Tuesday, November 4, 2014

MusicGlove: World’s First FDA Approved Music-Based Hand Rehabilitation Device

When it comes to therapy for stroke patients, we picture mundane, boring exercises that they have to perform for months, and sometimes years. How great would it be to add excitement and fun  to the entire regime so that patients are actually motivated (and even look forward) to continue to exercise and feel better?

MusicGlove does just that. A glove that lets you play a Guitar Hero like game on a tablet or a bigger screen, it is meant for people who have survived strokes or have other neurological and muscular injuries that limit the movement of their hands. A study has shown that patients who use MusicGlove for therapy show significant improvement in their hand movements only after two weeks as compared to people who go through traditional therapy. It requires minimal interaction with the  therapist and the patient can "play" it whenever they want to.

Plus, there's music!

MusicGlove is priced at $1,149 (or $99 for 12 months) for the Home Version (comes with a 10 inch tablet) and $4,199 for the Clinic Version (comes with a 21 inch monitor.

Watch the video to see it in action and read the following press release to know more about MusicGlove - what it does, how it does it, and where to order it from.

Press Release

(Irvine, CA) - October 23, 2014 – Flint Rehabilitation Devices today introduced MusicGlove™ (#musicglove), the world’s first FDA approved, clinically validated hand rehabilitation (#rehabilitation) device that uses music and gaming to make therapy (#therapy) fun and effective for the over six million people with stroke or other neurological or muscular injuries. The device, which helps increase users’ attention span, neuropsychological scores, cognitive functioning, well-being and recovery, empowers them to regain their independence by delivering a motivating therapy regimen that significantly restores hand function in just two weeks (Friedman et al., 2014). MusicGlove is now available for purchase at www.musicglove.com/shop/ in both a Home Version from $1,149.00USD (or $99.00USD/month for twelve months) and a Clinic Version from $4,199.00USD.

The device features a sensorized glove that tracks a user’s hand movements. This allows them to play the included therapy-based game by completing specific movements along with scrolling notes displayed on a touch screen console that are timed to the rhythm of upbeat songs (similar to Guitar Hero). These movements, such as ‘pincer grasp’ and ‘key pinch grip,’ are vital to regaining the ability to use the hand after neural damage. MusicGlove motivates a high number of intensive and functional movements that have been proven[1] to lead to clinically significant improvements in hand function.

Picture of home version of MusicGlove that comes with the glove and a 10 inch tablet
MusicGlove is portable, easy-to-setup and easy-to-use so users can practice effective rehabilitation from the comfort of their home or on the go. Initial setup takes less than two minutes and requires no prior knowledge of how to use a computer. MusicGlove comes with everything needed to get started, right out of the box, including a dedicated 10-inch tablet (Home Version) or a 21-inch monitor (Clinic Version), the Glove, custom headphones, all connection cables and a user manual. MusicGlove is FDA approved for purchase without a prescription so users do not have to wait to start playing their way to a better life!

“Engaging with music offers a form of therapy that will keep users motivated to continue their rehabilitation regimen, and facilitates a user’s hand’s ability to recover after a stroke,” said Nizan Friedman, Ph.D., president and co-founder of Flint Rehabilitation Devices, LLC. “As music is naturally highly repetitive, people using MusicGlove typically make over 2,000 movements in a 45 minute session. In rehab, the number of repetitions is one of the most important factors for regaining hand function. Users involved in clinical studies with the device love MusicGlove and are laughing, singing along, and enjoying the experience while seeing measurable results in a short period of time.”

In addition to being fun and effective, MusicGlove changes the way clinics provide hand therapy. The device requires minimum intervention from a therapist while users play the game, so clinics can provide more intensive group therapy without increasing staff. MusicGlove also records accurate quantitative data that allows therapists to set goals for their patients and track functional improvements over time. The low price and ease of use of MusicGlove is a breath of fresh air for clinics that typically do not have access to other smart rehabilitation technology and equipment that can cost over $50,000USD and require advanced training to use.

Results of a randomized controlled trial of MusicGlove with individuals with stroke published in the
A man playing on teh clinical version of MusicGlove
Journal of Neuroengineering and Rehabilitation showed that people using MusicGlove had significantly greater improvements in hand function than people doing conventional hand exercises after only two weeks. Users reported regaining the ability to open doorknobs, type on a keyboard, wash dishes, use silverware, bathe and wash themselves, and use the restroom independently after exercising with the device.

