Success In India, Gujarat lab identifies the gene for the corona virus


BanglaHunt Desk: Worldwide weighed down by COVIED-19. Scientists have been researching for a long time about the exact form of the new coronavirus. Initially, scientists said there were seven strains of the single-stranded RNA virus. However, full analysis of the virus genome was at the research level. India went one step further. Indian scientists first analyzed the whole genome of the new coronavirus, the CORS-Cov-2 virus. Genome sequencing of the virus has been done at the Biotechnology Research Center (GBRC) in Gujarat.

Research on the genes of the SARS-Cove-2 virus in GBRC was underway by the Gujarat government. Scientists say that the sequencing of the genome of this RNA viral strain has been possible. Since the virus has mutated multiple times, meaning that the virus has changed its gene structure, sequencing its genome was quite complicated. Although it is a member of the beta-coronavirus family, the virus is very different. Although similar to the SARS virus gene, mutations changed as a result. Therefore, it is becoming more and more challenging for scientists to form a complete gene.

Scientists have already done that complicated task at the GBRC lab under the Gujarat government. Whole genome sequencing means identifying a gene's structure. Specify how the gene is structured. According to the GBRC, analyzing the genome of the marauding virus will help to better understand its character this time. How the virus attacks, how it is being infected with humans, how allies with the carriers of the body are spreading to the body will reach the scientists. As a result, making the drug or vaccine resistant to the virus will be much easier. Scientists will also understand what antibodies are needed by humans to prevent SARS-Cove-2. As a result, the infection can be stopped early.

Coronavirus is not actually a newborn virus. There was before This coroner (CoV) family is very large. Their family name in the language of science is 'Coronaviridae'. They are divided into four categories – alphaConavirus (alphaCoV), Betaconavirus (betaCoV), DeltaConVirus (deltaCoV) and gammaConVirus (gammaCoV). Alphacarona and Bitacarona genes were found in rats and rats. Pangolin has also found some genes of Bitacarona. Moreover, camels and cattle have also been found in family members from time to time. The other two families, Gamakrona and Deltakrona, are predominantly birds (Avian Species). Scientists say that this is a bittersweet virus. Their genus is again divided into five sub-genres. Those strains are free. They all love to attack people. Some are limited to fever, some become epidemic.

Generally, alpha and beta coroners can be infected with human body. Human coronavirus called them again. They are both. One kind of common flu, another epidemic or epidemic. Never or the pandemic or the global epidemic.

Common human coronas – HCoV-OC43 and HCoV-HKU1, are the 'A' lineages of Bitacarona. HCoV-229E and HCoV-NL63, these are again descendants of alphacorna. Their task is to create a cold-fever-breathing problem. They can also cause respiratory infections. Older people are mainly infected with their infection.

The pandemic may be that the coroners — they are the trustees of the Corona family. This is a member of the Bitacarona family or viral strain responsible for the number of virus outbreaks in the world. They are three types of SARS-Coronavirus (Severe Acute Respiratory Syndrome SARS-CoV), Mars-Coronavirus (Middle East Respiratory Syndrome MERS-CoV) and SARS-COV-2 (SARS-COV-2). These are beta-coroners 'B' and 'C' lineages. The circus epidemic took place in the world in 202-29. Mars was fatal in 202 in Arabia, 20 in South Korea, 20 in Saudi Arabia and several other countries. And now the global epidemic is the beta-coroner's circus-Cove-2.

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