Sports Medicine Archives

CamNtech Receives FDA Clearance for Wrist-Worn Motion Tracker and Diary

MotionWatch 8 CamNtech Receives FDA Clearance for Wrist Worn Motion Tracker and Diary CamNtech has received FDA approval for two wrist-worn products to monitor patient activity for clinical purposes and in research trials. First is the MotionWatch 8, a small and light-weight waterproof wrist-worn device that uses a digital tri-axial accelerometer to monitor patient activity, similarly to many consumer fitness trackers. Furthermore, it contains a light sensor and activity marker. Data can be transferred to a PC using a USB connection. Accompanying software converts the data into activity plots to quantify the intensity and duration of daily physical activity. Example use cases indicated by CamNtech include as an indicator of a particular lifestyle, to monitor the effects on mobility of a medical condition or efficacy of its treatment, or to identify irregular activity patterns for assessment of sleep quality.

PRO Diary CamNtech Receives FDA Clearance for Wrist Worn Motion Tracker and Diary The second cleared device is the PRO-Diary, a compact wrist–worn electronic diary which also integrates the same activity monitor as the MotionWatch. The PRO–Diary features an OLED screen along with a touch sensitive slider and two buttons, which enables patients to answer questions at any moment of the day. Questionnaires are uploaded to the device via USB and questions can be asked at given times, random times or can be user initiated. The PRO-Diary has a battery life of two weeks. By being on the patient’s wrist at all times, the PRO–Diary should result in higher levels of compliance than paper based or other electronic alternatives.

Press release: MotionWatch and PRO-Diary gain FDA clearance…

Product pages: MotionWatch 8…; PRO-Diary…

Atlas, a Fitness Tracker with Improved Exercise Identification and Repetition Counting

Atlas, a Fitness Tracker with Improved Exercise Identification and Repetition Counting

Atlas (Austin, TX) is developing a new fitness tracker that stands out from the plethora of similar devices on the market due to its accurate exercise identification capability. Most fitness trackers do a good job as pedometers, but are unable to accurately quantify exercise routines that involve repeated motion of the arms, such as while swimming or playing tennis. The Atlas fitness tracker can reportedly identify simple hand motions and can distinguish between push-ups and triangle push ups.

Like most other fitness trackers, the Atlas logs the workouts and calories burned with minimal input from the user. The device has an on-wrist display that provides instantaneous workout results to the user in the form of heart rate, calories burned, intensity of exercise, and the number of repetitions completed. The tracker syncs to an iOS app (as well as third party apps like Fitocracy and MapMyFitness) that processes the data from the tracker to only provide the user a graph of their daily workout results, but can also provide feedback in the form of posture and balance while performing certain exercises. The Atlas, that has 3D tracking for exercise identification, allows the user to see how his or her body is affected by certain exercises and provides estimates for body recovery time.

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Actiwatch Spectrum Plus for Scientific Sleep, Activity, Light Exposure Monitoring

Actiwatch Spectrum Plus for Scientific Sleep, Activity, Light Exposure Monitoring

While activity trackers seem like a fresh new thing, they’ve existed in various forms for decades and were used primarily by scientists studying sleep and the many sleep disorders that people suffer from. Specifically for the scientific market, Philips Respironics, a Pittsburgh-based subsidiary of Philips, has released its new Actiwatch Spectrum Plus activity, sleep, and light-exposure tracker.

The device detects if it’s actually being worn, records that information, and can start an alarm to remind the user to put it on. The light sensor detects not just the brightness levels, but also the color composition of the light, so a more comprehensive assessment of the environment can be performed. Moreover, a button on the watch allows the user to mark an event, like when getting to and finishing work.

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Skulpt Aim Tracks Muscle Activity and Monitors Body Fat (VIDEO)

Skulpt Aim Tracks Muscle Activity and Monitors Body Fat (VIDEO)

Skulpt (Davie, FL) is developing a novel fitness tracking device called Aim that is able to measure both fat percentage and muscle quality using electrical impedance myography. The device is targeted towards fitness enthusiasts and is marketed as an improvement over merely tracking BMI and weight using a scale. The Aim device consists of a handheld unit that is pressed against a major muscle to measure the fat percentage and muscle quality metric, which is an indication of a muscle’s strength and tone.

The underside of the Aim consists of 12 electrodes that measure how current moves through the target muscles. It is recommended that the user take measurements at four sites (biceps, triceps, abs, and thighs) to obtain a snapshot of the total body fat percentage and muscle quality, with each measurement taking less than a second. The measurements are instantly displayed on the device’s LED screen. The Aim also includes Bluetooth communication to allow the user to monitor his or her fitness through an online dashboard. The online companion tool allows the user to set workout goals to reach a certain muscle quality target and also provides active fitness advice to the user. The Aim is water resistant, allowing for it to be used in a wide range of environments and the rechargeable battery can last up to two months at a time.

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UnitedHealthcare, Konami, Zamzee Aim to (Dance Dance) Revolutionize Childhood Obesity

UnitedHealthcare, Konami, Zamzee Aim to (Dance Dance) Revolutionize Childhood Obesity

Childhood obesity is a growing epidemic. According to the WHO, over 40 million children across the world were overweight in 2011, 10 million of which were in developed countries. As technology makes it increasingly easy for children to have their eyes glued to the television or their fingertips to their tablets, physical activity seems harder to come by. To address this issue, UnitedHealthCare, Konami, and Zamzee are turning to the old adage: if you can’t beat ‘em, join ‘em.

