolkit for Precision Genome Engineering
Oleg Raitskin, Christian Schudoma, Anthony West, Nicola J. Patron
bioRxiv 422766; doi: https://doi.org/10.1101/422766
Twitter logo Facebook logo LinkedIn logo Mendeley logo
Citation Tools

Subject Area