HomeNewsTrendsHealthNational Institute of Virology needs AI and high-performance computing tools; confident of ICMR support: Director Priya Abraham

National Institute of Virology needs AI and high-performance computing tools; confident of ICMR support: Director Priya Abraham

The National Institute of Virology under the Indian Council of Medical Research led by Dr Priya Abraham played a pivotal role in the country’s response to the pandemic from isolating the SARS-CoV-2 virus that causes COVID to contributing to the development of Covaxin, India’s first indigenous vaccine against the disease.

April 04, 2022 / 10:15 IST
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Leading virologist Dr Priya Abraham had taken over as director of the National Institute of Virology in Pune in November 2019, months before the pandemic hit the country. Since January 2020, when the first case of COVID-19 was confirmed at the institute’s laboratory, it has been at the fore of India’s pandemic response. In this interview with Moneycontrol, Abraham talks about the NIV’s role for the next stage as the viral enemy seems to have retreated and the threat of zoonotic diseases (that jump from animals to humans) looms large. Edited excerpts:

What is NIV doing about zoonotic diseases, which have a high chance of appearing given the changing climate and environmental conditions?

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So NIV is helping with the establishment of satellite One Health Centre, Nagpur, which is geared to looking into animal and human infections and infections that could come from the environment, and the interplay between humans, animals and the environment. It should be ready definitely within the next two years. Already, pre-project activities such as construction of the initial part of the centre and now money has just been sanctioned to start building it.

Since NIV was involved in developing Covaxin, can it be modified to make it more effective against current and possibly future variants?

COVID-19 Vaccine
Frequently Asked Questions

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How does a vaccine work?

A vaccine works by mimicking a natural infection. A vaccine not only induces immune response to protect people from any future COVID-19 infection, but also helps quickly build herd immunity to put an end to the pandemic. Herd immunity occurs when a sufficient percentage of a population becomes immune to a disease, making the spread of disease from person to person unlikely. The good news is that SARS-CoV-2 virus has been fairly stable, which increases the viability of a vaccine.

How many types of vaccines are there?

There are broadly four types of vaccine — one, a vaccine based on the whole virus (this could be either inactivated, or an attenuated [weakened] virus vaccine); two, a non-replicating viral vector vaccine that uses a benign virus as vector that carries the antigen of SARS-CoV; three, nucleic-acid vaccines that have genetic material like DNA and RNA of antigens like spike protein given to a person, helping human cells decode genetic material and produce the vaccine; and four, protein subunit vaccine wherein the recombinant proteins of SARS-COV-2 along with an adjuvant (booster) is given as a vaccine.

What does it take to develop a vaccine of this kind?

Vaccine development is a long, complex process. Unlike drugs that are given to people with a diseased, vaccines are given to healthy people and also vulnerable sections such as children, pregnant women and the elderly. So rigorous tests are compulsory. History says that the fastest time it took to develop a vaccine is five years, but it usually takes double or sometimes triple that time.
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