HBV Mutation Detail Information

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Mutation Information
Mutation Site V191I
Mutation Type Amino acid level
Gene/Protein/Region Type RT
Genotype/Subtype A
Country Spain
Literature Information
PubMed PMID 22666402
Disease Chronic hepatitis B
Published Year 2012
Journal PloS one
Title Ultra-deep pyrosequencing detects conserved genomic sites and quantifies linkage of drug-resistant amino acid changes in the hepatitis B virus genome.
Author Rodriguez-Frías F,Tabernero D,Quer J,Esteban JI,Ortega I,Domingo E,Cubero M,Camós S,Ferrer-Costa C,Sánchez A,Jardí R,Schaper M,Homs M,Garcia-Cehic D,Guardia J,Esteban R,Buti M
Evidence As observed in the baseline quasispecies, a significant portion of the 20 most frequent variants (highest average substitution frequencies in the 5 samples) led to stop codons (sW156*, sW172*, sW182*, sW191*, sW196* and sW199*), especially at LMV VBK and at the end of ADV, mainly due to mutation sW172*, related to rtA181T, (71.7% and 64%, respectively) and sW182*, related to rtV191I, (5.8% and 8%, respectively).

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