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Surgeon Simulator to save or ruin lives on iPad tonight
Surgeon Simulator will launch on iPad tonight, providing the game follows the common trend for UK and US iOS app releases that hit the same day as New Zealand. The game is out now for New Zealanders, and has players guiding the shaky hands of returning surgeon-of-sorts Nigel Burke through operations on "the world's unluckiest patient, Bob." The game includes a multiplayer mode, the heart and double-kidney transplants from the bloody PC version of the game as well as new teeth and eye transplant objectives. Given the game's new touch controls, developer Bossa Studios opted to hack away Nigel's left arm, so it no longer floats around the operating room in the iPad version. Those with iPad 4 devices or better can also record and upload their surgeries for the amusement of others. Surgeon Simulator will cost $5.99 for US players and £3.99 for wannabe doctors in the UK, according to Pocket Gamer. [Image: Bossa Studios]
Sony unveils first medical-grade OLED monitor, surgery gets rendered in all-too-vivid color
OLED screens are virtually everywhere, and they're steadily getting bigger, but it was tough to find any in hospitals until now. While Sony's 25-inch PVM-2551MD might not have the most glamorous name, it's the first and only OLED monitor with FDA approval for use in surgery. No, it's not just to give the doctor something more pleasing (or disgusting) to look at while she's removing a gallstone -- the organic display can be a genuine help for surgery through the higher contrast, virtually non-existent blur and more faithful color reproduction versus the LCDs it's meant to replace. Us patients likely won't see the now-shipping 2551MD for much longer than it takes to go unconscious, so it might be hard to appreciate; if it helps surgeons finish operations faster and with fewer mistakes, however, we could all reap the rewards.
ThinkGeek's Mark VII Sonic Screwdriver universal remote pleases Whovians in time for Comic-Con
Ever wished you too could make use of the awesome powers that lie within Dr. Matt Smith's Mark VII Sonic Screwdriver? Well, it's still not exactly a reality in the way of the space-bred handyman's gadget seen on Doctor Who, but ThinkGeek and The Wand Company have you covered if an IR-packing replica universal remote sounds good enough. This BBC-licensed Mark VII remote handles up to 39 commands that are all controlled using 13 different motion gestures. Of course, if controlling the likes of TV and AV devices in an extraterrestrial fashion just isn't your thing, there's always ThinkGeek's Sonic Screwdriver flashlight, right? There's no word on price just yet, but San Diego Comic-Con attendees can try it out first-hand at the BBC America Booth (#3629) starting July 12. The Mark VII remote is set to go sale for $99 at ThinkGeek's website on August 31st, so for now we'll direct you to the press release after the break. Update: Video demo added after the break. [Thanks, Alan]
McGill University student plan provides healthcare to rural areas with Windows Phone and Win 8
Those of us living in metropolitan areas don't think twice about our ease of access to medical care, but those in rural areas don't enjoy such easy access to a doctor. Abhijeet Kalyan and Shravan Narayan from McGill University in Canada are aware of this problem, and came up with a way for doctors to diagnose and treat patients from afar. Called Project Neem, it's got a hub and spoke organizational structure that puts a healthcare worker in every village and leverages the power of Windows Phone to connect them with medical staff in distant cities. Participating healthcare workers are given basic medical training and a handheld loaded up with a custom app that identifies patients by scanning their national ID card and stores their pertinent medical info -- from temperature and blood pressure readings to a variety of symptoms. The app has a virtual human body on board that lets users tap parts of the anatomy to bring up a series of symptoms that can be selected to provide treating physicians with the info they need. That information is stored in the cloud and accessed by doctors through a Windows 8 app, who then can relay appropriate treatments to the local healthcare worker. Now all we need is someone to make a real-world tricorder, and we'll truly be able to bring medical care to the masses, wherever they may be.
