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H5N1 virus from 2022 mink outbreak capable of inefficient airborne transmission

H5N1 virus from 2022 mink outbreak capable of inefficient airborne transmission
sciencedaily.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from sciencedaily.com Daily Mail and Mail on Sunday newspapers.

David Vaninsberghe , Devanshi Patel , Katherine Restori , Kayla Septer , Vedhika Raghunathan , Troy Sutton , National Institutes Of Health , United States Department Of Agriculture , National Institute Of Food , Emory University , Centers For Disease , Penn State , Advanced Biological Laboratory , Disease Control , United States Department , Cassandra Field , Anice Lowen , National Institutes , National Institute ,

Study finds H5N1 virus from 2022 mink outbreak capable of inefficient airborne transmission

Study finds H5N1 virus from 2022 mink outbreak capable of inefficient airborne transmission
medicalxpress.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from medicalxpress.com Daily Mail and Mail on Sunday newspapers.

United States , David Vaninsberghe , Kayla Septer , Katherineh Restori , Katherine Restori , Vedhika Raghunathan , Troy Sutton , Devanshi Patel , United States Department Of Agriculture , Emory University , Nature Communications , Centers For Disease , Penn State , Advanced Biological Laboratory , Disease Control , United States Department , Cassandra Field , Anice Lowen ,

T-cell vaccine for COVID-19 may last longer than current vaccines

The current COVID-19 vaccines are designed to trigger an antibody response to the SARS-CoV-2 spike protein, which is vulnerable to mutations that could make the vaccine less effective over time. Focusing on the T-cell instead, Penn State researchers partnered with Evaxion Biotech on a study that was the first to demonstrate the effectiveness of an artificial intelligence-generated vaccine in a live viral challenge model. Such a vaccine may provide long-lasting immunity against future emerging variants and could be used as a model for other seasonal viral diseases like the flu. ....

Michael Schantz Klausen , Bhuvana Katkere , Julie Hinchelli Emdrup , Sophie Schussek , Mckayla Nicol , Katherine Restori , Anders Bundgaard , Girish Kirimanjeswara , Evaj Pell Laboratory , Huck Institutes Of Life Sciences , Centers For Disease , National Institutes Of Health , Innovation Fund Denmark , College Of Agricultural Sciences , Penn State , Evaxion Biotech , Rapidly Adaptive Viral , Gry Persson , Fund Denmark , Huck Institutes , Life Sciences , Agricultural Sciences , National Institutes , Disease Control ,