Masked, vaccinated students did not catch COVID-19 in classrooms – Anchorage Daily News


By Carey Goldberg, Bloomberg News

Updated: 1 hour ago Printed: 1 hour ago

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Vaccinated and masked university students had without any possibility of catching COVID-19 within the classroom last fall, based on a sweeping study of 33,000 Boston College students that bolsters standard prevention measures.

They screened the college’s health records to locate nine teams of students who developed COVID-19 at comparable time, were at school together without social distancing coupled with no known contact outdoors school, suggesting they may have transmitted it within the classroom. However, genome analysis of coronavirus samples in the groups demonstrated that these much more likely were infected elsewhere.

“When we checked out the genomes and compared these to each other, these were cousins although not closer than that,” stated Boston College Med school virologist John Connor, a co-author. He stated the research within the journal JAMA Network Open provides a solution to an anxious question common last fall: “I just walked right into a class with 80 individuals it. How do you know I am not likely to catch disease from their store?”

The college could carry out the study due to its comprehensive, in-house testing program which includes DNA analysis of virus samples. The semester under study incorporated 140,000 class conferences having a mean size 31 students, almost all who were vaccinated as needed. Classrooms were well ventilated, they stated.

In-class masking was mandatory at that time the samples were taken, as opposed to next fall, when many colleges may have lifted needs. Another distinction between now and then: the delta variant dominated last fall, while more contagious omicron variants like BA.5 now reign.

Individuals variations surely matter, Connor stated, however the study’s discovering that in-class transmission among masked and vaccinated students was minimal can continue to inform future decisions about measures to consider during outbreaks.

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