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Why Bharat Biotech's Covaxin remains expensive in private markets

A ready reckoner that seeks to explain why Bharat Biotech sells its COVID-19 vaccine sells its vaccine in the market at double the price of its competitor Covishield manufactured by Serum Institute

June 14, 2021 / 19:40 IST
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The NASDAQ-listed Ocugen has rights to commercialise Covaxin in the US.

Bharat Biotech International's Chairman and Managing Director Krishna Ella famously said at a panel discussion in Hyderabad last year that Indian vaccine makers were supplying shots at a price that’s less than the cost of water, gesturing with a 200 ml litre bottle. His remarks, against the backdrop of the COVID-19 pandemic, were seen as a hint that vaccines for the viral disease would be as inexpensive.

People who have followed Ella know that he frequently uses the water bottle analogy to explain how affordable made-in-India vaccines are. That's partly true. A single dose of the pentavalent vaccine that saves infants and children from five diseases--diphtheria, pertussis, tetanus, hepatitis B and Haemophilus influenza type B--costs  Rs 15 per dose to the government, well below the price of a bottle of water.

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But things are different with COVID-19 vaccines. Ella's own company has priced its Covaxin for supply to the government at Rs 150 per dose and Rs 1,200 to the market. The company was selling the vaccine to states at Rs 400 per dose before the central government undertook to procure and supply it to the states. Bharat Biotech sells its vaccine at double the price of its competitor Covishield, manufactured by Serum Institute of India,  in the market.

Questions emailed to Bharat Biotech on what makes it so expensive went unanswered before press time. Here is a ready reckoner from Moneycontrol that seeks to explain why.

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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