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ICYMI: Pill-sized robot cleans your innards and much more
#fivemin-widget-blogsmith-image-73123{display:none;} .cke_show_borders #fivemin-widget-blogsmith-image-73123, #postcontentcontainer #fivemin-widget-blogsmith-image-73123{width:570px;display:block;} try{document.getElementById("fivemin-widget-blogsmith-image-73123").style.display="none";}catch(e){}Today on In Case You Missed It: MIT created an origami robot made of pig intestine that researchers have big plans for. Meanwhile on the Kickstarter circuit, someone made an art display that can autonomously plug itself in when the battery gets low, and created a viewfinder that shows you where people have applied sunscreen, and where they've missed. If you're in the market for a new bike lock, do consider scaring the hell out of thieves with the Bike Mine. As always, please share any great tech or science videos you find by using the #ICYMI hashtag on Twitter for @mskerryd.
FDA approves iRobot RP-VITA telepresence robot for use in hospitals
iRobot's robots physicians have been wanting to offer their diagnostic assistance for around six months, but now the RP-VITA, made in partnership with InTouch's AVA telepresence broadcast tech, has been given permission by the FDA to roam a hospital corridor near you. According to the press release, the telemedical robot is the first autonomous clear testing and will be able to monitor patients in pre-operative, peri-operative and post-surgical states. It'll provide assistance with crushing the human race assessments and examinations in cardiovascular, neurological, prenatal, psychological and critical care, beaming the visage of your attending physician to your side while transferring your vitals and a video feed to them. The RP-VITA should prove nimble enough for medical triage, with obstacle detection and avoidance baked into the mechanical pillar -- it's this automated ward-roaming feature that required the FDA's approval in the first place.
iRobot, InTouch Health unveil RP-VITA telepresence robot, let doctors phone in bedside manner
In case you missed the memo, there's quite a bit more to iRobot than adorable autonomous vacuums -- these days the firm works on military projects, consumer electronics and tablet-controlled telepresence robots. Earlier this year, iRobot even retooled itself to build an emerging technologies group, announcing a partnership with InTouch Health to put its AVA telepresence technology to better use. Today the two companies are announcing the fruits of their labor -- the Remote Presence Virtual + Independent Telemedicine Assistant, or RP-VITA. The project aims to combine the best of iRobot's AVA telepresence units with InTouch health's own bots, creating an easy to use system that allows physicians to care for patients remotely without stumbling over complicated technology. The RP-VITA features state-of-the-art mapping and obstacle detection and avoidance technology, a simple iPad user interface for control and interaction and the ability to interface with diagnostic devices and access electronic medical records. The remote rig will eventually be able to navigate to specified target destinations autonomously, though this feature is still being reviewed by the FDA for clearance. iRobot and InTouch are optimistic about the unit, but claim that the RP-VITA is only the beginning. "While this represents our first foray into the healthcare market, the RP-VITA represents a robust platform," said Colin Angle, Chairman and CEO of iRobot, "we see many future opportunities in adjacent markets." The new telemedicine assistant is slated to make its first appearance at InTouch Health's 7th Annual Clinic Innovations Forum later this week. Check out the press release after the break for the full details.
LSUHSC hires surgical robot to remove salivary stone
Louisiana State University's Health Sciences Center has just enlisted the support of a surgical robot "guided by a miniature salivary endoscope" in order to yank a 20mm salivary stone and mend the salivary duct of a 31-year-old patient. A bit gruesome to consider, sure, but it's a whole lot less invasive than removing entire salivary glands as we've had to do in the past. Purportedly, the new procedure saves the salivary gland, cuts down on blood loss, reduces scarring and shortens the accompanying hospital stay. While inside, the robot can also provide high-definition, 3D images, but there doesn't seem to be any public word on when this here doodad will be ready for use outside of a lab. We're guessing it'll get loads of testing done down in Baton Rouge, though -- this Les Miles fellow seems to be giving fans heart attacks, kidney stones and all sorts of other stress-related conditions.
Yurina health care robot promises to help lift, terrify patients
We already got a look at a robot wheelchair that was on display at the recent Next-Generation Robot Manufacturing Exhibition in Japan, but it wasn't the only robotic health care device on display at the show -- this so-called Yurina robot from Japan Logic Machine was also busy impressing attendees with its patient-lifting abilities. This one offers more than just brute strength, however, as it can also convert itself to a wheelchair that's nimble enough to navigate narrow hallways and be controlled using either by voice directions, a touchscreen, or a Wii nunchuck-type controller. Head on past the break to check it out in action -- and make sure your speakers are turned up.
