Virtual Autopsy On a Multi-Touch Table Surface
An anonymous reader writes "Engadget points out one of the more interesting ways to use a multitouch table surface so far. Researchers at Norrkoping Visualization Centre and the Center for Medical Image Science and Visualization in Sweden have fitted such a device with stunning, volume-rendered visualizations of high-resolution MRI data. If you've ever wondered what the inside of a human being really looks like, but lacked the grit or credentials to watch an autopsy in the flesh, check it out."
I had the pleasure of taking Human Anatomy and Physiology a few years ago. The professor was superb, but our school didn't have the resources to afford a cadaver lab.
Pictures and plastic models are OK, but there are times when being able to visualize something like this would greatly help the learning experience.
Waiting with anticipation.
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I think I've played this before, it's called operation! I was never very good at it. I always preferred to play doctor instead.
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It may be a virtual autopsy today, but how long until we see something similar but as a diagnostic tool? It'll probably take another years to bring everything together (and 3d image reconstruction is still a computationally intensive task), but I can see something like this coupled with MRI and other diagnostic data from live patients. Fantastic.
Just wait until the porn industry gets its hands on this technology...
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I used to work at a hospital, and they let me sit in on one. What you miss is the yellow skin of corpses, and the fact that they still make noises from various orifices when you move the body parts.
The gall bladder really is green -- it's not an artifact of textbook coloring.
Everyone said I will get sick from watching a real autopsy, but it didn't feel any worse than watching a horror movie. I wore a mask, so didn't smell much.
I think autopsies are a perfect first problem to solve. First, you can keep the corpse intact which makes the autopsies less distasteful to the family (assuming they want a viewing). Second, you get a lot more data about the tissues as they are intact at the time of the scan. Third, you keep a lot more detailed data than pictures and/or a videotape and a recording from the technician - you can review the data anytime you want.
And, finally, if there turn out to be some adverse tissue effects from the scanners, their patients aren't really going to mind all that much.
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The concept and imaging are fantastic, but I hope the technology improves as the table didn't appear very responsive. I was annoyed just watching the users struggling to navigate it.
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I think this is just savvy marketing to get exposure for the research lab. In reality this is a virtual anatomy tool that has a 3D interface and works on a fancy multi-touch table. This is a lot like the virtual human project (http://www.nlm.nih.gov/research/visible/visible_human.html) but works with any human that will fit in the scanner(s), and has cool interface.
This is an excellent tool for pre-surgery visualization, for augmenting radiological visualization, and for education purposes but could not replicate and certainly not replace a true a post-mortem examination.
Er, no. Autopsy has many components; MRI or CT would supplant only the most cursory examination. Organs are weighed; they are examined both grossly and microscopically. The vasculature is examined carefully - there's no way to do that with dead people without cutting them open, because they can't circulate the contrast material needed to see them on a scan. Toxicology can be collected. And so forth.