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How it works

​After choosing the organs or structures the instructor wants to control from the software screen, he then can place targets (the red spheres) on the rubber body, close to where the organs he wants to control are.

 

Then he can simply grab any sphere and control it however he wants, and the represented organ of that sphere will move accordingly.

 

The viewers' screen will show his own hand grabbing and moving the human organ and won't show just a sphere!

So he grabs a sphere in reality, but on the screen his hand is grabbing a very real heart!

 

He can split the heart into its four chambers, turn on the circulation, separate the brain, and much more!

(All through the software or using voice commands. He doesn't have to literally cut the sphere).

 

Note that organs are not going to be drawings. They're going be real human organs that you control by your very own hand and all human organs are shown unless you choose to hide them, unlike the presence of only the heart at the end of the video (that was just to simplify the concept in the video)

Take it even further

One can even imagine the possibilities such project might bring.

 

We can have medical databases (e.g. MedScape™, UpToDate™, PubMed™) appear as an overlay next to the organs or anywhere on the screen, you can see the embryology of organs, show most common diseases, demonstrate conginital anomalies, view cut sections, show radiology scans, even view and control by your very own hand up to the smallest structure and the deepest in the human body!

 

Or take it one step further, we can make the real-time display with 3D technology! This is where you'll, not just control, but even dive deep into the human body.

 

Imagine this to be in your medical school. Imagine this to be in the museum next to you, where families can go to experience and witness the miracle that is of the human body.


Just imagine!

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