Ivanova Olga Yevgenyevna
Ivanova Olga Yevgenyevna
Place of work:
Head of Biotechnology Division, FGBU VGNKI, Candidate of Veterinary Sciences.
About myself
In 2009, graduated from GOU VPO Moscow State University of Applied Biotechnology majoring in Veterinarian and Sanitary Inspection. In 2017, defended Candidate's thesis for Candidate of Veterinary Sciences degree themed: "Veterinary and Sanitary Assessment and Improvement of Сampylobacter Bacteria Detection and Identification in Poultry Meat".
15 years of practical experience.
In 2005-2008 – Assistant, Microbiology and Immunology Chair, Moscow State University of Applied Biotechnology.
2008-2014 – Veterinarian, Veterinary and Sanitary Inspection Dept, Central Scientific-Methodical Veterinary Laboratory (FGBU CNMVL), further as Chief if Dept
2014-2016 – Federal Service for Veterinary and Phytosanitary Supervision, Chief Specialist Expert, Laboratory Control Dept, Directorate of Internal Veterinary Supervision.
Since 2016 – Chief of Biotechnology Division, FGBU VGNKI.
Since 2016 provides training within professional upgrade programs in sampling and antimicrobial resistance, FGBU VGNKI.
Since 2017 – responsible leader of research projects: "Veterinary Monitoring and Analysis of Zoonotic Bacteria Risk of Resistance to Antimicrobial Drugs" and "Veterinary Monitoring of Resistance of Bacteria to Antimicrobial Drugs and Detecting of Genetic Determinants of Resistance from the Environment".
In 2018, published Toolkit on Microbiological Safety of Animal Based Raw Materials and Products, St. Petersburg, 2018, Kvadro LLC. ISBN 978-5-906371-28-7.
Developer of methodological recommendations: "Organization and Monitoring of Resistance of Zoonotic Bacteria to Antimicrobial Drugs", "Methodological Recommendations on Wipe Sample Taking to Identify SARS-Cov-2 RNA through RT-PCR".
2020-2022 – participating in the consortium of six megagrant winning research organizations on the topic: "Fundamental Research of Movements of Pathogenic Microorganisms and Viruses in Food Systems and Creating Innovative Tools to Prevent them Using Antimicrobial Materials and Physical Methods of Impact on Biological Objects".