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CommunityHealthKhalifa University leads study of Covid-19 jump from animals to humans

Researchers at Khalifa University of Science and Technology are leading a global team investigating how the COVID-19 virus, usually found in animals such as bats, has made the jump to humans. This research falls under Khalifa University’s COVID-19 Research and Development Task Force initiative, which includes multidisciplinary researchers from across the world including from the UAE, the US, China, Singapore and Australia. Collaborators from across the Middle East, North America, Europe, South East and North...
livehealthy.ae livehealthy.aeJuly 16, 202015 min
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Covid-19 animals to humansResearchers working on the Covid-19 project/Photo courtesy Khalifa University

Researchers at Khalifa University of Science and Technology are leading a global team investigating how the COVID-19 virus, usually found in animals such as bats, has made the jump to humans.

This research falls under Khalifa University’s COVID-19 Research and Development Task Force initiative, which includes multidisciplinary researchers from across the world including from the UAE, the US, China, Singapore and Australia. Collaborators from across the Middle East, North America, Europe, South East and North East Asia, as well as Australia, will collect animal samples for the study.

The current COVID-19 outbreak is an example of zoonosis, which are diseases that can be transmitted to humans from animals, because it is believed to have originated in bats. There have been two major coronavirus outbreaks in recent history — the 2002 epidemic that was caused by the SARS-CoV, and the 2012 MERS-CoV outbreak. All three coronaviruses share a common entry point into the cells of humans and other animals, through a receptor known as ACE2, with the assistance of another protein known as TMPRSS2.

“These are what the virus sees on the surface of the cell and understanding their similarity across different animals will provide clues on how the virus is transmitted,” explained Dr Habiba Alsafar, director of the school’s Center for Biotechnology, and principal investigator on the project. “Other international groups, including researchers from other countries, have already expressed interest in joining the effort on studying the human and viral elements of the disease. We cannot beat the virus without cooperation, as it knows no geographical boundaries.”

Originally conceived by Khalifa University faculty members, the project is officially called The identification of conserved groves in the host cell receptors that bind and facilitate coronavirus entry into mammalian cells and  is already underway. Researchers will try to understand what mammals have in common; from the point of view of cellular receptors that allow or facilitate the virus to enter the host.

“We believe this research project will provide answers regarding the transmission of coronavirus between humans and animals, while also providing insights that may help limit the transmission of COVID-19,” said Dr Steve Griffiths, senior vice-president, research and development, Khalifa University.

Two researchers from Al Ain are also working on the project: Dr Khaled Amiri, Al Ain University, and Dr. Khaled Hazzouri, UAE University. International collaborators include researchers from the University of Florida, Chinese Academy of Agricultural Science, Murdoch University in Australia and Singapore, as well as the University of Western Australia.

The team’s expertise spans the fields of medicine, molecular genetics, bioinformatics, veterinary science, and epidemiology, which will be relevant to this project. These skills will be essential as the study will encompass epidemiology, comparative genome science, protein modeling and simulation to identify the traits that mammals share that allow the virus to transfer from one species to another.

The molecular techniques and analytical tools for the comparative study of mammals are already well established at Khalifa University, which is pursuing related research on multiple fronts.  The comparative analysis of ACE2 and TMPRSS2 genes from animals from around the globe is another example of the university’s multidisciplinary approach to problem solving.

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