This member gave a presentation on January 24, 2023
At the following event:
IPPE - International Production & Processing Expo 2023
This member gave a presentation on July 30, 2021
At the following event:
2021 AAAP Virtual Annual Meeting
This member gave a presentation on January 26, 2021
At the following event:
IPPE Marketplace - International Production & Processing Expo 2021
This member gave a presentation on January 26, 2021
At the following event:
IPPE Marketplace - International Production & Processing Expo 2021
Article published the January 7, 2021
Coronaviruses of animals periodically transmit to humans (1), as recently occurred with severe acute respiratory syndrome coronavirus 2 (SARSCoV-2). SARS-CoV-2 was recognized in December 2019 in cases of atypical pneumonia in hospitalized patients in Wuhan, China. The virus is a novel betacoronavirus, related to the now-eradicated severe acute respiratory syndrome coronavirus (SARS-CoV) from 2003, ...
This member gave a presentation on January 28, 2020
At the following event:
IPPE - International Production & Processing Expo 2020
This member gave a presentation on January 28, 2020
At the following event:
IPPE - International Production & Processing Expo 2020
This member gave a presentation on February 12, 2019
At the following event:
IPPE - International Production & Processing Expo 2019
Article published the December 14, 2017
IntroductionA novel H7N9 influenza A virus emerged in humans in Eastern China in February of 2013. Cases were often severe and the case fatality rate is approximately 32%. The viral genome was rapidly characterized and was revealed to contain a novel constellation of genes from avian influenza viruses from several Eurasian sublineages most of which had been previously detected in China (Kageyama e ...
Article published the December 1, 2017
BackgroundAvian influenza (AI) virus causes one of the most economically important diseases of poultry worldwide. AI is classified by the world organization for animal health (OIE) into two forms, low pathogenicity (LP) and high pathogenicity (HP), based on virulence in chickens [1]. H7 is one of the two most economically important AI virus subtypes because historically all HP AI viruses have been ...