Nexim

Scientists find 92% twin of novel coronavirus in bat samples

10 months ago | 25



NCC
ExxonMobil
SCIENTISTS in Cambodia have found coronavirus strains whose nucleotide identity is 92.6 per cent similar to SARS-CoV-2 in samples of horseshoe bats collected back in 2010, official said. This is according to a preprint of a study on the BioRxiv medical research portal. Bats are generally considered the main natural reservoir of SARS coronaviruses. There exist sample archives, collected over years. To date, the closest match to the novel coronavirus was found in samples of bats from the southeastern Chinese province of Yunnan, which were 96.2 per cent identical to SARS-CoV-2. When the COVID-19 broke out, scientists probed 430 archived samples collected from six bat families and two predator families. Five of the samples contained betacoronaviruses, betaCoV, and two of them then tested positive in a RT-qPCR test which detects RNA-dependent RNA polymerase of viruses of the sarbecovirus subgenus. Both of these samples were collected from horseshoe bats in the northeastern Cambodian province of Stung Treng, according to the researchers. Scientists subjected the two RNA samples to metagenomic sequencing and found that the genome of both were 92.6 per cent identical to SARS-CoV-2. The fact that the viruses were detected in bats outside China could point to a larger geography of COVID-19 origins than previously thought, the study concluded, inferring that the search for origins should spread across the whole of South East Asia. - Sputnik/NAN - Jan. 28, 2021 @ 3:31 GMT |

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