Tick-borne encephalitis vaccines: past, present, and future - Morozova, Olga
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Inactivated vaccines are mainly used worldwide to prevent flavivirus infections. At present, six vaccines against tick-borne encephalitis produced by formalin inactivation of tick-borne encephalitis virus (BTV) from chicken embryo fibroblasts are approved in Russia. There are no vaccines based on the Siberian type of VCE, which dominates in most endemic areas of Russia. The average coverage of the population of endemic regions of Russia by vaccination against tick-borne encephalitis is about 5%. Long three-times immunization and the need for revaccination every 3 years have necessitated the…mehr

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Produktbeschreibung
Inactivated vaccines are mainly used worldwide to prevent flavivirus infections. At present, six vaccines against tick-borne encephalitis produced by formalin inactivation of tick-borne encephalitis virus (BTV) from chicken embryo fibroblasts are approved in Russia. There are no vaccines based on the Siberian type of VCE, which dominates in most endemic areas of Russia. The average coverage of the population of endemic regions of Russia by vaccination against tick-borne encephalitis is about 5%. Long three-times immunization and the need for revaccination every 3 years have necessitated the search for new ways of prevention. Gene immunization of mice with plasmid DNA with cloned prM, E and NS1 VCE genes under the control of promoters recognized by eukaryotic RNA polymerases provided protection only against the homologous strain of the virus. DNA vaccines proved to be unstable in eukaryotic cells and capable of integration into cellular chromosomes. Introduction of viral full-length genomic RNA but not the E and NS1 genes also resulted in protection against viral infection. Recombinant bacteria and multiple antigenic peptides induced virus-specific antibodies.
Autorenporträt
Desde 1983, Olga Morozova y Valentina Bakhvalova llevan a cabo un análisis sistemático de las cepas modernas del virus de la encefalitis transmitida por garrapatas y de las vacunas utilizadas en Rusia, incluido el efecto protector de las vacunas contra las nuevas cepas del virus, así como el desarrollo de nuevos enfoques para crear vacunas contra las infecciones virales.