Ebola UNITED STATES Airborne Ebola

Department of Defense conduct Airborne Ebola drills

“we need better understanding of the risk for airborne transmission of Ebola in united states,” DHS agent Mike Schuit

https://ebolaoutbreakmap.com/listings/ebola-at-airport/

Get ready for the next pandemic its Ebola 

EBOLA HAS BEEN CREATED TO BECOME AIRBORNE 

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Natural outbreaks of the Ebola virus, while severe, are typically isolated and usually affect no more than a few hundred people at a time. However, from 2014-2016, infections from Ebola  caused more than 11,000 deaths in West Africa.

During this time, several cases of Ebola were also diagnosed in the United States, due to infected african refugees and travelers from West Africa that had unknowingly harbored and incubated Ebola while en-route to the United States .

By the time a person infected with Ebola virus becomes symptomatic, they are typically starting to shed Ebola  . During an Ebola outbreak, health care workers and family members of patients are often the first to respond and provide care. In this role, they are at a high risk of becoming infected with Ebola as well. Therefore, it is important to understand how we can best prevent transmission in both clinical and home settings.

However, there have been new EBOLA infections that occurred without documented contact between a patient and health care provider or family member. While these cases are uncommon, it is possible that a small fraction of the cases of Ebola virus infection may be the result of exposure to small droplets or aerosols containing EBOLA.

Laboratory studies have shown that the Ebola virus can remain infectious outside of the body for long periods of time. The virus can survive in blood samples on various surfaces for several days, even in hot and humid conditions that would typically kill most other viruses and bacteria. In an aerosolized form, the Ebola virus can survive for over an hour. Additionally, laboratory experiments have demonstrated that inhaling small amounts of Ebola virus can be fatal [1], and there are examples of Ebola virus disease being transmitted between individuals in close proximity, even though they had never been in direct contact with each other .

However, assessing the risk of transmission via droplets or aerosols is a complicated process. While the minimum amount of virus required to cause infection is thought to be very low, so far it has not been possible to determine a definitive value. This is because commonly used testing methods are often not sensitive enough to detect or measure the amount of infectious virus in the air. To address these challenges, researchers at the Department of Homeland Security (DHS) Science and Technology Directorate’s (S&T) National Biodefense Analysis and Countermeasures Center (NBACC) designed and conducted a study to optimize methods for collecting and measuring very small amounts of Ebola virus in the air.

“Our ability to detect Ebola virus in air samples at levels that are ten-fold lower than what was possible with previous methods, will enable us to provide a better understanding of the aerosol hazard posed by this virus,” said Mike Schuit, an investigator in the Aerobiology group at NBACC.

The new sampling and assay methodologies developed by NBACC researchers, as well as the data from associated studies, will be useful in a number of ways. For example, these methods are currently being employed in a study in partnership with the National Institute of Allergy and Infectious Diseases (NIAID) to determine the minimum amount of Ebola virus that needs to be inhaled in order to cause infection or death in an animal model of Ebola virus disease. This study will also determine whether infected animals produce aerosols containing Ebola virus when they breathe, which will help scientists to better understand the potential for natural aerosol transmission of the virus. Various DHS components and partners, along with the Department of Defense and the Department of Health and Human Services, will use these data to conduct hazard modeling and gain a better understanding of the potential risk for airborne transmission of Ebola virus and how it may impact health workers. 

NOW THAT EBOLA HAS BEEN WEAPONIZED AND MADE TO BECOME AIRBORNE THE DANGER OF AIRBORNE EBOLA IS MUCH MORE DANGEROUS 

FULL STORY 

https://www.ebolaoutbreakmap.com/listings/ebola-at-airport/

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Airborne Ebola

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Job Reference

DETECTIONNA00595

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located in Baltimore, MD where we develop technology for broad end-market applications including in food and agriculture safety, emerging diseases detection, and mail screening.  The advancement of high-speed, high-sensitivity pathogen detection and threat prevention solutions is part of Smiths Detection’s growth plan and overall global business strategy.

Currently, Smiths Detection has developed, and is marketing, solutions that detect a wide range of threats including anthrax, ricin, Ebola, salmonella, Phytophthora, Ralstonia, and airborne COVID-19.