It would be nice if the article said if the artificial heart includes functions such as pumping harder in response to exercise and such, because it isn’t entirely clear if it does
Maybe it’s implied, but I feel it should be explicitly mentioned
Other prosthetic/mechanical changes to hearts don’t do that, so I would guess this one doesn’t either. It would require interfacing with the brain and decoding stimulus, which would be much more complex.
Usually the recipents just keep activity low or pass out when they need the energy/heat dissipation and can’t get it.
It would be nice if the article said if the artificial heart includes functions such as pumping harder in response to exercise and such, because it isn’t entirely clear if it does
Maybe it’s implied, but I feel it should be explicitly mentioned
I actually asked this very question in another post and got a technician who worked on this to answer: https://feddit.org/comment/5284139
Noice!
Ooh, nice, thanks!
Other prosthetic/mechanical changes to hearts don’t do that, so I would guess this one doesn’t either. It would require interfacing with the brain and decoding stimulus, which would be much more complex.
Usually the recipents just keep activity low or pass out when they need the energy/heat dissipation and can’t get it.
Yes exactly, so when they call it a “total heart replacement” I’d like to have clarification on it, so that I know how excited I should get
It’s frustrating when articles on new innovations don’t go into details about them at all except just “it exists” pretty much
Don’t know if you had your answer already, the artificial heart does pump harder when exercising
https://youtube.com/shorts/uMLhsBO5fPM