Coronavirus

COVID-19 Vaccine: Gurgaon-based Premas Biotech enters vaccine race with triple antigen vaccine prototype

Last updated on February 13th, 2023 at 04:40 pm

With the development of the triple antigen vaccine prototype, Gurgaon-based Premas Biotech is the latest entrant in the COVID-19 vaccine development race.

Premas Biotech is however developing a multi sub-unit triple antigen vaccine. This is unlike the other pharma companies across the world who are doing trials for single-protein vaccines.

This vaccine prototype is amongst the first in the world for virus-like particles of SARS- CoV-2.

Dr. Prabuddha Kundu, co-founder and Managing Director of Premas Biotech, said, “The vaccine contains the Spike (S), Envelope (E) and Membrane (M) proteins in simple formats. The idea is to provide a good chance of immunity against COVID-19.”

Researchers have found that there are mutations in the Spike protein component of the SARS – CoV -2 virus. This makes the virus more contingent. The pharma moguls who were developing vaccines using only the Spike protein component of the virus might have reached roadblock due to this reason and threw a spanner in the vaccine maker’s efforts.

The high tendency of the COVID-19 virus to mutate can be well handled by this approach of triple antigen. The researchers say that the idea behind the development of the triple antigen vaccine is to cover all the proteins of the virus and hopefully tackle the present and future mutations in the virus, thus developing a vaccine for prolonged immunity.

Read: Migrant crisis: Opposition led by Congress meet today, political notables choose to stay away

In a press release, Premas Biotech conferred that it has successfully completed the vaccine prototype by “obtaining Transmission electron microscope (TEM) images of the recombinant virus-like particle (VLP) assembled using its D-Crypt platform.”

US-based pharma mogul Ackers Biosciences has acquired the license to develop the Premas Biotech triple antigen vaccine prototype further.

Premas Biotech uses the genetically modified version of the baker’s yeast or Saccharomyces cerevisiae. Based on the proprietary D-Crypt technology that was developed in India in the past decade, this research methodology recombinantly produces the 3 antigens in a single host body. This further makes this vaccine candidate safe potentially and is also easy to manufacture at a large scale more cost-effectively.

These features of this vaccine candidate are in favor to help millions of people affected globally.  

To read more Coronavirus news: https://indiaobservers.com/category/coronavirus/

CV Journalist

Dr. Neha Mathur, a distinguished member of the India Observers team, specializes in Health and Wellness. With a profound commitment to keeping our readers informed, Dr. Neha shares expert insights on health-related topics. Navigate the world of well-being with Dr. Neha's expertise and dedication to your health journey.

Recent Posts

Jaishankar Rules Out Bilateral Talks with Pakistan at SCO Summit

External Affairs Minister of India, S Jaishankar is set to visit Pakistan in mid-October to…

October 5, 2024

Dubai Hosts Thrilling South Africa-West Indies Clash in T20 World Cup

ICC Women’s T20 World Cup 2024 kicked off in Dubai with an exciting face-off between…

October 4, 2024

Kick 2 Is Happening! Sajid Nadiadwala Drops First Look of Salman Khan’s Iconic Return

Salman Khan fans have something big to celebrate! Producer Sajid Nadiadwala has officially announced the…

October 4, 2024

Power Outage in Chennai on October 4: Is Your Area on the List?

Chennai will have a power cut on October 4, 2024, as reported by various news…

October 4, 2024

Google Enhances Search Engine with AI-Powered Video and Image Search

As part of the next phase in developing the company’s artificial intelligence, Google is to…

October 4, 2024

OpenAI Secures $6.6 Billion in Funding to Boost AI Research

According to the news sources like Reuters, OpenAI has successfully raised $6.6 billion in new…

October 3, 2024

This website uses cookies.

Read More