
CryoCloud on Twitter
“Check out our first blog article & benchmark, where we determine a 3.5Å #GPCR structure in less than 3.5h! #cryoEM #CloudComputing #biotech #SBDD
link: https://t.co/at1F8VeXqI”
TwitterI reprocessed the T. kivui 70S ribosomes (EMPIAR-11058) with #RELION-4 to get a ~7 Å map in situ 🤩
This map is now deposited @EMDB_EMPIAR as EMD-16451:
https://www.ebi.ac.uk/emdb/EMD-16451
#OpenSoftwareAcceleratesScience
#TeamTomo #CryoET
Electron Microscopy Data Bank
EMD-16451 - Subtomogram average of the T. kivui 70S ribosome in situ
Electron Microscopy Data Bank#introduction http://mstdn.science
I am a #cryoFIB, #PFIB, #vEM and #devbio enthusiast at MPI Biochemistry pushing #TeamTomo #tech for higher throughput by developing software #SerialFIB (#OpenSoftwareAcceleratesScience) and wider variety of samples by HPF, cryo-lift-out …

mstdn.science
http://mstdn.science is a place for scientists and science enthusiasts to discuss research and topics surrounding our work.
Mastodon hosted on mstdn.scienceWe are excited about the below pull request from @TandonSuyash & team at @AMD, with a #HIP implementation for #RELION, which allows running it on @AMD #GPUs! If this works well, it will become part of #RELION-4.1. 😍
#OpenSoftwareAcceleratesScience #FOSS
https://github.com/3dem/relion/pull/936/commits

Adding HIP implementation by suyashtn · Pull Request #936 · 3dem/relion
New port with AMD ROCm and HIP optimizations is implemented that allows RELION 4 to be executed on A+A hardware with AMD Instinct GPUs. Branch suyash/ver4.0-hip from suyashtn/relion has been rebase...
GitHub