Т. А. Сашина, O. V. Morozova, Н. В. Епифанова, A. U. Kashnikov, A.V. Leonov, Н. А. Новикова,
... G1-I; G1-II; G2-IVa-1; G2-IVa-3; G3-1; G3-3; G4-I-c; G9-III; G9-VI).These results extend the available data on the genotypic structure of rotavirus populations in Russia and show the genetic diversity of viral strains. ...
Tópico(s): Animal Virus Infections Studies
2021 - Central Research Institute for Epidemiology | Problems of Virology
Т. А. Сашина, O. V. Morozova, Elena I. Velikzhanina, Н. В. Епифанова, Н. А. Новикова,
... sublineages (G1-I-A, G1-II-C, G2-IVa-1, G2-IV-3, G3-I, G3-3-а, G3-3-е, G4-I-с, G6-I, G8-IV, G9-III-d, G9-VI-е, G12-III). Vaccine strains (D, WI79-9, ... in isolates of sublineages G1-I-A, G2-IVa-1 and lineage G3-I. In the regions of T-cell epitopes, 1 to 4 substitutions were found. The greatest number of differences had rotaviruses of the G3-I lineage and the G4-I-c sublineage. Conclusions. For the G3P[8] variant of the G3-I lineage, which is widespread in Russia, 6 substitutions in neutralizing epitopes and 4 substitutions ...
Tópico(s): Animal Virus Infections Studies
2025 - Sankt-Peterburg : NIIÈM imeni Pastera | Russian Journal of Infection and Immunity