Amiigo fitness bracelet recognizes the exercise you’re doing

There are several fitness bracelets on the market that help you track your activity via a smartphone app. These devices typically involve sensors on your arm or placed in a shoe. The Amiigo is a fitness bracelet that works in conjunction with an app on the iPhone or Android devices.

amiigo

This bracelet offers more functionality than some of the products on the market with the ability to track specific exercises, reps, sets, heart rate, calories burned, and more. The bracelet also has gesture recognition technology that allows it to detect what exercise you’re performing and how your body is responding. The bracelet knows if you are using an elliptical machine, running, swimming, or doing squats.

The device can identify and track over 100 different activities and correlate activities with information about your body such as heart rate and oxygen saturation in the blood. The bracelet is constructed of plastic elastomers and stainless steel. The electronics are waterproof and accessories are available to customize the color.

The bracelet communicates with a smartphone via Bluetooth. The sensor can also be worn on your shoe if you don’t like things on your wrists. The bracelet is micro-adjustable allowing for a comfortable fit no matter what size your wrist is. The Amiigo is on Indiegogo right now and a pledge of $99 will get you one of the devices when they ship this June. The project was seeking $90,000 and has raised $196,443 with 35 days to go.

[via Indiegogo]


Amiigo fitness bracelet recognizes the exercise you’re doing is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

FDA Says It’s OK to Have Robot Doctors

The FDA has approved the first robot doctor, a machine created by iRobot, the same company that made your Roomba. More »

Apple Patents Smart Shoes That Feature Embedded Sensors, And Alarms For When You Need New Ones

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Apple has been dabbling in wearable tech, at least when it comes to the U.S. Patent Office, and a new application uncovered Thursday by AppleInsider adds to that growing category. Apple has filed for a patent covering so-called “smart shoe” systems which feature sensors that can track wear and usage and tell you when you need to replace them, charting your progress on a companion app for a mobile device, or via built-in LED lights, speakers or displays.

In its description of how this would work, Apple suggests embedding the processor and other electronics in the shoe’s heel, where there is plenty of room to house such components. Sensors can be housed in the sole, heel, and all along the shoe at points where detecting where provides a good indication of how worn out a shoe is getting. The sensors could include simple pedometers, activity or motion detectors that can translate any kind of motion into a timed unit of use (which can tell a user if they’re past the 500 hours recommended for a walking shoe, for instance), or a body bar that can detect weight and resistance to give more of a qualitative measure to use.

The power for the sensors can either be supplied by a built-in battery, or from a generator that uses the actual motion of walking to recharge an energy store. Why not harness kinetic energy when the whole point of what you’re making is to track movement to begin with?

Apple has applied for patents related to shoes before, like the one it was granted last January for embedded sensors in clothing that could inform your workouts. The idea is that the best way to craft workouts to actually help people achieve their goals is by monitoring their actual activity as reported by the garments closest to their bodies, rather than through depending on individuals to report their own habits accurately. Today’s shoe patent filing isn’t focused on health quite as directly, but it could be used in tandem with that kind of system to provide a holistic view of workout and activity habits, including how fast and often you’re wearing out your footwear.

While many companies are looking at wearable computing in the form of smart watches or glasses-based heads-up interfaces (Apple included), there seems to be a background current at Apple devoted to more subtle and invisible incarnations of on-body tech. As with any patents, there’s no guarantee we’ll ever see these inventions ship, but wearable computing is bound to be a growing concern for any major consumer electronics maker in the next few years.

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Texting While Driving Hands-Free Is Still Very Unsafe, Says Science

California just passed a law that says drivers are free to text and email while they drive, as long as they’re doing it by voice. Sounds safer, right? Not exactly, according to quite a bit of research. More »

Silver sheath of death kills STDs

A group of researchers from Canada has announced that they have devised a new silver nanoparticle coating for condoms that could help to completely inactivate HIV and other STDs. According to the researchers, condoms have a 15% failure rate and to help improve the effectiveness of condoms the team of researchers from the University of Manitoba soaked condoms in a solution packed with microscopic silver nanoparticles.

condom

According to the researchers, the treated condoms were able to defeat all HIV and herpes in lab experiments. According to researchers, when their silver nanoparticle condoms contacted HIV, the infectiousness of the virus was completely inactivated. Silver has been used as a disinfectant for many years. We’ve seen silver nanoparticles used in things in the technology world as well, such as keyboards with antibacterial properties.