“Options for hand therapy are typically limited to using things like play-dough, rubber bands or simply following a handout of exercises,” said Dr. David Reinkensmeyer, professor of Biomedical Engineering at the University of California in Irvine. “People lose motivation to do these exercises and do not recover to their full potential. With MusicGlove, they can have fun with their therapy while receiving quantitative feedback on their performance. This makes it easy for them to stick to their regimen, and when users get better in the game, they are actually improving their hand function.”

Another key unique benefit of MusicGlove is the continuity it provides between users’ home and clinic regimens. People with hand impairment typically only have access to therapy in outpatient clinics for one to two days per week. The rest of the time, they are left without any motivating tools to help them recover. With MusicGlove, users can continue their therapy on their own with ease. When users return to the clinic, therapists can see exactly how much exercise they did at home and how much they improved over the course of the week.

About Flint Rehabilitation Devices, LLC

Founded in 2011, Flint Rehabilitation Devices, LLC is located in Irvine, CA. Its mission is to develop effective, engaging rehabilitation devices based on the latest clinical research and engineering innovations in order to provide the spark people need to break through plateaus in their recovery and reach their maximum potential. Its flagship product, MusicGlove, which is backed by the National Institute of Health and the National Institute of Disability and Research Rehabilitation, was developed by a team of world renowned researchers and physicians that specialize in rehabilitation at the University of California in Irvine (UCI), and is now used in top rehabilitation programs in the country including the Rehabilitation Institute of Chicago (#1 in the country), Rancho Los Amigos National Rehabilitation Center (#1 in California), University of California in Los Angeles, and UCI. For more information, please visit www.musicglove.com.
[1] Friedman, N., Chan, V., Reinkensmeyer, A. N., Beroukhim, A., Zambrano, G. J., Bachman, M., & Reinkensmeyer, D. J. (2014). Retraining and assessing hand movement after stroke using the MusicGlove: comparison with conventional hand therapy and isometric grip training. Journal of neuroengineering and rehabilitation, 11(1), 76.

Monday, October 27, 2014

3D Printing And Prosthetics

This is the first of (hopefully) many to come in the future. This is a very basic primer on 3D printing and how it can be used effectively to print efficient and very cheap prosthetic limbs. I have created a "Sway" too that I will be updating on a regular basis to keep the content up to date and meaningful. It is also easier to share the "Sway" with family and friends. It can be accessed here:

If you prefer the regular blog format then read below.

What is 3D Printing?

In simplest of words, 3D printing involves printing actual objects. It is not manufacturing or creating, simply printing! And why is it called 3D printing? Because it involves a printer that connects to a computer.

The basic idea is that if you have designed a product in a CAD software, it can be printed out layer by layer using a 3D printer. There are several types of 3D printers available that use different technologies to print.

Some printers use powdered material (Selective Laser Sintering or SLS) while others use plastic or metal wire (Fused Deposition Modeling or FDM) or resin (Stereolithography).

Additional Reading: What is 3d Printing

Why is it such a big deal?

The basic principle of a 3D printer dictates that you can print objects with it. That's cool and all, but what is it about 3D printing that is causing such a huge commotion? See, what's amazing about 3D printing is that it cannot just print objects, it can print useful objects. VERY useful objects. So useful that those objects can save or extend people's lives.

Let's start with the basics.

We are not using ink - we are using glass, plastic, powder among other things to 3D print, which essentially means that we can print just about anything with a 3D printer. It's not easy to fathom the extent to which 3D printing can go. It is both mind blowing and baffling to know that 3D printing can print anything from a cute little toy to a life saving organ. Just recently, a major breakthrough in the 3D printing space allowed 3D printed tissue to survive on its own. Such breakthroughs have led to important organs like kidneys to be developed for transplants.

3D printing is fascinating.

3D Printing For Prosthetics

It's a no brainer that since we can print anything with a 3D printer, we can print prosthetics as well. There are more than 10 million amputees around the world [1]. Arranging a (traditional) prosthetic limb for them is always a challenge because of the cost involved which can range anywhere from $20,000 - $50,000. These exorbitant costs can deter anyone from pursuing an important accessory that will enhance their lives, more so because insurance companies do not cover the costs of prosthetic limbs especially for little children because they outgrow their prosthetic limb very quickly.

However, not surprisingly, 3D printers have come to the rescue of people who need artificial limbs. It is unbelievable how easily a limb can be printed by a 3D printer - layer by layer, that functions just like a traditional prosthetic limb. Believe it or not, a 3D printed prosthetic hand can cost anywhere from $5 to $100. That's it! And because of that, people are more willing to experiment with the design to come up with more efficient limbs. Outgrowing a prosthetic limb is not a worry anymore either.


