Yes, but how is it transported? In droplets, which are much larger. It doesn't matter how tiny the virus is, it's the transport mechanism that counts. That's why P100/N100/HEPA-class air filitration is the gold standard worldwide against respiratory virus transmission.

There's a "minor little insignificant detail" right there!

Yes, but how is it transported? In droplets, which are much larger. It doesn't matter how tiny the virus is, it's the transport mechanism that counts. That's why P100/N100/HEPA-class air filitration is the gold standard worldwide against respiratory virus transmission.

Yes, but how is it transported? In droplets, which are much larger. It doesn't matter how tiny the virus is, it's the transport mechanism that counts.

Yes, but how is it transported? In droplets, which are much larger. "Minor insignificant details", dontchaknow. I'd suggest you do some more research/reading.

There's a reason the entire medical world and all the militaries of the world recognize that P100/N100/HEPA-class filters (and to a lesser extent, x95-class) prevent airborne viral transmission. That's why. It doesn't matter how tiny the virus is, it's the transport mechanism that counts.

Yes, but how is it transported? In droplets, which are much larger. "Minor insignificant details", dontchaknow. I'd suggest you do some more research/reading.

There's a reason the entire medical world and all the militaries of the world recognize that P100/N100/HEPA-class filters prevent airborne viral transmission. That's why. It doesn't matter how tiny the virus is, it's the transport mechanism that counts.

Yes, but how is it transported? In droplets, which are much larger. "Minor insignificant details", dontchaknow. I'd suggest you do some more research/reading.