The scientists say that when silver is turned into tiny nanoparticles that it becomes more effective at fighting bacteria and viruses. The small size of the tiny particles of silver allows them to be applied to a polyurethane condom without changing the condom size or shape. The scientists do admit to not completely understanding exactly how the silver nanoparticles are able to neutralize HIV and other viruses.

The scientists believe that it’s possible the silver ions released are able to attach to the virus and prevent the virus from binding to cell receptors in the host body. The scientists also believe that an alternate method of activity could be that the silver nanoparticles change a key protein on the surface of the virus to stop it from sticking the host cells. The scientists also report that silver nanoparticles don’t cause inflammation associated with other antiviral or antimicrobial substances condoms have been coated with in the past, such as nonoxynol-9. The next stage in research will be animal testing, so commercial availability is still a long way off.

[via National Post]


Silver sheath of death kills STDs is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Scientists at Cambridge University find quadruple helix DNA in human cells

If you’ve ever studied genetics in school or college, you’ll know that the structure of DNA is a double helix. You likely know that DNA carries all of our genetic code. While traditionally we think of only double helix DNA, scientists from Cambridge University in England have made an interesting discovery.

quad-helix

According to the researchers, a quadruple helix is also present in some cells and is believed to relate to cancer in some ways. According to the researchers, controlling these quadruple helix structures could provide new ways to fight cancer. The scientists believe the quadruple helix may form when the cell has a certain genotype or operates in a certain dysfunctional state.

Scientists have been able to produce quadruple helix material in test tubes for years. The material produced is called the G-quadruplex. The G refers to guanine, which is one of the base pairs that hold DNA together. The new research performed at the University is believed to be the first to firmly pinpoint quadruple helix in human cells.

The team of scientists were able to produce specific antibody proteins designed to track down and find to regions of human DNA rich in the quadruplex structure. The antibodies were tagged with a florescence marker so the emergence of the structures in the cell could be tracked and imaged. The researchers were able to determine that most frequent occurrence of the quadruple helix DNA arose during the “S-phase” when a cell copies DNA prior to dividing. The G-quadruplex could be implemented in the development of some cancers according to the researchers and they believe that it could be possible to make synthetic molecules that contain the structure and block the runaway cell proliferation that cause tumors.

“The existence of these structures may be loaded when the cell has a certain genotype or a certain dysfunctional state,” said Prof Shankar Balasubramanian from Cambridge’s department of chemistry.

“We need to prove that; but if that is the case, targeting them with synthetic molecules could be an interesting way of selectively targeting those cells that have this dysfunction,” he told BBC News.

[via BBC]


Scientists at Cambridge University find quadruple helix DNA in human cells is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Android tablet and smartphone 12-lead EKG machine launches

There’s a huge number of applications and accessories out there for tablets and smartphones for people who are health conscious or have some sort a health problem that needs to be monitored. People who have heart conditions often have to have frequent EKGs to be sure everything with their heart is working normally. The problem is that going into the doctor’s office or to the hospital to have an EKG can cost a lot of money.

ekg

A new portable EKG system that interfaces with Android tablets and smartphones has debuted called CardioCard Mobile. The system uses Bluetooth to connect to Android smartphones and tablets or computers. The system is designed to save EKG readings as PDF files allowing them to be e-mailed anywhere right from the Android device or a computer. That feature makes it easy for users to keep doctors informed about their health.

The device performs 12 lead simultaneous interpretive acquisition and has a sampling rate of 250 to 1000 Hz. The device supports ECG interpretation classes including MLS, blocks, enlargements, axis, and afib. The system also allows users to save EKG readings directly to their device.

The EKG system promises hospital level accuracy and quality and promises to be easy-to-use. The system isn’t cheap at $1895. However, if you have to go into the hospital for frequent EKGs it may pay for itself in a few saved trips. I can see these things in use with home health care providers.

