New Results

Learning sequence patterns of AGO-sRNA affinity from high-throughput sequencing libraries to improve in silico functional small RNA detection and classification in plants

Lionel Morgado, Ritsert C. Jansen, Frank Johannes
doi: https://doi.org/10.1101/173575

Article usage

Article usage: January 2018 to May 2023

AbstractFullPdf
Jan 201826015
Feb 201825014
Mar 201836033
Apr 201816011
May 201839014
Jun 201863019
Jul 20185906
Aug 201885011
Sep 20186407
Oct 201836013
Nov 20182309
Dec 20181803
Jan 20191406
Feb 2019903
Mar 20192509
Apr 2019405
May 201922117
Jun 20191146
Jul 201927911
Aug 2019312815
Oct 2019392216
Nov 201924107
Dec 201931146
Jan 202026228
Feb 2020703714
Mar 2020321614
May 2020281512
Jun 202029810
Jul 202011610
Aug 20202067
Sep 20202619
Oct 2020171313
Nov 202020158
Dec 202013119
Jan 202119520
Feb 202116159
Mar 202117375
Apr 20219102
May 20217149
Jun 202118133
Jul 202112515
Aug 202111161
Sep 2021161020
Oct 20219417
Nov 202118411
Dec 202123101
Jan 2022835
Feb 2022853
Mar 20221033
Apr 2022764
May 2022111817
Jun 202222149
Jul 202222513
Aug 202247917
Sep 202211611
Oct 202217118
Nov 2022121016
Dec 2022426
Jan 202318156
Feb 20231539
Mar 2023831
Apr 202315116
May 20236510
Back to top
Posted September 02, 2017.
Download PDF

Supplementary Material

Email
Learning sequence patterns of AGO-sRNA affinity from high-throughput sequencing libraries to improve in silico functional small RNA detection and classification in plants
Lionel Morgado, Ritsert C. Jansen, Frank Johannes
bioRxiv 173575; doi: https://doi.org/10.1101/173575
Reddit logo Twitter logo Facebook logo LinkedIn logo Mendeley logo
Citation Tools

Subject Area