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July 16, 2026
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  • COMPUTER DESIGNED SYNTHETIC ANTIVIRAL PROTEINS INHIBIT SARS-COV 2/COVID 19 IN HUMAN CELLS

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COMPUTER DESIGNED SYNTHETIC ANTIVIRAL PROTEINS INHIBIT                    SARS-COV 2/COVID 19 IN HUMAN CELLS
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COMPUTER DESIGNED SYNTHETIC ANTIVIRAL PROTEINS INHIBIT SARS-COV 2/COVID 19 IN HUMAN CELLS

bioxone September 15, 2020September 15, 2020

–Rishav Chakraborty, Calcutta National Medical College, Kolkata

The SARS-COV infection occurred first in 2003-2004. The infection is believed to be contracted from animals including monkeys, Himalayan palm civets, cats, dogs, and rodents. Clinical manifestation including myalgia, headache, sore throat, and fever followed by severe respiratory distress.

The virus binds with the ACE-2 (Angiotensinogen Converting Enzyme) receptors. The receptors are present in the Lungs, Kidney, Systemic Circulation, and Splanchnic circulation. The disease is transmitted by droplets, direct contact, or fomites.

The SARS-COV 2 infection which occurred in 2019-2020 made its impact upon the whole world and the WHO (World Health Organisation ) declaring this infection as a pandemic.

Computer-designed small proteins have now been shown to inhibit the SARS-COV-2 and protect the artificial human cells cultured in the laboratory with the virus. The findings were reported in the Journal Science on September 9, 2020.

Coronavirus is studded with spike proteins. They get into the human cells with the help of these proteins in order to infect them. The development of drugs that interfere or inhibit the entry mechanism could eventually lead to the treatment or even prevention of the infection.

Institute for Protein Design researchers at the University of WSM (Washington School of Medicine) used computers to synthesize new proteins that bind with the SARS-COV 2 spike protein and prevent them from infecting the cells.

The antiviral protein is developed by researchers in 2 steps, firstly a segment of the ACE-2 receptor is incorporated into a series of protein scaffolds, and then completely synthetic proteins were designed from the scratch. Even though the researchers have synthesized a computer-based antiviral protein but extensive clinical trials must be conducted in order to approve it as a drug.

To confirm that the computer-based protein attaches to the coronavirus spike protein, the researchers collected snapshots of two molecules interacting by using cryo-electron microscopy.

They inferred that the hyperstable minibinders provide promising starting points for new SARS-COV 2 therapeutics.

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Tagged ACE2 ACE2 receptor Bioinformatics corona corona detection corona in india corona treatment corona virus Covid detection of corna inhibition SYNTHETIC ANTIVIRAL PROTEINS

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ICMR Recruitment Exam | Scientist – B Post |Up to Rs 1.78 Lakh Salary

bioxone September 15, 2020

-Shristi Sharma, Team bioXone Biochemistry, Microbiology, Virology, Biotechnology, Molecular Biology, Biology/Bioscience, Zoology, Biostatistics, Bioinformatics applicants can apply for this. Check out all of the details on the same below: Advertisement No. ICMR/SC-B/2020 Indian Council of Medical Research (ICMR), New Delhi has entered into a memorandum of understanding with Postgraduate Institute of Medical Education & Research […]

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CSIR-IICB T-Cell Vaccine Project Jobs | Life Science | Apply Online

bioxone September 8, 2020September 8, 2020

CSIR-IICB has called for applications for eligible candidates into  Senior Project Associate Job Openings 2020. Check out all of the details on the same below: Advertisement No: R&C/534/2020 Job Title: Senior Project Associate No. of Posts: 01 Code: 5342001 Name of the Project: ‘Exploration of recognized potent antigen and liposomal tools to design a defined […]

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COVID UPDATE: Indian genes against the coronavirus

bioxone September 18, 2020September 18, 2020

-Binayak Das, Team bioXone A team of scientists claims that Indians should be grateful to their genetics, which according to their study is a critical factor in having a comparatively lesser number of deaths from COVID-19 in their populations. They studied the complete DNA data of the ACE2 gene in the X chromosomes from different […]

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Analysing the cells of the adult human heart

bioxone September 28, 2020September 27, 2020

                                   – Sagnik Nag, Amity University Kolkata The human heart is a complex organ of the human body comprising of 4 distinct chambers. Cardiovascular ailments are the leading cause of death around the globe. Advanced research and insights on the epidemiology, etiology and mechanism of the ailment require an in-depth understanding of the physiological functioning of […]

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Why Do We Age? The Biology Of Ageing Explained

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