New high-precision eye surgery robot helps doctors stay sharp
A researcher at the Netherland's Eindhoven University of Technology has invented a new type of eye surgery robot designed to steady the ophthalmologist's hands and minimize error -- always a good thing when it comes to having needles and knives near your peepers. Kind of like an Igor to a mad scientist, the robot is considered a "slave" to its "master" doctor, who controls the automaton's arms using two joysticks. The doctor is still in charge of the cuts, but the technology makes sure the MD jabs that needle in at the exact same entry point each time without shaking to minimize ocular marring. Another notable feature is the robot's ability to switch between tools quickly, ensuring that if this whole doctor thing doesn't work out, it'll at least have a job at Hibachi waiting. Jump past the break to check out the full PR.
Researchers say nanorockets could deliver medicine quickly within the blood
Faster delivery is always better when it comes to pizza, Thai food and now... drugs? Doctors seem to think so as they're experimenting with a new method of delivering medicine to the bloodstream via tiny nanotubes powered by rocket fuel. By storing healing meds within the platinum-coated metal tubes, doctors have been able to propel the tiny vessels up to 200 times their own length per second -- faster than swimming bacteria. It works as such: by introducing a hydrogen peroxide/water solution, the platinum reacts, sending it zipping forward and catalyzing the peroxide into water and oxygen. The downside? Even though the fuel is only .25 percent peroxide, it's still slightly toxic -- so it looks like it's back to the drawing board until they can develop a safer alternative. Spiders, perhaps? Check out the video demonstration after the break.
Researchers use wireless network to monitor breathing, could save lives
When Neal Patwari and his team of researchers developed a wireless network capable of seeing through walls, we assumed they were simply looking to cultivate their Alastor Moody-like superpowers. Turns out, they had far more important things on their minds. Patwari and his colleagues at the University of Utah have now penned a new study in which they demonstrate how their motion detecting technology could be used to monitor breathing patterns, as well, potentially enabling doctors to keep closer track of patients with sleep apnea or babies susceptible to sudden infant death syndrome (SIDS). To do this, Patwari reclined on a hospital bed and surrounded himself with 20 wireless transceivers operating at a frequency of 2.4GHz, as pictured above. He then timed his breathing at about 15 breaths per minute (the average rate for a resting adult), which he measured with his array of nodes and a carbon dioxide monitor. The engineer ultimately found that his system's algorithm could accurately measure respiration within 0.4 to 0.2 breaths per minute -- a relatively low error rate, since most monitors round off to the nearest full breath. Patwari says this development could offer a non-invasive and low-cost alternative to the devices used in most hospitals, and hopes to implement his technology into at-home baby monitors, as well. He acknowledges, however, that it will likely take at least five years before any of that happens -- so don't hold your breath. Full PR after the break.
Scientists develop blood swimming 'microspiders' to heal injuries, deliver drugs
Scientists at Penn State would like to release tiny spiders into your blood -- no, it's not the premise for a new horror movie, but rather, it's a medical breakthrough. The spider-like machines are less than a micrometer wide (just so you know, a red blood cell is around six to ten micrometers), and are designed to travel through veins delivering drugs and a little TLC to damaged areas -- not a totally new concept, per se, but even minor advancements can open up all sorts of new doors for troubled patients. Made of half gold, half silica, these microspiders are self-propelled by a molecule called the Grubbs catalyst, which scientists can control directionally using chemicals. Although still in the preliminary phases, lead researcher Ayusman Sen hopes to one day attach the creepy crawlers to nanobots, which could maneuver through the body to detect tumors, helping the immune system and scrubbing vessels clean of plaque. Not like that's doing anything to diffuse your arachnophobia, but hey...
Scientists develop the world's smallest single-molecule electric motor
Bigger is certainly not better when it comes to the world's first single-molecule electric engine, which measures in at one nanometer wide -- for perspective, that lash hanging from your left eye is around 60,000 times larger. Single-molecule engines have been used for years, but the new method uses a low-temperature scanning tunneling microscope to power and control the molecule more effectively. In the future, scientists could use the technology for things like lab-on-a-chip devices, miniature medical testing equipment that require a motor to push fluid through tiny pipes. Tufts researchers responsible for the discovery warn that a practical application is still a ways off, but are hopeful that they'll snag a Guinness world record, regardless. After hearing the news, both Pinky and The Brain are feeling entirely more confident about their lifelong goals.
