Steffen Klein
@steffenklein.bsky.social
Postdoc @ Julia Mahamid Lab, EMBL Heidelberg.
Visiting scientist @ David Baker Lab, UW, Seattle.
Computational Protein Design | Cryo-ET | CLEM | FIB milling
Visiting scientist @ David Baker Lab, UW, Seattle.
Computational Protein Design | Cryo-ET | CLEM | FIB milling
Reposted by Steffen Klein
Our paper on SARS-CoV-2 minimal pore by
Zimmermann L et al is finaly out at Nature Comms
nsp3-4 are minimal components, MAC2 and MAC3 play a role in crown stability, which is important for DMV formation. We propose to term +ssRNA viral pores-"replicopores" rdcu.be/dsreD
Zimmermann L et al is finaly out at Nature Comms
nsp3-4 are minimal components, MAC2 and MAC3 play a role in crown stability, which is important for DMV formation. We propose to term +ssRNA viral pores-"replicopores" rdcu.be/dsreD
December 1, 2023 at 2:55 PM
Our paper on SARS-CoV-2 minimal pore by
Zimmermann L et al is finaly out at Nature Comms
nsp3-4 are minimal components, MAC2 and MAC3 play a role in crown stability, which is important for DMV formation. We propose to term +ssRNA viral pores-"replicopores" rdcu.be/dsreD
Zimmermann L et al is finaly out at Nature Comms
nsp3-4 are minimal components, MAC2 and MAC3 play a role in crown stability, which is important for DMV formation. We propose to term +ssRNA viral pores-"replicopores" rdcu.be/dsreD