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Viral Traits and Cellular Knock-Out Genotype Affect Dependence of BVDV on Bovine CD46.

Hann-Wei ChenVerena HuberKati Szakmary-BraendleKerstin SeitzMarlene MoetzTill RuemenapfChristiane Riedel
Published in: Pathogens (Basel, Switzerland) (2021)
The role of bovine CD46 in the host cell entry of BVDV has been established for more than a decade. By generating novel MDBK CD46 knock-out clones, we confirm previously reported data on the CD46 motives important for BVDV binding and the importance of the G479R exchange within BVDV E rns to gain independence of bovine CD46 during entry. The comparison of different knock-out genotypes revealed a high variability of cellular susceptibility for a BVDV encoding the G479R exchange. These data highlight the effect of clonal selection of knock-outs on virus susceptibility, which should be considered when planning knock-out experiments.
Keyphrases
  • nk cells
  • single cell
  • electronic health record
  • sars cov
  • big data
  • bone marrow
  • dna methylation
  • cell therapy
  • transcription factor
  • deep learning
  • data analysis
  • binding protein