There are several voluntary organizations out there that are making 3D printed prosthetic hands available for amputees at a very affordable price.

One of these organizations is Open Hand Project that makes prosthetic hands available for less than $1,000. It is an open source project which means that all the information required to create a
prosthetic hand using a 3D printer is readily available to the entire community on their website. Anyone who adds improvements to the project are shared with the entire community.

Another volunteer driven group is called E-nabling The Future which consists of engineers, students, teachers, occupational therapists, designers amongst others. This group helps print 3D prosthetics for those who need them, and the cost to print a hand may run anywhere between
$20 and $50.

Endless Opportunities

What you have read here is just the beginning. There are tons of innovations being made in the world of assistive technology using 3D printers on a regular basis! 3D printers are getting cheaper by the day, which means that more and more hobbyists and designers are getting their hands on them, fueling creativity and collaboration and taking 3D printing to a whole new level!

Last, But Not The Least

3D printers. If you or someone you know is interested in knowing more or using 3D printers, this link should be a good resource to get you started.

3d printers comparison


Cover Image [1]: Parade's Community Table
3D Printers Comparison Chart: Tom's Guide

Additional Sources:
[1]: Forbes

Tuesday, October 21, 2014

UNI: A Device That Converts Sign Language To Speech

student using UNI with teacher

Remember MotionSavvy, the company that was working on creating a device that would convert sign language into speech so the deaf and hard of hearing could use it on a daily basis even with people who don't know sign language? Well, the same company is launching a crowdfunding campaign to make this product a reality and bring it to the masses!

The device, UNI, will retail for $799 but early bird prices start at $499.  After hearing feedback from the deaf community, UNI's early bird price will be $198 (pay $99 now and $99 when UNI is shipped), and it will retail for $499 instead of $799.

Read the press release below to get a detailed understanding of what all UNI can do. It is expected to ship in Fall 2015.

Check out their Indiegogo page  and website for more details and to support them!

MotionSavvy Announces Crowdfunding Campaign to Build UNI, the First Device That Allows Both Deaf and Hearing Communities to Naturally Communicate with Each Other

First of its kind device translates sign language into audio and spoken word to text, finally empowering the Deaf and Hard of Hearing to lead full lives and boundless careers.

ALAMEDA, Calif. -- October 21, 2014 -- Can you imagine being held back in your career or having a hard time meeting new people because you were unable to talk to those around you? For the Deaf community this is an everyday struggle. That's why today, MotionSavvy is officially launching its pre-order campaign for UNI, the world’s first mobile device that enables the Deaf and Hard of Hearing to communicate with the world around them.

To see how UNI can impact lives, watch a video of how it works here:

For the 370 million Deaf people in the world and the roughly 3.7 billion others that engage with them, communication is often frustrating or awkward. And with interpreter services being a luxury that many cannot afford, most Deaf and Hard of Hearing individuals are forced to rely on clunky and degrading forms of communication--like typing out messages on their smartphones or frantically jotting down thoughts with a pen and paper--to express their needs.

Enter UNI, the first technology of its kind that utilizes motion gesture recognition to translate sign

image shows how UNI in action
language to audio and spoken word to text in real time. Built by a team of Deaf and Hard of Hearing engineers from Rochester Institute of Technology with design and programming experiences from Nintendo, Microsoft, Railcomm, Inc., and ZVRS. UNI aims to empower the Deaf community with the choice to live the lifestyles they desire at home, in public, at work or in school.

UNI is comprised of three parts: a tablet, a smart case, and a mobile app. The device works without an Internet connection to help the Deaf and Hard of Hearing communicate anywhere at anytime.

Here’s what UNI does:
  • Translates sign language into audible speech: Powered by motion gesture recognition technologies, UNI translates signs into audible speech for hearing individuals.
  • Converts spoken word to written text: Using voice recognition technology, UNI identifies audible speech and converts it to text for Deaf and Hard of Hearing individuals.
  • Recognizes your signing: Every person signs a little differently, even if they sign in the same language. The smart recognition feature allows users to train their device to recognize different gestures by adding new signs and words to the MotionSavvy Sign Language Database.

Gets smarter with every use through crowdsigning: Did you know sign language is not universal, and even American Sign Language consists of different dialects and accents? Just like Wikipedia crowdsources information, MotionSavvy adds new terms and gestures to its Sign Language Database as more people use it. This means UNI will get smarter over time to provide the most accurate translations.

