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The British version of Code 19 may reduce the effectiveness of existing vaccines, Pakistani research says

The British version of Code 19 may reduce the effectiveness of existing vaccines, Pakistani research says KARACHI: Pakistani experts have…

By Jack , in Health Latest World , at March 20, 2021

The British version of Code 19 may reduce the effectiveness of existing vaccines, Pakistani research says

KARACHI: Pakistani experts have expressed concern that the modified British strain of the “Sars Cove Two” virus, which caused the recent global outbreak of Covid 19, may have spread rapidly in Pakistan after the third wave of Corona epidemic. The reason is becoming.

On the other hand, some other research has also shown that the virus, which is also known as SARS-CoV-2 / B.1.1.7 or B1.1.7 for short, has outgrown the effectiveness of our existing vaccines. Can reduce

It should be noted that in the last week of February this year, the government of Pakistan, while acknowledging the British type of virus in the country, said that its new and different than the first “Sars Koo To” that appeared in the Chinese city of Wuhan. Modified type B.1.1.7 may spread more rapidly.
Further research has now shown that people who have recovered from the corona virus and gained security in Pakistan may also fall victim to the new virus again.

In this regard, under the supervision of Dr. Mushtaq Hussain, Vice Principal, College of Biotechnology, a subsidiary of Dow University of Health Sciences, the young scholars have compared the Wuhan and British Code 19 viruses in a detailed and molecular scale.

Sania Shabbir, Anusha Amanullah, Fauzia Raza, Mohammad Janis Imdad and Sehar Zaidi have examined the structure of both viruses and their ability to spread the disease.

Dr Mushtaq Hussain, vice-president of Dow University College of Biotechnology, and his team have revealed that the British type of stork co-too is rapidly spreading and can also inhibit antibodies. (Photo courtesy: DUHS College of Biotechnology)

The study is published in the March 11, 2021 issue of the Journal of Medical Virology.

Research has shown that both types of viruses attach to human cells with equal intensity through their spike proteins.

However, significant differences were observed between the two types of spike proteins. Because of this difference, B.1.1.7 can also easily defeat the protective antibodies that are produced in the human body after being infected with its predecessor and the original virus.

It is important to mention here that our body’s natural immune system produces natural ingredients, ie antibodies. This process continues.

As our bodies are exposed to viruses and bacteria, the number of different antibodies in our body that keep accumulating in our blood also increases to protect us from the disease by disabling them.

It is a silent battle of the human body against diseases that continues all the time but we are not aware of it.

But over the past 15 months, the SARS-CoV-2 virus has been jumping from one human group to another.

The Pakistani team has also identified 29 major changes in the British virus compared to the previous Wuhan virus.

Although more research is needed, we can say that people who have recovered from the old Wuhan virus may be infected with the British corona virus (B.1.1.7) because it is effective against the old virus. Antibodies may not be very effective against the new British virus.

Following the emergence of a new strain of the corona virus in the UK in November 2020, the epidemic in the UK was on the rise until January 2021, when a strict lockdown was imposed.

Since then, there has been a sharp rise in new cases of corona epidemic in Pakistan, especially in the Punjab, in which the British kind of intervention cannot be ignored.

It may also neutralize the security capabilities created by the first virus.

Are we following the path of the 17-year-old deadly virus?
The virus that erupted from China in December 2019 is called SARS-CoV2, but 17 years ago today we encountered the SARS-CoV virus, which is weak in spread but deadly. I was very dangerous.

A Dow University team has observed unusual changes in the British virus’s spike protein and ORF-8 protein.


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