S. Kyriakidou: The new test methodology will help ensure the faster detection of ‘Omicron’

The Joint Research Center of the European Commission has confirmed the validity of the special method of detection of “Omicron” developed. All laboratories that perform molecular tests could use this new method to detect and identify “Micron” without the need for costly and time-consuming sequencing.

To continue to treat COVID-19, we need the most effective and up-to-date tools provided by science. With the rapid spread of more contagious variants, such as Omicron, the need for accurate diagnosis is as important as ever. “Test methodology presented today by our Joint Research Center will help ensure faster detection of the ‘Omicron’ variant,” said Stella Kyriakidou, Commissioner for Health and Food Safety, adding that “this way we can better understand its spread.” “To isolate cases more effectively and reduce the already significant pressure on our health systems.”

The Commissioner for Innovation, Research, Culture, Education and Youth in charge of the Joint Research Center Maria Gabriel noted that “this new method provides opportunities for faster and cheaper detection of ‘Micron’ and will allow better detection. “The new variant is spreading in the EU and worldwide. Science has proven to be an essential component of our fight against COVID-19. I am grateful for the tireless work of all scientists during this pandemic and beyond.”

The new PCR method proved to be extremely effective in tests specific to “Micron” conducted by the Joint Research Center. This practically means that the method enables any laboratory operating standard PCR technology to recognize this variant quickly and without the need for time-consuming sequencing. The center-modified modified reagent can be ordered from regular PCR test vendors and can be applied quickly. Any laboratory that performs molecular tests today will be able to adapt quickly. This new method will be presented today in the Member States to the Committee on Health Safety.

SOURCE: AMPE