UCLA creates portable microscope that uses holograms, not lenses
Instead of lugging a heavy microscope into the field, doctors and nurses in remote regions may have a more portable choice -- a lightweight microscope that replaces lenses with holograms. Researchers at UCLA announced a prototype dual-mode microscope that's lightweight, costs between $50 and $100 to produce and is similar in size to a banana. Like a hologram that uses interfering rays to create an image, this device shines light on a sample where its sensor chip (apparently also found in iPhones and BlackBerrys) and a cloud-based software program analyze the interference pattern and reconstruct an image of the sample. Since it's dual-mode, both large samples and small samples can be analyzed through processes called "transmission" and "reflection," and doctors could potentially use their laptops or smartphones to access the images remotely. Although still considered a prototype, researchers think the development has the opportunity to revolutionize health care by allowing doctors to test things like water, blood and food. Check out the full PR after the break.
Captain's Log: Class spotlight - Science
Captain's Log, Stardate 65150.3... Hello, computer (and players)! McCoy, Crusher, Bashir, the EMH and Phlox are all known for their amazing medical skills throughout the many series of Star Trek. While some of these Doctors were the most beloved characters in all of the franchise, Science officers seem to be a rare item in the Star Trek Online universe. Although Science is the least commonly played career, many who do venture into the field have rewarding gaming experiences due to the different sub-careers they can spec into. This week's Captain's Log introduces the first installment in a three-part series that will span the next few weeks -- each entry will focus on a different class and provide some great information that you will be able to reference the next time you roll a new character. Whether you prefer to provide support through healing, debuffs, or powerful expose attacks that leave your enemies vulnerable to vaporization, this spotlight on Science captains has something for everyone. Continue past the jump for information of some of my favorite skills for Science officers. Ensign, warp 10! Let's get those medical tricorders ready for use...
iTriage 3.0 adds live wait times for acute care facilities, medicine information and more
When TUAW last talked with the folks behind iTriage, it was shortly before World Health Day in 2010, and the app had just updated to version 2.0 with a version for Android. A little more than 16 months later, iTriage has hit version 3.0 with a plethora of changes and new features such as: Expanded disease treatment support where people can select a symptom and find the right doctor based on the symptom, care facility or prescription. Mapped medications where you can select a problem, such as a cough or cold, find the cause, then peruse medications and possible treatments. More than 1,000 common prescriptions and over-the-counter medications are listed to date. Search for urgent care facilities and see live wait times for acute care. Pre-registration and appointments rolled out. Updated interface adding improved provider search and access to key nationwide emergency hotlines and 911. Dr. Peter Hudson, one of the app's creators, told me that more than 700 hospitals, 400 urgent care clinics and 14,000 doctors are providing data for iTriage, and the number is growing. While I was hard-pressed to find participating physicans and hospitals in the Harrisburg area, I got a good glimpse of the new features by switching the location to Denver. Several of the hospitals listed live wait times for both pediatric and regular emergency care. One had the appointment/pre-registration list deployed. Check out these new features in the gallery below. %Gallery-131117% The app is extremely well-regarded, and it's easy to see why. I'm still feeling my way around central Pennsylvania, and it's nice to see where a hospital or pharmacy is close to me should I need it. "We're trying to make it really simple for people," Hudson said. The app is closing in on 3 million downloads spanning both iOS and Android, Hudson said. What'e more, 60 percent of those who have downloaded the app keep it on their mobile device, which Hudson said is 18 times higher than the average app retention. Future plans include additional functionality for consumers to connect with health care providers and with people in the same area who have suffered like injuries. iTriage 3.0 is a free download in the App Store.
