<p>The presence of the double mutant variant of the coronavirus has been found in 22 per cent samples that were recently sent by the PGIMER here for sequencing.</p>.<p>Reports of sequencing of SARS-CoV-2 from 23 swab samples that were sent were received from the National Centre for Disease Control, New Delhi, last Thursday.</p>.<p>"Presence of the double mutant B.1.617 variant having the signature mutations L452R and E484Q has been confirmed in 22 percent (5/23) of the samples after sequencing," PGIMER Director Jagat Ram said on Sunday.</p>.<p>A PGIMER release quoting Ram stated that the B.1.617 variant, first identified in India last year, had been found in more than 40 countries and recently classified as a "variant of concern" by the World Health Organization.</p>.<p><strong>Also read: <a href="https://www.deccanherald.com/national/is-the-indian-origin-b1617-covid-variant-behind-the-second-wave-986683.html" target="_blank">Is the Indian-origin B.1.617 Covid variant behind the second wave?</a></strong></p>.<p>"It has been found by researchers that the mutations in the double-mutant strain render it to be more transmissible and vaccine-induced antibodies are somewhat less potent in neutralising this variant," he said.</p>.<p>"The surge of cases during the second wave of Covid-19 pandemic has somewhat been attributed to the B.1.617 variant strain," he said. "Of the other samples, the UK variant -- B.1.1.7 -- which is also a variant of concern and associated with higher transmissibility was found in 39 per cent (9/23) samples." </p>
<p>The presence of the double mutant variant of the coronavirus has been found in 22 per cent samples that were recently sent by the PGIMER here for sequencing.</p>.<p>Reports of sequencing of SARS-CoV-2 from 23 swab samples that were sent were received from the National Centre for Disease Control, New Delhi, last Thursday.</p>.<p>"Presence of the double mutant B.1.617 variant having the signature mutations L452R and E484Q has been confirmed in 22 percent (5/23) of the samples after sequencing," PGIMER Director Jagat Ram said on Sunday.</p>.<p>A PGIMER release quoting Ram stated that the B.1.617 variant, first identified in India last year, had been found in more than 40 countries and recently classified as a "variant of concern" by the World Health Organization.</p>.<p><strong>Also read: <a href="https://www.deccanherald.com/national/is-the-indian-origin-b1617-covid-variant-behind-the-second-wave-986683.html" target="_blank">Is the Indian-origin B.1.617 Covid variant behind the second wave?</a></strong></p>.<p>"It has been found by researchers that the mutations in the double-mutant strain render it to be more transmissible and vaccine-induced antibodies are somewhat less potent in neutralising this variant," he said.</p>.<p>"The surge of cases during the second wave of Covid-19 pandemic has somewhat been attributed to the B.1.617 variant strain," he said. "Of the other samples, the UK variant -- B.1.1.7 -- which is also a variant of concern and associated with higher transmissibility was found in 39 per cent (9/23) samples." </p>