Scanadu SCOUT Medical Tricorder recalls Star Trek – and it’s real

For those of you waiting for the real-deal collection of Star Trek gadgets and gizmos, you’ll find that today is a great day – the tricorder has arrived. The folks at Scanadu have been developing a handheld device that, while not exactly service the same function as the 60′s series tech, is certainly Star Trek-worthy in its abilities. This device has been in development for less than a year and will be prototype ready by the end of 2012 – so says the NASA-Ames Research Center-based startup team themselves.

This unit goes by the name SCOUT and is ready to connect to your smartphone via Bluetooth in a snap. Once you’re synced up, you’ve only to press the SCOUT device up to your temple and let it sit for 10 seconds. In those 10 seconds you’ll find that your vital signs will be scanned with great accuracy, this including your temperature, heart rate, breathing rate, ECG, and SPO2.

Photo via Scanadu’s official Facebook page showing Tan Le and Kim Vu “Scouting” themselves.

Development of this project happened rather rapidly if you count only the time since it was announced until now – that, again, being less than a year. If you’re counting the amount of time since Scanadu co-founder Walter De Brouwer prototyped his first tricorder effort, it’s a bit more extended. De Brouwer’s first tricorder was backpack-sized and didn’t quite have the consumer potential that this new SCOUT project does.

The SCOUT will retail for under $150 and is small enough to easily slip into your pocket – and it’s not just made for doctors. In fact, De Brouwer made it clear this week with FastCO that it’s made primarily for those everyday citizens that want to keep themselves monitored on a daily basis.

“We really want to show people their health stream. You go to a doctor and you get data points. You probably forget about them. But in this time of personalized readings we should have personalized parameters. What is a fever for me might not be a fever for you.” – De Brouwer

The SCOUT is just one entry in the massive rally for the Qualcomm Tricorder X prize – that being $10 million USD for the best tricorder that meets specifications set up by Qualcomm itself. In addition to the SCOUT, Scanadu is bringing forth a couple more medical-oriented tiny gadgets as well: ScanaFlo and ScanaFlu.

The ScanaFlo is a urine analysis system made specifically for pregnant women, scanning for signs of complications like preeclampsia and diabetes. The device works with a set of 20 cartridges that are dipped in urine with data sent back to the Scanadu app – again, on your smartphone. ScanaFlu is a saliva test that’s made primarily for the flu, but also checks for upper respiratory infections of many kinds. Each of these three products is set to be released by the end of 2013 in their final form.


Scanadu SCOUT Medical Tricorder recalls Star Trek – and it’s real is written by Chris Burns & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.


Scanadu’s Scout tricorder and companion app detect what ails you, arrive in 2013 for $150

Scanadu's Scout tricorder and companion app detect what ails you, arrive in 2013 for $150

The quest to create a tricorder began many years ago, when such a device was but a figment of Gene Roddenberry’s vivid imagination. However, his vision has crept ever closer to reality in recent years, with many researchers crafting devices capable of gathering human health data and the creation of an X Prize competition to spur further tricorder development.

Scanadu is a company that’s answered the X Prize bell and is aiming to bring just such a device to market by late next year for a mere $150. Called Scout, the tricorder is roughly two inches square and a half an inch thick and packs a rechargeable battery, IR , EEG and EKG scanners, plus an accelerometer, Bluetooth radio and a micro-USB port. That hardware, when combined with Scout’s companion smartphone app can track a person’s heart rate, breathing rate, body temperature, pulse transit (essentially systolic blood pressure) and blood oxygenation.

To gather that data, users first must download the free Scout app and pair the tricorder hardware with their Android, iOS or BB7 handset via Bluetooth. Then it’s simply a matter of pinching the device between their thumb and finger and holding it against their temple for ten seconds while the app takes the necessary readings. From there, the app can track your data over the long haul and provide an accurate picture of your health. We had a chance to see functional and production Scout prototypes and to speak with Scanadu CEO Walter De Brouwer and Chief Medical Officer Dr. Alan Greene about Scout’s development, so join us after the break for more.

