New COVID Variant Detected in France - Worse than Omicron?
The IHU variation has been related to travel with cameroon, according to the researchers. Although it was first discovered on december 10, the WHO has yet to classify it as a variety under investigation. Near Marseilles, at least 12 cases of the new variety have been identified. The world is still battling with Omicron, a highly modified coronavirus strain that has been causing a worldwide outbreak of Covid-19 infection. Now, French scientists have discovered a new, more altered form of Omicron.
The B.1.640.2 variant was found by scholars at the IHU Mediterranee Infection Institute. According to researchers, it has 46 mutations, which makes it more resistant to immunizations and infectious than Omicron. At least 12 instances of the new type have been discovered near Marseilles, with travel to the African country of cameroon being related. In most regions of the world, however, the Omicron form remains the dominant strain. The threat posed by IHU variants, on the other hand, is fast increasing.
The genomes were retrieved using next-generation sequencing with Oxford Nanopore Technologies on GridION devices, according to a paper published on medRxiv. "The spike protein contains fourteen amino acid changes, including N501Y and E484K, as well as nine deletions. According to the research report, "this genotype pattern led to the creation of a new Pangolin lineage dubbed B.1.640.2, which is a phylogenetic sister group to the existing B.1.640 lineage renamed B.1.640.1."
The B.1.640.2 variant was found by scholars at the IHU Mediterranee Infection Institute. According to researchers, it has 46 mutations, which makes it more resistant to immunizations and infectious than Omicron. At least 12 instances of the new type have been discovered near Marseilles, with travel to the African country of cameroon being related. In most regions of the world, however, the Omicron form remains the dominant strain. The threat posed by IHU variants, on the other hand, is fast increasing.
The genomes were retrieved using next-generation sequencing with Oxford Nanopore Technologies on GridION devices, according to a paper published on medRxiv. "The spike protein contains fourteen amino acid changes, including N501Y and E484K, as well as nine deletions. According to the research report, "this genotype pattern led to the creation of a new Pangolin lineage dubbed B.1.640.2, which is a phylogenetic sister group to the existing B.1.640 lineage renamed B.1.640.1."