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audhdeepdive.bsky.social
AuDHDeepdive 😁a n t i f a
@audhdeepdive.bsky.social
5.8K followers 7.6K following 7.2K posts
#AuDHD (Autism + ADHD) #ActuallyAutistic #3E #Blacksky #COVID #H5N1 #ClimateChange / Blerd / Muslim / GB / #Blacksky / ASD level 1 (formerly Asperger syndrome / PPD-NOS) "You may test that assumption at your convenience."
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Reposted by AuDHDeepdive 😁a n t i f a
audhdeepdive.bsky.social
Flu is more likely than not *potentially* aerosolized though mostly spread by droplets if I'm reading this correctly. www.healthline.com/health/influ...
Airborne transmission When we talk about airborne transmission, we’re generally referring to aerosolized particles containing influenza virus that are less than 5 µmTrusted Source in size. These types of particles can be made simply by breathing. Unlike respiratory droplets (made when coughing or sneezing), which tend to land in the nose and throat, airborne particles can travel deeper into your respiratory tractTrusted Source. Because they are smaller, they can also remain suspended in the air for longer. The CDCTrusted Source notes that airborne transmission of influenza virus can occur when you’re in the vicinity of someone with the virus. Indeed, a 2020 studyTrusted Source notes that previous research has found that 42% to 63% of particles containing influenza virus are of this small, respirable size. Further, researchers conducting a small 2018 study involving people with confirmed influenza and symptomatic were able to recover infectious virus from fine aerosols collected from breathing samples. Overall, the exact contribution of the airborne route of influenza transmission remains unclearTrusted Source. While an older 2013 studyTrusted Source estimated that the airborne route may account for half of all influenza transmission events, more research is needed.
November 10, 2025 at 7:26 PM
audhdeepdive.bsky.social
Flu is more likely than not *potentially* aerosolized though mostly spread by droplets if I'm reading this correctly. www.healthline.com/health/influ...
Airborne transmission When we talk about airborne transmission, we’re generally referring to aerosolized particles containing influenza virus that are less than 5 µmTrusted Source in size. These types of particles can be made simply by breathing. Unlike respiratory droplets (made when coughing or sneezing), which tend to land in the nose and throat, airborne particles can travel deeper into your respiratory tractTrusted Source. Because they are smaller, they can also remain suspended in the air for longer. The CDCTrusted Source notes that airborne transmission of influenza virus can occur when you’re in the vicinity of someone with the virus. Indeed, a 2020 studyTrusted Source notes that previous research has found that 42% to 63% of particles containing influenza virus are of this small, respirable size. Further, researchers conducting a small 2018 study involving people with confirmed influenza and symptomatic were able to recover infectious virus from fine aerosols collected from breathing samples. Overall, the exact contribution of the airborne route of influenza transmission remains unclearTrusted Source. While an older 2013 studyTrusted Source estimated that the airborne route may account for half of all influenza transmission events, more research is needed.
November 10, 2025 at 7:26 PM
audhdeepdive.bsky.social
www.cidrap.umn.edu/influenza-ge...
Study confirms flu likely spreads by aerosols, not just coughs, sneezes
www.cidrap.umn.edu
November 10, 2025 at 7:22 PM
audhdeepdive.bsky.social
unacademy.com/content/nda/...
Magnetic Intensity
The following study material will help you understand the concepts of magnetic intensity, magnetisation, their formulae, and more.
unacademy.com
November 10, 2025 at 6:58 PM
audhdeepdive.bsky.social
Guy Fawkes Night with zero fucks.
November 10, 2025 at 6:31 PM
audhdeepdive.bsky.social
"Who is being shamed in a post about my gravestone?"

Brand. New. Sentence.
November 10, 2025 at 6:25 PM
Reposted by AuDHDeepdive 😁a n t i f a
michaelhobbes.bsky.social
"why are you reading *at me*?!"
November 10, 2025 at 4:18 PM