Hanako 2 robot acts like a human dental patient, makes us say 'aah' (video)
No, she's not in a state of shock, nor is she hunting for plankton -- she's simply waiting for the dentist to polish her pearly whites, just like any other conscientious robot. Known as the Showa Hanako 2, this humanoid was originally developed last year as a tool for dentists looking to practice new procedures. Now, engineers at Japan's Showa University have updated their dental denizen, adding a motorized head and replacing her PVC skin with a more realistic silicon coating. She also boasts speech recognition capabilities and can execute freakishly natural movements, including blinking, sneezing, coughing and, under more unsavory circumstances, even choking. See her in action for yourself, after the break.
London's E-Health Cloud program will send patient records to the stratosphere next month
You'd think that the recent spate of high-profile cyberattacks would've deterred the healthcare industry from sending patient records to the cloud -- but you'd be wrong. Beginning next month, all data on patients at London's Chelsea and Westminster Hospital will be stored in a centralized database, accessible from any computer, smartphone or tablet. Under the National Health Service's pilot program, known as E-Health Cloud, patients will be able to decide which doctors, nurses or family members can view their records, allowing them to easily share their data with other specialists. Flexiant, the Scottish software company that developed the platform, hopes to eventually expand it to other treatment phases, including assisted living, and insists that its system will help the NHS save money in the long-term. Security, however, will likely prove critical to the program's success. Users will have to pass multiple ID checkpoints to access the database, but privacy-wary Londoners might demand protection a bit more robust than an automated bouncer. You won't need to adhere to a dress code to view the full PR, available after the break.
iPhone and iPad are preferred by physicians says survey
Next time you visit your doctor and poke around his or her office, chances are you'll see an iPhone or an iPad lying around. A survey of 3,700 physicians by QuantiaMD reveals the iPad and the iPhone are the preferred mobile devices among those in the medical profession. According to the survey results, 83% of physicians own a smartphone. Of those with a smartphone, 59% have an iPhone and 29% have an iPad. About 44% of those physicians without a smartphone expect to buy one in 2011. What will they choose? 39% said they plan to buy an iPhone and 27% plan to buy an iPad. How does Android compare? Only 20% see an Android handset in their future, while a lowly 7% want an Android tablet. This dominance holds true whether the physician buys the device out-of-pocket or his practice funds the purchase. These iOS devices are certainly being put to good use. Doctors use them to look up drug information, choose a treatment path, learn about new treatments, help make a diagnosis and more. (Ed: Plus, come on -- would you really want someone who buys a Windows phone to be in charge of your health?)
IBM's Jeopardy-winning supercomputer headed to hospitals. Dr. Watson, we presume?
We always knew that Watson's powers extended well beyond the realm of TV trivia, and now IBM has provided a little more insight into how its supercomputer could help doctors treat and diagnose their patients. Over the past few months, researchers have been stockpiling Watson's database with information from journals and encyclopedias, in an attempt to beef up the device's medical acumen. The idea is to eventually sync this database with a hospital's electronic health records, allowing doctors to remotely consult Watson via cloud computing and speech-recognition technology. The system still has its kinks to work out, but during a recent demonstration for the AP, IBM's brainchild accurately diagnosed a fictional patient with Lyme disease using only a list of symptoms. It may be another two years, however, before we see Watson in a white coat, as IBM has yet to set a price for its digitized doc. But if it's as sharp in the lab as it was on TV, we may end up remembering Watson for a lot more than pwning Ken Jennings. Head past the break for a video from the University of Maryland School of Medicine, which, along with Columbia University, has been directly involved in IBM's program.
HP Veer gets webOS Doctor, offers free house visits
When your phone gets sick, do you call a doctor? Probably not, but the HP Veer now has its own form of medical assistance with webOS Doctor, a desktop Java app that can rescue your phone if it's freezing up or otherwise exhibiting major symptoms of some kind. To get your phone up and running in no time, the webOS Doctor will perform a complete reset of the Veer and install the latest version of webOS. Be warned: the Doctor wipes everything off the phone -- including apps, patches, and settings -- so this kind of help shouldn't be for the casual whoops and coughs. Owners of the brand new device hopefully won't need it right away, but it's better safe than sorry; download the webOS Doctor directly from the source link.
