The plague is bacterial, so it responds to antibiotics.
The catch about UV is....well it damages cells. Hence getting skin cancer from too much suntanning. So it would have to be weighed, is the cure worse than the future risk it brings?
Now using UV to sanitize non living surfaces? Sure. I know I saw something once about hospitals that were experimenting with UV robots to sanitize hospital rooms. The patient checks out, housekeeping removes all the bedding, etc, then the robot goes in and zaps the room, killing off bad bugs like MRSA and others far better than human sprayed disinfectants.
Bleach, well the ratio to use bleach to sanitize water is 6 drops per gallon. Use it in stronger concentrations and you start to have damage to surfaces - bleach the laundry for example. And it can cause burns on the skin of people, so is there a concentration that is strong enough to kill the buy while not harming the host? Especially since bleach bursts blood cells. Chances are the saturation needed to kill the bug would also kill the host.
The catch about UV is....well it damages cells. Hence getting skin cancer from too much suntanning. So it would have to be weighed, is the cure worse than the future risk it brings?
Now using UV to sanitize non living surfaces? Sure. I know I saw something once about hospitals that were experimenting with UV robots to sanitize hospital rooms. The patient checks out, housekeeping removes all the bedding, etc, then the robot goes in and zaps the room, killing off bad bugs like MRSA and others far better than human sprayed disinfectants.
Bleach, well the ratio to use bleach to sanitize water is 6 drops per gallon. Use it in stronger concentrations and you start to have damage to surfaces - bleach the laundry for example. And it can cause burns on the skin of people, so is there a concentration that is strong enough to kill the buy while not harming the host? Especially since bleach bursts blood cells. Chances are the saturation needed to kill the bug would also kill the host.
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