The three announced their partnership at CES 2014, and plan to reduce childhood obesity through “exergaming,” an emerging concept that uses video gaming as a motivator for physical exercise.  Dance Dance Revolution (DDR), a popular game by Konami, prompts players to move and step on a special gamepad to the beat of a song, and has often been praised for its innovative and fun approach to physical activity.  UnitedHealthcare and Konami have been rolling out DDR: Classroom Edition to schools across the U.S. to study its impact on students’ health, well-being, and exercise habits.  A second initiative is aimed at investigating the benefits of the Zamzee, a fitness wearable targeted at children.  It’s placed on a shoe and measures the time and intensity of physical activity.  As children exercise more with the Zamzee, they are rewarded with more “pointz,” which can be cashed-in for real-life prizes, such as Xbox consoles. The pointz and activity logs can be visualized through Zamzee’s website and apps for easy monitoring.

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Zensorium Tinké, an iPhone Connected Pulse Oximeter (VIDEO)

Zensorium Tinké, an iPhone Connected Pulse Oximeter (VIDEO)

Zensorium, a Singapore-based startup was showing off at CES in Las Vegas its iPhone pulse oximeter called Tinké, that provides continuous blood oxygen level monitoring. Along with measuring oxygen levels, Tinké also tracks the heart rate, respiratory rate, and heart rate variability. The device, which weighs .4 oz (10.7g), works with a companion iOS app that displays the different cardiac metrics measured. The app displays a Vita index that is a fitness score computed from the user’s heart rate, blood oxygen level and respiratory rate. The app also displays a Zen score based on the heart rate variability data, and is a supposed measure of the user’s state of relaxation.

In order to use the Tinké , it is first connected to the dock connector of the iPhone. The user needs to wait untill a red light appears on the device, after which the user is required to place his or her thumb over the two holes on top of the unit and the reading is taken. The iOS app automatically registers and tracks daily readings and helps users track their cardiac metrics over an extended time.

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iHealth Launches New Wristworn Pulse Oximeter, Ambulatory Heart and Blood Pressure Monitors at CES 2014

iHealth Launches New Wristworn Pulse Oximeter, Ambulatory Heart and Blood Pressure Monitors at CES 2014

iHealth (Mountain View,CA), a subsidiary of China-based Andon Health, launched a new wristworn pulse oximeter, an ambulatory heart monitor, and an ambulatory blood pressure monitor at CES 2014. The pulse oximeter continuously measures blood oxygen saturation (SpO2) and pulse rate at the finger tip, and is connected to a wrist strap that has an LED display showing the readings. The device also syncs via Bluetooth to the iHealth iOS app to display and track blood oxygen levels over time. Like other pulse oximeters, the device works by projecting two light beams, one red and the other infrared, onto the blood vessels in the finger. Oxygenated blood absorbs more infrared light and allows more red light to pass through, whereas deoxygenated blood absorbs more red light and allows more infrared light to pass through. A photodetector opposite the light emitters measures the ratio of red to infrared light received and from that calculates the amount of oxygen in the blood.

The second device unveiled by iHealth is an ambulatory heart rhythm monitor that is attached to the user’s chest using an adhesive patch. The monitor syncs with an iOS device using Bluetooth connectivity and displays a complete ECG on the user’s phone.

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Tao WellShell: A Smart Fitness Tracker With Isometric Resistance Training (VIDEO)

Tao WellShell: A Smart Fitness Tracker With Isometric Resistance Training (VIDEO)

Tao Wellness, a brand owned by EZD Productions, a Mountain View, CA based intellectual property company, has launched an activity tracker called Tao WellShell that can create isometric resistance for users to exercise on the go. Users of the Tao WellShell burn calories by squeezing on the device using their palms or any other part of the body, in repetitive patterns of approximately 10 seconds each. This exercise device, that can be used while flying on a plane and reading a book at the same time, provides users with audio coaching and encouragement based on their squeezing pressure and number of repetitions.

A companion Android/iOS app offers users more than 50 different exercise recommendations and helps to compile daily exercise performance. The Tao WellShell syncs with smartphones through Bluetooth 2.0 and can be used as a controller for video and mobile games, all along helping users burn calories using isometric principles without the need for excessive motion. The device, which weighs 5.3 oz., has pressure sensors, a high resolution, ultra low power three-axis accelerometer, an optoelectronic heart rate sensor, a GPS tracker and a gyroscope. Along with isometric resistance, the WellShell can also perform other tasks such as sleep quality tracking, estimating calories burned, route taken and heart rate monitoring. The device has a built-in lithium ion battery that runs all the available features for up to 16 hours on a single charge, and there’s a power save mode available that will run for up to a week on one charge.

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Heart Rate Monitoring Earphones and Matching Activity Tracker Coming Soon from LG

Heart Rate Monitoring Earphones and Matching Activity Tracker Coming Soon from LG

LG has unveiled the company’s new technology called HRM Earphone Heart Rate Monitor that will track metabolic rate and maximum oxygen consumption (VO2 max) while you listen to your favorite tunes, and the Lifeband Touch activity tracker that works in concert with it. The earphones continuously monitor distance, calories, steps taken, 3-axis accelerometer direction of movement, while also providing the user with high quality audio (aptX system) and featuring a built-in mic. The HRM Earphones are connected to a small medallion device that processes data and passes it on via Bluetooth to the user’s LG Fitness App on their smartphone. This info can also be transferred onto an LG Lifeband Touch Activity Tracker, a watch-like device equipped with an OLED panel that provides at-a-glance view of incoming calls, the time, music controls, and real-time biometric data being collected.

The HRM Earphones and Lifeband Touch Activity Tracker are both expected to be available this coming spring for $179.99.

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