World's biggest CMOS sensor could help doctors detect and treat cancer
Move over, Canon, because scientists at the University of Lincoln have just seized the crown for world's biggest CMOS image sensor with their new Dynamic range Adjustable for Medical Imaging Technology microchip -- or 'DyNAMITe,' for short. Measuring a hefty 12.8 square cm (or about five square inches), DyNAMITe is roughly 200 times bigger than the chips you'd find in most PCs, making it the largest imager ever made on a wafer of standard, eight-inch diameter. This extra girth allows the active pixel sensor to capture images in high detail, with a 100-micrometer pitch boasting 1280 x 1280p aligned next to a 50-micron layer, carrying 2560 x 2560p. DyNAMITe can also run at up to 90fps and withstand high levels of radiation for several years, making it ideal for medical imaging, including radiotherapy and mammography. Researchers say these enhanced images could help doctors detect cancer in its earliest phases, while allowing them to monitor radiotherapy treatments more closely. No word on when we should expect to see DyNAMITe pop up in hospitals (or a Hasselblad back), but physicists at the Institute of Cancer Research and Royal Marsden Hospital are busy looking for other, potentially life-saving applications. Full PR after the break.
Muscle System Pro II shows the great potential of iPad apps
Mark my words: Muscle System Pro II will one day appear in an iPad commercial. It's that good. This is one of those apps that show you just how powerful the iPad can be. Muscle System Pro II by 3D 4 Medical is an interactive learning tool that allows the user to completely explore the muscular anatomy of the human body. It uses photorealistic 3D models that the user can control in real time. You can strip away muscle layer by layer, rotate around them, view different parts of the body from different angles, and that's just for starters. You can look up 433 of the major muscles in the human body. Rotate any part of the body around to see its anterior, superior, inferior or lateral views. Pinch to zoom in on a specific muscle, and you'll see just how detailed the 3D models are -- you can even see the direction the muscle and fascia fibers are running. When you tap on a muscle's pin (a marker labeling the muscle), a pop-up shows the muscle's name, its origin, insertion, what action it performs, its innervation and its arterial supply. Furthermore, you can add a note to the muscle to record your thoughts or comments about it. Muscle System Pro II isn't cheap at US$39.99, but this isn't your run of the mill app. This is a 3D powerhouse of interactive anatomy that every doctor, chiropractor, nurse practitioner and massage therapist should own, not to mention every medical student or anyone interested in human anatomy. When you use an app like this, it's easy to tell that tablets are not just the future of consumer computing, but of learning and medical reference as well. Check out the video after the break to see Muscle System Pro II in action.
Kinect keeps surgeons on task, Nintendo 3DS might assist optometrists with diagnoses
The latest generation of gaming gadgets do some nifty tricks, and one of the niftiest they might perform is assisting the realm of medicine. Microsoft's Kinect sounded like a candidate for surgery, and this month real-life surgeons have actually put it to use -- Sunnybrook Hospital in Toronto, Canada rigged the Xbox 360 depth camera to its medical imaging computer. Now, doctors don't have to scrub out to manipulate an MRI scan, or even appoint a peon to the task -- rather, they simply raise their bloodied glove, and dive into the digital imagery with a wave of a dextrous hand. Meanwhile, the American Optometric Association has expanded upon its initial praise of Nintendo's 3DS, saying the autostereoscopic 3D handheld "could be a godsend for identifying kids under 6 who need vision therapy." Though Nintendo's warning labels had originally incited a bit of fear among parents, the organization says that kids who can't experience the 3DS to its full potential may have amblyopia (or other vision disorders) that can be more easily treated the earlier it's caught, though one doctor interviewed by the Associated Press contends that kids with amblyopia may not know what they're missing to begin with -- so don't necessarily expect a panacea, folks.
