CORD-19:13743b59fc40891e47e6574c9777201082685b84 / 26402-26748
Annnotations
CORD-19-Sentences
The uncoupling of sg mRNA transcription in vivo has also been achieved in an arterivirus, Equine arteritis virus, where mutation of two different proteins that contain zinc-binding domains, nsp1 and nsp10 (neither is the RdRp), caused specific defects in the DTS mechanism of sg mRNA transcription (van Marle et al, 1999a, b; Tijms et al, 2001) .
CORD-19-PD-MONDO
The uncoupling of sg mRNA transcription in vivo has also been achieved in an arterivirus, Equine arteritis virus, where mutation of two different proteins that contain zinc-binding domains, nsp1 and nsp10 (neither is the RdRp), caused specific defects in the DTS mechanism of sg mRNA transcription (van Marle et al, 1999a, b; Tijms et al, 2001) .
CORD-19-PD-HP
The uncoupling of sg mRNA transcription in vivo has also been achieved in an arterivirus, Equine arteritis virus, where mutation of two different proteins that contain zinc-binding domains, nsp1 and nsp10 (neither is the RdRp), caused specific defects in the DTS mechanism of sg mRNA transcription (van Marle et al, 1999a, b; Tijms et al, 2001) .
CORD-19_Custom_license_subset
The uncoupling of sg mRNA transcription in vivo has also been achieved in an arterivirus, Equine arteritis virus, where mutation of two different proteins that contain zinc-binding domains, nsp1 and nsp10 (neither is the RdRp), caused specific defects in the DTS mechanism of sg mRNA transcription (van Marle et al, 1999a, b; Tijms et al, 2001) .