Submitted by Shelfrock77 t3_z5ekjv in singularity
Comments
fumblesmcdrum t1_ixw52na wrote
So localized cavitation? Wouldn't this risk spreading metastisized cells elsewhere through the bloodstream?
r0cket-b0i t1_ixx4ws9 wrote
There was another post about the same team that had a video about the approach, and one of the interviewed experts had a same concern even though he said that so far they don't see that happening
EnthusiastProject t1_ixwfwt2 wrote
Wondering this as well
apinanaivot t1_ixw95jf wrote
Wiggly-Pig t1_ixxdoaa wrote
I've always wondered about why medical science tends away from 'mechanical' solutions - i.e. physically damaging tumors/other problems in lieu of deep & detailed understanding of the biological process and attempting to interrupt that. Feels to me like pure science over problem solving - but that's my bias as an engineer.
plinkoplonka t1_ixyxhyu wrote
Or a combination of both. If you could have a mechanical procedure once a month that doesn't poison you, and then add something else later.
I_spread_love_butter t1_ixwgh4s wrote
All I read was pokémon attacks destroy cancer
I_spread_love_butter t1_ixwgjxm wrote
Zubat + Squirtle btw
NomzStorM t1_ixxht5k wrote
theres a relevant xkcd about this
Shelfrock77 OP t1_ixvkh3r wrote
“A new technology developed at Tel Aviv University (TAU) makes it possible to destroy cancerous tumors in a targeted manner via a combination of ultrasound and the injection of nanobubbles into the bloodstream.”
“Our new technology makes it possible, in a relatively simple way, to inject nanobubbles into the bloodstream, which then congregate in the area of the cancerous tumor,” Dr. Ilovitsh says. “After that, using a low-frequency ultrasound, we explode the nanobubbles, and thereby the tumor.”