Tiny Fantastic Voyage Inspired Robots Are Starting To Get Reasonably Mature
szotz writes: No shrinking machine in an underground military lab (as far as we know). And no Raquel Welch. Still there is a growing microrobotics movement underway, looking at ways that tiny, untethered robots might be used to perform medical interventions in the human body. There have been piecemeal reports for years now of various designs, such as microscallops that can swim through the eye and bots that can be pushed around by bacteria flagella. This article in IEEE Spectrum gives a round-up of recent progress and looks at some of the difficulties that arise when you try to make things tiny and still have them retain a modicum (or give them more than a modicum) of function.
by roaming around the body and killing cancer cells.
You heard it here first.
That movie was sci-fi at its best: mostly plausible*, educational, entertaining, suspenseful, memorable, timeless, and it made you think. And it had Raquel Welch!
* Except maybe for the shrunken human passengers part, but in the near future, remote "virtual" control operators may play similar roles the way military drone operators do now. They may end up having to make quick decisions in difficult circumstances in terms of the patient's life and say limitations of batteries etc. on potentially patient-customized probe(s).
Table-ized A.I.
Isaac Asimov called that novel of his a huge mistake, too much was bad scientifically with it
1.Starting 2.Reasonably 3.Mature. might want to give it some time.
No way could Rachel Welch's boobs be shrunk that small. Ergo, no way.
What exactly do people hope to treat with these things? You can't treat pneumonia or diabetes. You can't treat dementia. You can't treat cancer (trust me on this - the obstacles are mind-boggling). You can't treat COPD or any kind of endocrine disorder. You might be able to treat blood clots (heart attacks, strokes) and atherosclerosis. Maybe. What does the article say:
"deliver a highly targeted dose of drugs or radioactive seeds" - hmm we can already do this, and much more easily.
"clear a blood clot" - okay, that would be good. Although, it would have to work very fast. (Then how do you get the robots out again?)
"perform a tissue biopsy" - hmm, already easily done. Plus you need a reasonable large sample (the bigger the better) - how do you get the sample out of the body after you have it?
"even build a scaffold on which new cells could grow" Hmm, first you would have to destroy whatever tissue is already there to make space. Then where do the new cells come from? I don't think so...
And I was so looking forward to Raquel Welsh's boobs rubbing up against the interior walls of my arteries.
Sorry, hate to burst anyone's bubble, but these robots will never take off legally (illegally is a different story). There is no way in hell the FDA will ever allow a device that can, and probably will, cause a stroke to be injected into Americans. Soon as it happens in Europe or elsewhere (Russia) they will be banned. How do I know? Because I work trying to get much less dangerous medical device through the FDA and it is damn hard.....
We get to hear about micro and nano robots every year or two, but nothing practical ever comes out of it. It's like they pop up every so often just to hype up the tech that still hasn't done anything useful to keep the funding rolling.
BeauHD. Worst editor since kdawson.
Cool! They are going to fix everyon ...um everything!
Come along and ride on a tiny fantastic voyage, to the land of bots, bots, bots. To the land of bots, to the land of bots. To the laaaand of bots,
Or is it?
[Dun dun daaaaaaaa]
Spin language for "not at all".
this is how the Borg started.