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Parcourir les contenus (52 total)
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Créateur: Department of Veterans Affairs (VA)
Sujet: Emergency Management
Type d'élément: Publication
Date de la dernière mise à jour: 2006-03-31
Description: The VA Pandemic Influenza Plan has been created to guide VA in protecting staff and Veterans during a pandemic. It is part of VA emergency plans to help all parts of VA with preparation, response, and recovery stages of an influenza pandemic. -
Créateur: Public Health - Seattle & King County
Sujet: Treatment & Care
Type d'élément: Guide
Date de la dernière mise à jour: 2009-09-29
Description: A severe influenza pandemic will have profound impact on the health care delivery system. Shortages of life-sustaining medical resources, including hospital beds, trained health care providers, intensive care unit resources, medical supplies,… -
Créateur: Cowling, B. J., Y. Zhou, D. K. M. Ip, G. M. Leung, and A. E. Aiello.
Sujet: Infection Control
Type d'élément: Publication
Date de la dernière mise à jour: 2010-04
Description: Influenza viruses circulate around the world every year. From time to time new strains emerge and cause global pandemics. -
Créateur: CDC
Sujet: Emergency Management
Type d'élément: Guide
Date de la dernière mise à jour: 2016-11-03
Description: Although pandemics occur infrequently, planning and preparing for a pandemic is important to ensure an effective response. Planning for and responding to a pandemic is complex and pandemics can affect everyone in a community. Therefore, public health… -
Créateur: Tang, Julian W., Andre Nicolle, Jovan Pantelic, Christian A. Klettner, Ruikun Su, Petri Kalliomaki, Pekka Saarinen, Hannu Koskela, Kari Reijula, Panu Mustakallio, David K. W. Cheong, Chandra Sekhar, and Kwok Wai Tham.
Sujet: Infection Control
Type d'élément: Publication
Date de la dernière mise à jour: 2013-06-24
Description: Hospital isolation rooms are vital for the containment (when under negative pressure) of patients with, or the protection (when under positive pressure) of patients, from airborne infectious agents. -
Créateur: Yadana, Su, Kristen Kelli Coleman, Tham Thi Nguyen, Christophe Hansen-Estruch, Shirin Kalimuddin, Koh Cheng Thoon, Jenny Guek Hong Low, and Gregory Charles Gray.
Sujet: Research
Type d'élément: Publication
Date de la dernière mise à jour: 2019-12-04
Description: There is an increasing body of evidence suggesting that transmission of respiratory viruses occurs through the inhalation of virus-laden particles. -
Créateur: Rule, Ana M., Otis Apau, Steven H. Ahrenholz, Scott E. Brueck, William G. Lindsley, Marie A. de Perio, John D. Noti, Ronald E. Shaffer, Richard Rothman, Alina Grigorovitch, Bahar Noorbakhsh, Donald H. Beezhold, Patrick L. Yorio, Trish M. Perl, and…
Sujet: Infection Control
Type d'élément: Publication
Date de la dernière mise à jour: 2018-08-31
Description: Healthcare personnel are at high risk for exposure to influenza by direct and indirect contact, droplets and aerosols, and by aerosol generating procedures. -
Créateur: Noti, John D., William G. Lindsley, Francoise M. Blachere, Gang Cao, Michael L. Kashon, Robert E. Thewlis, Cynthia M. McMillen, William P. King, Jonathan V. Szalajda, and Donald H. Beezhold.
Sujet: Research
Type d'élément: Publication
Date de la dernière mise à jour: 2012-06
Description: The potential for aerosol transmission of infectious influenza virus (ie, in healthcare facilities) is controversial. We constructed a simulated patient examination room that contained coughing and breathing manikins to determine whether coughed… -
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. -
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.