Continue reading Scanadu’s Scout tricorder and companion app detect what ails you, arrive in 2013 for $150

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Need a New Knee? Print One

While modern medical technology has not reached the stage where one is able to get a robotic prosthetics in the same vein as that of Anakin Skywalker when he received a lesson in lightsaber dueling against Count Dooku, we have arrived at the edge of the doorstep, where one might be able to print 3D cartilage constructs as and when required. This is what a bunch of researchers over at the Wake Forest Institute for Regenerative Medicine have demonstrated recently using a novel bioprinter that relies on a couple of low-cost fabrication techniques so that it can deliver a structure which is not only durable but biologically active.

An electrospinning machine will rely on an electrical current to generate the kind of extremely fine fibers required from a polymer, resulting in a strong and porous structure. Following that, a common inkjet printer will deposit layers of natural gel, while a solution of cartilage cells is also put into the structure. You end up with a hybrid synthetic and natural cartilage construct which does seem to resemble that of actual cartilage after eight weeks of implantation in mice under earlier experiments. Hopefully, humans will be next without any devious side effects.

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[ Need a New Knee? Print One copyright by Coolest Gadgets ]


Sonar Vision Helps Blind “See”

A bunch of researchers over at the Hebrew University of Jerusalem have managed to come up with a new device that will assist congenitally blind people to “see” again, at least, up to a certain extent. Touted as a kind of “sonar vision” device, it is capable of transforming images into sound, which is the opposite of what fictional characters like Daredevil (aka Matt Murdock) process, which enables the blind to perceive visual information using the ear.

Basically, this sonar system will turn images into sounds thanks to a clever combination of a video camera that has been embedded in a pair of eyeglasses, alongside a laptop for processing purposes and a pair of headphones. Someone will need to go through approximately 70 hours of specialized training beforehand so that they can identify the different kinds of shapes transformed into sound. Once the training period is over, the blind person could end up being extremely adept at perceiving information, including the location of a person in a room, as well as reading words and letters.

By Ubergizmo. Related articles: NEC DNA Analyzer Miniaturized, Blood Pressure Monitor Loses Cuff,

Auto Manufacturers Developing Cars With Biometric Sensors

Car manufacturers are racing to develop technologies that can measure heart rate, blood pressure, and other biometric responses. The cars are equipped with so-called biometric sensors and they can track a driver’s vital health signs, including pulse, breathing and skin conductance. The technology is already present on a few Lexus and Mercedes-Benz models. For example, these cars will beep and flash a coffee-cup image to remind the driver that he or she is getting drowsy and that it’s time for a break.

Mercedes-Benz already owns a technology called Attention Assist which comes pre-installed on its C-class sedans and S-class models. Other car makers deeply involved in such technologies include Ford, Ferrari, and Toyota. The technology is ripe considering the rising number of stressed and heavily distracted motorists we have nowadays. The announcement also comes in a time where medical-monitoring technology is at its highest. Technology-wise, the car biometric sensors also takes us a step closer into the future of self-driving cars.

By Ubergizmo. Related articles: “Who’s Your Daddy” truck is a mobile paternity test lab, LED traffic light helps colorblind drivers on the road,

Heart-Rate-Monitoring Smart Socks Tell Parents, Yes, the Baby Is Still Breathing

Students at Brigham Young University are developing a high-tech piece of baby wear that will help put parents worried about Sudden Infant Death Syndrome at ease. Using a built-in pulse oximeter, their wireless smart sock can monitor both a sleeping child’s heart and breathing rates without hindering them from getting the rest they need. More »

Artificial Cartilage Generated With 3D Printer

Cartilage is an essential body structure that has the consistency of plastic and amazing properties like being able to bear weight, but yet be much more flexible than bone. Unlike bone, it does not contain any blood vessel or nerves, which makes it a prime target for artificial replacements.

A team at North Carolina’s Wake Forest Institute for Regenerative Medicine has developed a way to print a cartilage replacement, using a 3D printer. We have previously reported on heart growth, printed human tissue, or even printed prosthetic teeth, but this particular technique creates a polymer porous structure on which the body can grow natural cartilage.