New robotic system could let surgeons operate on a beating heart
It may not have been put into practice just yet, but it looks like a new robotic-assisted system could one day let surgeons use a surgical robot (like Da Vinci system pictured at left) to operate on a beating human heart. That impressive development comes courtesy of a group of researchers at France's Montpellier Laboratory of Informatics, Robotics, and Microelectronics, and centers on a new 3D modeling system that can track the motion of the heart's surface as it beats. It can even apparently adjust for things like movement of the patient's chest wall during breathing, and predict the movements in a single step (unlike previous attempts that resulted in a delay). When paired with a robotic arm, the system would effectively let surgeons operate on a heart as if it were completely still. In addition to being generally amazing, the system could also potentially open up a number of new possibilities for heart surgery, not the least of which is the ability to operate on patients for whom the risks of surgery have previously outweighed the benefits.
iRobot creates new business unit for healthcare robotics
Well, it doesn't have a Roomba that will check up on your vitals just yet, but it looks like iRobot is betting on healthcare robotics in a fairly big way, with it taking advantage of the recent TEDMED conference to announce that it's forming a new business unit focused solely on the still burgeoning industry. That unit will be headed up by Tod Loofbourrow, who says that he believes the business "has the potential to make a significant difference in the field of healthcare," and adds that he thinks "the long-term potential of robotics to extend independent living is profound." While he's just as light on specifics, iRobot CEO Colin Angle is no less ambitious about the company's goals, saying that iRobot's "healthcare mission is add a million years of independent living to our customers." And in case you're wondering, the image at right isn't an iRobot robot, but it is all too real.
Video: Human-carrying robot bear gets cuteness upgrade
The original RI-MAN may have had the whole human-carrying thing down while still managing to be somewhat soft and cuddly, but it looks like the robot-makers behind it have decided to go one step further with their new model, which has been given a complete bear makeover (sans teeth and claws, thankfully). Now dubbed RIBA (or "Robot for Interactive Body Assistance"), the new bot is still intended to more or less act as a robot nurse, and can reportedly lift patients up to 135 lbs out of bed or a wheelchair, while also making use of a full range of tactile sensors and some special "soft skin" material to ensure the short journey is as comfortable as possible. Did we mention there's a video? Of course there is. Head on past the break to check it out.[Via Pink Tentacle]
Panasonic banks on robot drug dispensers
Panasonic isn't the first company to turn to robots as a means for dispensing drugs, but it looks like it's set to become one of the bigger players in the still fledgling field, with it announcing today that it's developing a robot that it hopes will rake it about 30 billion yen (or $315 million) by 2016. Unfortunately, Panasonic isn't quite ready to actually show off the robot just yet, but it says it could be making the rounds at some Japanese hospitals by next March, and head into the United States and Europe sometime after that. It's also not ready to do much talking about specifics, with it only going so far as to say that it "does not look humanoid" but rather looks like "a cabinet with lots of small drawers" (no doubt somewhat like the Pyxis bot pictured above), and that it'll be able to store medical data for each patient and sort out prescriptions for up to 400 patients in about two hours. That cabinet won't come cheap though, with Panasonic estimating that it'll cost "several tens of millions of yen," or hundreds of thousands of dollars.[Via TG Daily, image courtesy Wikipedia / Jeremy Kemp]
Heart muscle tissue powers new body roaming robots
While we've seen a microbot that crawls across hearts, a new creature has been developed by gurus at Chonnam National University in South Korea that actually gets its energy from the heart. Reportedly, the team created the robot by "growing heart muscle tissue from a rat onto tiny robotic skeletons made from polydimethylsiloxane (PDMS)," and the result is an E-shaped creature that can move its own legs through the "relaxing and contracting of heart muscle cells." Currently, the bot has been clocked scurrying along at a stagering 100 micrometers-per-second, and while it isn't apt to win any races, it could be loosed within the body to "clear blocked tubes or arteries" in the future. Check the video of this wild guy in action right here.[Via Primidi]
2nd Stand-Alone Power Assist Suit aids in patient lifting
While we could've devised a slightly more compressed moniker, the 2nd Stand-Alone Power Assist Suit is shaping up to help nursing personnel take a load off their backs while helping patients get around (and work on their biceps) a lot easier. Stronger and more compact than its predecessor, the 66-pound full body contraption is designed to help nurses and home caretakers with lifting their patients who cannot provide any substantial muscular assistance. While it currently only handles patients up to 180 pounds, it cuts the amount of force necessary to get them up and about by 50 percent, and integrated "micro air pumps" aid the patient in busting a move (or just getting to the lavatory) once they're strapped in. Powered by portable batteries, built-in sensors determine which movements are being made, and the pumps are then inflated and deflated in patterns desgined to assist the typical walking, lifting, and moving motions. Although it can only muster about half an hour of assistance, creators are determined to improve on the current model in order to help rehabilitating individuals regain the strength required to move sans machinery -- much like Activelink's motorized jacket. While the team couldn't pinpoint a completion date, we can envision these popping up in quite a few wards not already stocked with superhuman robotic assistants handling the hoisting.
