Robot Invented To Crawl Through Veins
Slatterz writes "Scientists from Israel's Technion University have unveiled a tiny robot, made using Micro-Electro-Mechanical Systems (MEMS) technology, purportedly able to crawl through a person's veins in order to diagnose and potentially treat artery blockage and cancer. The little robot — with a diameter of just one millimeter — has neither engine nor onboard controls, instead being propelled forward by a magnetic field wielded on it from outside the patient's body."
I for one welcome our miniature robotic clots!
You just got troll'd!
has neither engine nor onboard controls
Doesn't a robot traditionally have to have some form of self controlled motion? From the description, this is just a human etch-a-sketch.
For what it's worth, I've also created the robotic sport of the future. It consists of a round, air filled bladder. This robot has no motor control of its own but it can be moved by applying forces with your foot. I intend to patent this and make a fortune. No one will play regular soccer once they can play robo-soccer.
Resistance is futile.
The summary confused me, so I looked it up, and it is true. Veins bring blood towards the heart. Arteries bring blood away from the heart. I always thought blood flows pretty fast, so the robot would need quite a bit of magnetic force to go against the blood friction. If it finds a clot, can it ram its way through like a battering ram? That would be cool.
How does a robot moving though one's vein "diagnose and potentially treat artery blockage"? Wouldn't it need to be traveling though the arteries to do that?
http://www.haaretz.com/hasen/spages/875277.html http://t3.technion.ac.il/more_details.php?id=76
Leben Sie jetzt die Fragen.
the magic school bus!
All the fun of meth with none of the side effects! Great!
no... wait...
It's the other way around.
Comment forecast: Bits of genius surrounded by a sea of mediocrity.
Palestinians to do inhuman test on, it goes with the inhuman concentration camps they're in.
These "camps" you speak of look a hell of a lot like cities.
http://community.webshots.com/photo/fullsize/2892931020089791706gjXfOM
"I don't know, therefore Aliens" Wafflebox1
Interventional cardiologists and other physician specialties already use a veritable swiss army knife of tools on catheter tips. You already can feed all sorts of balloons and stents and scrapers and other tools into the body by pushing them into place with a catheter. This "robot" is moved around with a magnetic field rather than a plastic filament.
I wonder what new techniques and procedures this will make possible...and if the incremental improvement in outcomes will actually extend lifespans any...
They do something wrong with the magnetic field for a second, lose track of it, it gets carried to your brain and you stroke.
Not realistic? Well, when you've had a catheter yanked out of you without having had the balloon deflated first like I once did because the nurse fucked up, you'll learn to expect these things. A golf-ball sized object pulled through your urethra tends to leave a memory.
This space available.
So how is this different from this? Oh, yeah, there's no way to retrieve the robot if it gets stuck.
Nothing for 6-digit uids?
I hope it doesn't malfunction and get stuck or something. All you need in that situation is a nice mechanical clot...
http://www.tenjou.net/
They can't patent it because there's prior artery.
I think I pulled a muscle on that reach...
Israel invents some pretty incredible stuff.