Hyderabad

nCov is scarier than bat Coronavirus: University of Hyderabad research

There are three regions in nCoV genome, located on the spike protein of the virus, which helps it to bind itself to human cells and infect them.

From our online archive

HYDERABAD: A researcher from the University of Hyderabad has identified three regions in the genome of novel Coronavirus (nCov) that differentiates it from coronaviruses found in animals like bats and civets, making the novel Coronavirus pathogenic to humans and highly infectious. 

These three regions are located on the spike protein of the virus, which helps it to bind itself to human cells and infect them. Investigating the evolution of Coronavirus, Prof Lalitha Guruprasad of the School of Chemistry conducted a study to understand differences between Coronavirus that causes the Severe Acute Respiratory Syndrome (SARS) among humans and Coronavirus found in a bat or civet. 

According to a media release by UoH, the researcher believes that the identified regions in spike protein of the nCov can be exploited as potential candidates for antibody design. Her study also cautions that some SARS Corona genomes from bats are still evolving and may acquire the capabilities to infect humans.

Trump says US will be out of Iran 'pretty quickly' as Tehran rubbishes claims of seeking ceasefire

India has two months of crude reserves, no fuel shortage: Centre

Punjab begins first-ever drug and socio-economic census; 28,000 employees to survey 65 lakh families

About 5,98,000 passengers have returned to India amid West Asia conflict, informs Centre

Tech hiring slips 8% in April, reversing early 2026 gains

SCROLL FOR NEXT