Hydration reduces respiratory drop generation, may reduce #COVID19 risks on seacoasts — new data with colleagues at @NIH, @HarvardChanSPH, and @MassGeneralNews. https://t.co/MB9dEZcKrY
.@CDCgov has updated their brief informing the public of what we’ve been advocating since our first publication last summer… citing our research. The government is officially recognizing that SARS-CoV-2 is transmitted by exposure to infectious respiratory fluids.
TIME’s Best Inventions of 2020 list is out now, and FEND created by Sensory Cloud is so excited to be a part of it!
See the full list here: https://t.co/OCGvW1PXPy
#TIMEBestInventions#hellofend#SlowTheSpread
Exhaled respiratory droplets vary strongly between individuals. Our recent work suggests factors include lung infection, age, and BMI.
Here is a recent article I wrote in Molecular Frontiers that covers this research:
https://t.co/q5QG0ZrF9T
@ShellyMBoulder@oltmannd@linseymarr
@nneal25 @oltmannd@ShellyMBoulder Exhaled respiratory droplets vary strongly between individuals. Our recent work suggests factors include lung infection, age, and BMI.
Here is a recent article in Molecular Frontiers around this research:
https://t.co/q5QG0ZrF9T
Excited to be doing a study in Grand Rapids on the campus of Grand Rapids Community College next week. Here Dr. Pink, president of GRCC, and I discuss the need for new hygiene innovations in the education and workplace.
https://t.co/fLRdz2iXvb
#hellofend#Hygiene#sensorycloud
2/2 This paper shows that ventilation efficiency depends on partition location, where supply air and exhaust vents are located, and where is the source of contamination https://t.co/0hZPwzqgX9
1/2 We do not recommend acrylic room dividers for reducing risk of airborne transmission. At best it does NOTHING, at worse it changes the airflow patterns in the room and can cause pooling of air, hotspots, and reduced ventilation effectiveness.
The evolution of an idea: inhaling salts, exhaling clean air, and the creation of a particle suppression effect. #aerosols#bioaerosols@helloFEND @CloudSensory https://t.co/P1olGyq1wo
Our research in human & nonhuman subjects, with & without COVID19, found that the number of #aerosols exhaled increased dramatically w/ COVID-19 infection, aging & high BMI: 1-3 orders of magnitude higher compared to healthy subjects. #COVID19#bioaerosols https://t.co/9ONz4k5bdV
The number of #aerosols people exhale varies greatly-some as low as 5 particles per milliliters of air and others as high as 10,000/ml. These numbers can fluctuate throughout the day. Age & those w/high BMI expel higher levels of aerosols. #bioaerosols#COVID-19 #Flu#ventilation
Very informative segment about #bioaerosols. Better understanding about the risks of airborne transmission should encourage preventative action, especially the implementation of effective ventilation protocols for indoor gatherings.
https://t.co/2ZETY42EfV
Do aerosols play a role in COVID19 transmission?
Huge thanks to #aerosol scientists @kprather88 and @linseymarr for explaining how #SARSCoV2 virus can spread through the air, & how knowing that can help us stop the spread of #COVID19.
https://t.co/9LTuI8ld8B
#coronavirus
Interview with David Edwards and Bob Langer https://t.co/iH5yTsVtRO via @YouTube
My interview with scientists David Edwards and Bob Langer on novel platform for reducing virus transmission @davidedwardsphd
Observed a reduction of up to 99% in those exhaling most particles and on average 75% for all subjects. Published today in @molfrontiers. #COVID19#airborneinfectiousdisease
https://t.co/YzMwlN0r3Y
Pleased to share the results of our studies showing a significant reduction of exhaled #bioaerosols, incl. sub-micron, when using a calcium-enriched nasal salt solution. Studied 76 essential workers and family members & compared to the wearing of surgical masks. - 1