CORD-19:bd51ebd1d7d5c9161290c1a89d4e3fb7434db6b5 / 37633-38034
Annnotations
CORD-19-Sentences
Further study of nidovirus ultrastructure is needed, but these observations coupled with the presence of one or more predicted three-transmembrane protein genes in every known coronavirus (M, but also SARS 3A and FCoV 3C), arterivirus (M and GP5), bafinivirus (GP4/M) and torovirus (M) genome suggests that dimeric complexes of triplespanning membrane proteins may be a hallmark of nidovirus assembly.
CORD-19_Custom_license_subset
Further study of nidovirus ultrastructure is needed, but these observations coupled with the presence of one or more predicted three-transmembrane protein genes in every known coronavirus (M, but also SARS 3A and FCoV 3C), arterivirus (M and GP5), bafinivirus (GP4/M) and torovirus (M) genome suggests that dimeric complexes of triplespanning membrane proteins may be a hallmark of nidovirus assembly.
CORD-19-PD-MONDO
Further study of nidovirus ultrastructure is needed, but these observations coupled with the presence of one or more predicted three-transmembrane protein genes in every known coronavirus (M, but also SARS 3A and FCoV 3C), arterivirus (M and GP5), bafinivirus (GP4/M) and torovirus (M) genome suggests that dimeric complexes of triplespanning membrane proteins may be a hallmark of nidovirus assembly.