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Parcourir les contenus (42 total)
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Créateur: Lindsley, William G., Jeffrey S. Reynolds, Jonathan V. Szalajda, John D. Noti, and Donald H. Beezhold.
Sujet: Research
Type d'élément: Publication
Date de la dernière mise à jour: 2013
Description: Aerosol particles expelled during human coughs are a potential pathway for infectious disease transmission. However, the importance of airborne transmission is unclear for many diseases. -
Créateur: Lindsley, William G., John D. Noti, Francoise M. Blachere, Robert E. Thewlis, Stephen B. Martin, Sreekumar Othumpangat, Bahar Noorbakhsh, William T. Goldsmith, Abhishek Vishnu, Jan E. Palmer, Karen E. Clark, and Donald H. Beezhold.
Sujet: Research
Type d'élément: Publication
Date de la dernière mise à jour: 2015
Description: Patients with influenza release aerosol particles containing the virus into their environment. -
Créateur: Lindsley, William G., Terri A. Pearce, Judith B. Hudnall, Kristina A. Davis, Stephen M. Davis, Melanie A. Fisher, Rashida Khakoo, Jan E. Palmer, Karen E. Clark, Ismail Celik, Christopher C. Coffey, Francoise M. Blachere, and Donald H. Beezhold.
Sujet: Research
Type d'élément: Publication
Date de la dernière mise à jour: 2012
Description: The question of whether influenza is transmitted to a significant degree by aerosols remains controversial, in part, because little is known about the quantity and size of potentially infectious airborne particles produced by people with influenza. -
Créateur: Lindsley, William G., William P. King, Robert E. Thewlis, Jeffrey S. Reynolds, Kedar Panday, Gang Cao, and Jonathan V. Szalajda.
Sujet: Research
Type d'élément: Publication
Date de la dernière mise à jour: 2012
Description: Few studies have quantified the dispersion of potentially infectious bioaerosols produced by patients in the health care environment and the exposure of health care workers to these particles. -
Créateur: Lore, Michael B., Brian K. Heimbuch, Teanne L. Brown, Joseph D. Wander, and Steven H. Hinrichs.
Sujet: Infection Control
Type d'élément: Publication
Date de la dernière mise à jour: 2011-08-22
Description: Filtering facepiece respirators (FFRs) are recommended for use as precautions against airborne pathogenic microorganisms; however, during pandemics demand for FFRs may far exceed availability. -
Créateur: NETEC
Sujet: Infection Control
Type d'élément: Vidéo
Date de la dernière mise à jour: 2020-08-27
Description: The use of exhalation valves with N95s can expose the people around you to a virus if you are an asympotamic or presymptomatic carrier.N95 respirators come in different brands and types. One of the key features is whether they have an exhalation… -
Créateur: NETEC
Sujet: Emergency Management
Type d'élément: Webinaire
Date de la dernière mise à jour: 2020-10-30
Description: Influenza in the Age of COVID: In this webinar, we will summarize the similarities and differences between seasonal influenza and COVID-19, describe influenza vaccination planning efforts, discuss testing and antiviral treatment of influenza when… -
Créateur: NETEC
Sujet: Emergency Management
Type d'élément: Webinaire
Date de la dernière mise à jour: 2021-11-12
Description: Join us Friday, November 12th, at 12pm CST for the next NETEC COVID-19 Webinar Series presentation, Influenza in the Age of COVID: 2021 Seasonal Update. Join our presenters as they discuss important topics surrounding the upcoming 2021 influenza… -
Créateur: NETEC
Sujet: Laboratory
Type d'élément: Guide
Date de la dernière mise à jour: 2024-04-17
Description: This guide, printable flyer, provides laboratory resources related to Highly Pathogenic Avian Influenza (HPAI). This is a part of a series of one-page resource guides for laboratorians. -
Créateur: Noti, John D., Francoise M. Blachere, Cynthia M. McMillen, William G. Lindsley, Michael L. Kashon, Denzil R. Slaughter, and Donald H. Beezhold.
Sujet: Research
Type d'élément: Publication
Date de la dernière mise à jour: 2013
Description: The role of relative humidity in the aerosol transmission of influenza was examined in a simulated examination room containing coughing and breathing manikins.