At the moment, the test subjects were mice, but according to the researchers the technique works and it has potential for use in patients.

By Ubergizmo. Related articles: NEC DNA Analyzer Miniaturized, Blood Pressure Monitor Loses Cuff,

Second Sight Argus II Retinal Prosthesis

Out of the five senses that you have, which is the one that you would deem to be most important? It would be an extremely difficult question for me to answer, as I treasure my sight, smell, touch, taste and hearing equally – and lacking in one is more than enough to make life difficult. Having said that, I salute the indomitable human spirit and those who have achieved so much more than normal able-bodied folks even when missing one (or more) of the five senses. Having said that, there is some hope for the blind thanks to the efforts of Second Sight who came up with the Argus II Retinal Prosthesis.

This rather unique piece of technology will basically allow a blind user to “see” objects, as well as colors and movement within their environment. Just how is this achieved? Normally, it is done thanks to the assistance of a video-camera-equipped pair of glasses that is worn by the user. However, a recent experiment saw researchers do away with the camera, and they instead transmitted visual Braille patterns straight to a blind test subject’s retina.

The Argus II works this way – the prosthesis will be implanted in a blind user’s eye, where it will be placed with an array of 60 electrodes against the surface of the retina. The accompanying video glasses will be able to take in the view in front of the user, where it will then convert the video signal into electrical pulses. These pulses are sent to the implanted electrodes wirelessly, which in turn respond by selectively stimulating retinal nerve cells.

You won’t end up with normal vision, but they are more than capable of letting some users make out individual printed letters, now how about that? Imagine letting a user see braille right there with their eyes – since they are already so used to braille characters, it makes perfect sense to continue reading in that language, even though they can make out regular letters and numbers.

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[ Second Sight Argus II Retinal Prosthesis copyright by Coolest Gadgets ]


NEC DNA Analyzer Miniaturized

The word “miniaturize” is a very subjective word, and how small a particular device is really depends on what the original size is. Well, here we are with NEC and a DNA analyzer that has been shrunken down to the size of a suitcase. According to NEC, this particular DNA analyzer is capable of processing samples right at the crime or disaster scene, taking as little as 25 minutes to churn out a particular result. No idea on whether it is accurate or not, but I guess NEC would not be horsing around if it isn’t.

According to NEC, this particular DNA analyzer is tipped for a global launch sometime in 2014, where it ought to retail for approximately $120,000. Capable of outputting samples which can be matched in a jiffy thanks to an increasing number of DNA databases located around the world. NEC spokesperson Marita Takahashi said, “At first we will target investigative organizations, like police. We will also push its use on victims of natural disasters, to quickly match samples from siblings and parents.”

By Ubergizmo. Related articles: Blood Pressure Monitor Loses Cuff, Cooling Glove boosts athletes’ performance sans drugs,

Sony teases new work in progress 20.5-inch OLED display for medical use

Sony was the first company on the market with a OLED TV in 2009. The problem with the TV was that it had a very small screen at 11-inches and a very big price tag. The TV was only on the market for a few years before Sony stopped producing it partly because of poor sales.

Despite Sony’s first retail OLED product being discontinued, Sony has still been working on OLED technology. Sony’s medical systems division has recently teased a new OLED display that is a work in progress. Sony is specific in noting that the 20.5-inch OLED display is not available for sale in the United States.

The display isn’t available anywhere else for that matter. Sony is offering some details on the monitor other than noting it has a 20.5-inch screen. The display uses a monochrome organic light emitting diode panel. The display is monochrome because it aimed at medical imaging such as x-rays and other procedures where color isn’t as important as high resolution and contrast.

The display has a resolution of 2048 x 2560 and promises exceptionally high contrast and deep, rich black reproduction. Sony says that the black level for the display is less than 0.001 cd/M² and 500cd/M². All of the specifications offered are preliminary. Sony will show off its new 20.5-inch display at the Radiological Society of North America meeting in Chicago later this month. There is no indication of when this display might come to market.


Sony teases new work in progress 20.5-inch OLED display for medical use is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.