[via MedicalDeviceDepot]


Android tablet and smartphone 12-lead EKG machine launches is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Withings unveils world’s first Internet connected baby and toddler scale

One of the many things that new parents can become obsessed with is their baby’s weight. Parents want to be sure that the baby is getting enough nutrition and growing as the little one is supposed to. Sften they end up standing on their own scale holding the baby and doing math to try to figure out if their little one is gaining weight, as they should. This fascination with being sure your child grows appropriately is understandable and encouraged by many pediatricians.

withings-baby

Withings is the maker of the interesting Internet connected scale for adults that will share your weight with social networking sites if you want it to. The company has just launched a new Internet connected scale and the United States specifically made for children. The scale is called the Withings Smart Kid Scale and the company says that it can help parents keep kids interested in maintaining a healthy weight from a young age.

The scale has integrated Wi-Fi and Bluetooth connectivity allowing it to connect with your smart phone and an app called the Withings Baby Companion application. The app allows parents to track the history of the child’s weight readings allowing them to share readings with doctors and family. The child’s scale has a weight range of zero through 55 pounds.

The scale accuracy is within 10 g. The scale also features a large graphical display with 120 x 58 pixel resolution and power comes from for AAA batteries. The scale is designed to be used for children from infancy up to eight years old. The scale also allows parents to track height in addition to weight and the scale ships with a folding, interlocking baby basket for infants. The scale is available now for $179.95.

[via Withings]


Withings unveils world’s first Internet connected baby and toddler scale is written by Shane McGlaun & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Glooko Receives FDA Clearance For Its Mobile Diabetes Tracker, Hires Intuit Health Exec As Its First CEO

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Back in September, Glooko announced the release of a new version of its iOS app, a digital logbook which helps people with diabetes track their blood glucose levels from their smartphone. The new app brought support for six additional glucose meters, meaning that Glooko is now compatible with more than 17 different devices — a sign of the headway the startup has made in its march toward meter agnosticism. Diabetes, as with any condition that requires constant monitoring and tracking (often via multiple devices), has been in sore need of better data and device interoperability, and Glooko is on a mission to do just that.

While there are a ton of digital logbooks in the app store for those who regularly check blood sugar levels, most require users to enter data manually. Since launching in late 2011, Glooko has set itself apart by allowing them to download readings from multiple devices automatically. However, up until now, Glooko’s Logbook Charts — an app that gives users robust analysis and visualizations of glucose data — has only been available in Europe, but that changed today, as Glooko announced that has received 510(k) clearance from the FDA, allowing it to expand distribution and bring products like Logbook Charts to the U.S.

This is a significant achievement for Glooko, especially considering that FDA approval isn’t something that comes easily or that happens overnight and can require months or years of effort to meet the government’s stringent regulations. But now that it has regulatory approval as a Class 2 device, Glooko is clear to sell its products over the counter as well as directly to consumers. It also allows the startup to begin courting healthcare providers, which gives them access to a huge market of potential institutional customers.

With the nod of approval from the FDA, the startup is also announcing today that it has new leadership at the helm, as Rick Altinger joins Glooko as CEO and Dean Lucas as its new VP of product development. Altinger is the company’s first CEO and brings over 15 years of industry experience in healthcare services, serving most recently as an executive at Intuit Health, where he led the company’s acquisition of Medfusion.

Lucas, too, is a veteran of the healthcare industry with 17 years of experience under his belt, having led interface and product design for both Doximity and Epocrates — the latter of which was recently acquired by Athenahealth for $293 million. He will also reportedly has plans to help bring Glooko to Android, which is welcome news to Glooko users who have endured a long wait for an iOS alternative.

The Center for Disease Control has reported that 25.8 million Americans — 8.3 percent of the population — have diabetes and an estimated 79 million have prediabetes, making it one of the most pervasive diseases in the U.S. As a result, there’s a huge opportunity for digital health startups in leveraging technology to help those who suffer from the disease to better manage its symptoms. Startups like Glooko and Omada Health represent the next generation of care and prevention, finally helping the country address a critical disease that costs it $200 billion each year.

“Lack of support across multiple meter types and differing data transfer methods have long withheld a truly unified diabetes management solution,” says the company’s new CEO. “By creating a universal diabetes management platform, Glooko is beginning to crack the code, and I look forward to continued innovation and implementation of Glooko across healthcare as a unifying force in a disjointed ecosystem.”

To date, Glooko has raised $3.5 million in funding from The Social+Capital Partnership, Bill Campbell, Vint Cerf, Judy Estrin, Andy Hertzfeld, Venky Harinarayan, Russell Hirsch and Xtreme Labs.