New Results

Multiplexed biochemical imaging reveals caspase activation patterns underlying single cell fate

Maximilian W. Fries, Kalina T. Haas, Suzan Ber, John Saganty, Emma K. Richardson, Ashok R. Venkitaraman, Alessandro Esposito
doi: https://doi.org/10.1101/427237

Article usage

Article usage: October 2018 to September 2023

AbstractFullPdf
Oct 20187670134
Nov 201895034
Dec 201843020
Jan 201992029
Feb 201949029
Mar 201938021
Apr 201979851
May 201939724
Jun 2019211314
Jul 2019261012
Aug 2019341517
Oct 2019391524
Nov 201933329
Dec 2019502129
Jan 2020451922
Feb 202065358
Mar 2020422411
May 2020592221
Jun 202042416
Jul 202018313
Aug 20202934
Sep 2020492022
Oct 202042425
Nov 202046712
Dec 202015104
Jan 20211514
Feb 202132128
Mar 2021341121
Apr 20211440
May 2021545027
Jun 20212184
Jul 202117117
Aug 20211899
Sep 202125117
Oct 20216116
Nov 202112217
Dec 20213453
Jan 20222417
Feb 20222701
Mar 20221804
Apr 20223045
May 202255411
Jun 2022513
Jul 20221000
Aug 2022805
Sep 202212210
Oct 20222313
Nov 20221929
Dec 20228610
Jan 2023759
Feb 2023818
Mar 20231216
Apr 2023612
May 20231869
Jun 20231037
Jul 20231245
Aug 20231017
Sep 20231327
Back to top
Posted October 02, 2018.
Download PDF

Supplementary Material

Email
Multiplexed biochemical imaging reveals caspase activation patterns underlying single cell fate
Maximilian W. Fries, Kalina T. Haas, Suzan Ber, John Saganty, Emma K. Richardson, Ashok R. Venkitaraman, Alessandro Esposito
bioRxiv 427237; doi: https://doi.org/10.1101/427237
Reddit logo Twitter logo Facebook logo LinkedIn logo Mendeley logo
Citation Tools

Subject Area