Sars-cov-2 Virus Can Change The Shape To Cling To The Human Body

Singapore scientists have announced an important discovery of the shape and structure of SARS-COV-2 viruses that can help produce Covid-19 drugs effectively: 00: 00/2: 07 male home Science discovered that Ribonucleic acid (RNA) of SARS-COV-2 virus can reorbranges into complex and flexible shapes to develop and survive when inside infected cells. This study was published in the Journal of Nature Communications Science on August 25. The team includes scientists from Duke-Nus Medical Academy, Singapore Institute of Gena (GIS) and Institute of Biotechnology (BII). They said viral RNA can interact with a lot of human RNAs to maintain the existence of itself.RNA of SARS-COV-2 virus can reorbranges themselves to stick to the cells inside the cells Infected

. "Besides understanding the shape that the virus sometimes inside the human cell, recent studies also show that its shape is also very important for drugs to treat RNA . That prompted us to implement this project, "Dr. Wan Yue belongs to the research team
RNA plays an important role in helping the virus produce its proteins. When SARS-COV-2 virus is spread Infection and intrusion into the human body, mutant protein on its cell surface will be associated with host cells and free its genome to this cell. After that, RNA in the owner cell is translated into code to create more proteins of viruses.Do genetic material of SARS-COV-2 virus is similar to the genetic material of RNA in human cells, the owner cell will Being "tricked" to help the virus produce its proteins. These proteins are essential in helping virus RNA copy and infect more human cells. Foundation of the shape and material structure Genetics of SARS-COV-2 virus, the team also knows that this virus is linked to a small nuclelalar rna, also known as Snorna - a small layer of RNA molecules mainly guiding the chemical changes Other RNAs. Snorna has the function of adjusting the code of code translation to support the body producer protein.Virus SARS-COV-2 links and steals Snorna's adjustability, which helps viruses to stabilize and increase the ability to spread Infection for host cells. According to Dr. Wan, these findings can help other researchers in developing Covid-19 treatment drugs (Source: Straits Times)

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