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Micromotors Can Swim in Bloodstream, Assist Surgeons
Researchers in Australia are working on a “micromotor” that’s only 250 micrometers wide, which is about 2.5 times the width of a human hair. They hope to mount sensors and cameras on the tiny flagellating device to assist in delicate and minimally-invasive surgical procedures. Neato.
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#2
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I'd be worried about it getting stuck.
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#3
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NANITES!!!!!!
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#4
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Looks like something between a sperm and a torpedo.
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#5
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SPERMPEDO!
2.5 times the width of a human hair? I haven't seen how thick arteries and veins are, but wouldn't that be a bit thick? Or am i thinking of capillaries?
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#6
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Glad I'm not the only one that though that. Also the Pic has a watermark on it called "Gizmag"
FTW!!!
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#7
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your thinking of capillaries. Veins and arteries can be as large as 1/4 inch in dia.
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#8
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Terry just couldn't resist saying "flagellating"
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#9
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This is wishful thinking (for now), but at least they're thinking. I say that because the flagellum would not be able to hold its position if there were any perfusion, so at best I'd call it a 'scout' and not an 'assistant'. Regardless, nano motors will be coming, so at least here they are proceeding in an application that makes almost as much sense as spying
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#10
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They need to make some that will eat the cholesterol/plaque out of my arteries, then take the nearest route to my colon to be shat out.
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#11
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I think you would need an SPERMPEED OF SPERMPEEDOS to do that my friend.
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#12
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Looks like a damn tampon applicator.
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#13
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Is that thing gonna swim upstream? Considering the speed at which blood flows (not totally sure, but i think it's fairly fast), how is that thing going to make any progress? I think that it would just get pushed around by the blood.
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