MCV Mutation Detail Information

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Mutation Information
Mutation Site S220A
Mutation Type Amino acid level
Gene/Protein/Region Type Large T
Combined Mutation Large T.S220A+Large T.S239A
Viral Reference JF813003.1
Literature Information
PubMed PMID 28461484
Published Year 2017
Journal Proceedings of the National Academy of Sciences of the United States of America
Title Protein-mediated viral latency is a novel mechanism for Merkel cell polyomavirus persistence.
Author Kwun HJ,Chang Y,Moore PS
Evidence Mutations at two of these phosphoreceptor sites [serine (S)220 and S239] in the full viral genome increase LT levels and promote MCV virion production and transmission, which can be neutralized with anti-capsid antibody.

Contents
Description
Mutation Information Note
  • Gene/Protein/Region Type: Virus Gene (e.g. LMP-1) or Virus Protein (e.g. Rep 68) or Virus Region (e.g. S, X)
Literature Information Note
  • Evidence: sentence contains this mutation information in the citation