Berkeley Builds a Heart Simulator
Zothecula writes The increasing number of biological structures being grown on chips in various laboratories around the world is rapidly replicating the entire gamut of major human organs. Now one of the most important of all – a viable functioning heart – has been added to that list by researchers at the University of California at Berkeley who have taken adult stem cells and grown a lattice of pulsing human heart tissue on a silicon device.
Who would have thought it!
if it *is* the thing it is "simulating".
more useful
This work has none of the key features of a heart that would make the platform attractive for drug testing. Cardiomyocytes will spontaneously contract if grown on basically anything. The true value of on a chip platforms is in implementations that can recapitulate higher order function or structure like the Bhatia lab's livers or the Allbritton lab's colons.
I'm guessing we'll be having a future of where people will abuse their various body parts via drugs & alcohol and then just buy a new one. The new "plastic surgery".
Personally I'm waiting for the full human clones and the mind transplants.
Be seeing you...
Yes, but is it 3D printed?
My first program:
Hell Segmentation fault
Scarcity fails it
Is this anything like Goat Simulator?
The Goat Simulator
Not interested until they can make a better one than I currently have, I have one that is big and black and made of stone.. And all the women love it.. Oh wait we were talking about hearts.. Well .. Not interested because the one I have is big and black and made of stone and all the women love it.
> pulsing human heart tissue on a silicon device
Start worrying when they build a body around it, complete with cat ears and maid outfit.
they grow a brain on a chip? It's be nice if my computer could think for itself once it has a "heart". Ya know, a PC PC.
OK, so stop messing about and 3d print an entire functioning human being. The idea of clones needs to be updated. We will also need a technology that can print me in a more youthful version as I'm getting a bit too old these days.
This progress is fantastic and very useful but we should never forget that our organs do not operate in chemical and neurological isolation and that they are parts of complex systems where their interactions are as important as their internal states therefore organs on chips have there limits when it comes to using them as proxies for actual organs. However I do expect the technology will help to accelerate clinical trials up top the point of testing in humans, and that is a good thing, even if we still get some unpleasant surprises when solutions that looked promising at the lab/organ-on-a-chip level turn out to have a nasty gotcha that causes them to be unusable in vivo.