“Many Deaf people live in isolation, and isolation is a dangerous mindset,” said Ryan Hait-Campbell, CEO and co-founder of MotionSavvy. “We want to open up the rest of the world to the Deaf community and give them the opportunity to go about their lives with confidence and accomplish dreams that were once thought to be impossible. UNI could make the difference for a Deaf person getting paid minimum wage as a retail backroom stocker to earning a six-figure salary as an investment banker.”

MotionSavvy is partnering with Indiegogo to launch its pre-order campaign today, with a goal to raise $100,000 to understand market fit and begin manufacturing. UNI will retail for $799, but early bird pricing starts at $499 while limited supplies last, and is expected to ship in the Fall of 2015. To learn more and pre-order a UNI, visit: www.motionsavvy.com.

About MotionSavvy

MotionSavvy is a company of Deaf and Hard of Hearing young professionals and students who are on a mission to help expand the range of communication for the Deaf and Hard of Hearing people around the world using advanced motion sensor technology. The company’s first product is UNI, the mobile communication device that translates sign language to audio and spoken language to text in real-time. Founded in 2013, MotionSavvy is headquartered in Alameda, CA.

Sunday, October 12, 2014

Prosthetic Hand Lets Amputees Feel Texture Of Objects

an amputee wearing a prosthetic hand and gripping a cherry tomato
Over the years, prosthetic hands are becoming more and more viable for people who lose their hands in accidents or were perhaps not born with one. Prosthetic limbs are great in that they help the users get back to daily routine operations. The one thing that most prosthetic limbs don't do however, is allow the wearer to feel the texture of objects that they grip. Scientists at Case Western Reserve University in Cleveland, OH have taken the prosthetic hand one step ahead by adding sensation and "feel" to the hand they have created. 

"Touch perception on the fingers and hand is essential for fine motor control, contributes to our sense of self, allows for effective communication, and aids in our fundamental perception of the world." [1]

Turns out, sensation is not felt or generated by a hand but by a certain part of the brain. When a person lose their hand, they inherently lose the input that switches on those parts of the brain responsible for sensation. By sending electric signals by a computer into nerves in the user's arm and eventually to a specific part of the brain, sensation or touch can be reactivated.

Igor Spetic, a man who lost his right hand in an industrial accident in 2005, says that he can see his arm hair raise when a cotton is brushed against his prosthetic hand.

another amputee wearing the prosthetic hand squeezing toothpaste on a toothbrushSince the amputees can now feel the texture of the object they are handling, they also know exactly how much pressure to apply to form their grip without damaging the object. With other prosthetic hands, gripping tomatoes and grapes meant creating juice instantly!

Currently, this arm can be tested and improved only in a lab setting, however, the team plans to create an implantable hand in the next five years so it could be tested at home. Detailed description of how this hand works was published in this article.

Watch the video to learn about all the research that has been going on to make this hand a success.

Source: CWRU via Gizmodo, Science Translational Medicine [1] 

Thursday, October 9, 2014

VEST: A Vest That Helps Deaf People Hear

image showing front and back of vest
We know very well that a large majority of deaf people use hearing aids or cochlear implants to amplify and hear the sounds around them. A scientist is working on another form of aid that will help deaf people convert sound to electrical signals which are sent to the brain directly - no need for an aid or implant!
This new aid, called VEST (Versatile Extra-Sensory Transducer) is an actual vest that a deaf person will wear under their shirt. Their (Android) smart phone will capture the sounds around them and send them to vibration motors on the vest real time, which will be converted to touch in the form of vibrations. These vibrations, or electric signals, are then sent to the brain directly where they are interpreted into information. With this vest, deaf people will be able to do several things that are typically either not possible for them or very difficult, like listening to traffic sounds in their surroundings, music, etc.
image showing description of how VEST works.
This device would cost approximately $2,000 - an eighth of what a cochlear implant surgery costs, and since this is something one just wears (and is hidden under their clothing), there is no need for a medical surgery.
The inventor of VEST, David Eagleman, also plans to send weather, stock market information, and tweets directly to this vest in the future. As an example, if the wearer of VEST were in a room where people were tweeting with a certain hashtag, they would get all those tweets directly into their brain!

Data around them will get directly streamed to their brain!
This vest weighs around 10 lbs but future enhancements include shedding that extra weight off.
Eagleman will be posting regular VEST updates on his website here.
Watch this Kickstarter video (that was successfully funded just yesterday to learn more about VEST and what all it can do.

Watch this three minute video to understand the bigger theoretical concepts behind VEST.

And here's a very amazing presentation by David Eagleman at Being Human last year. It's 22 minutes long but totally worth watching!

Source: Medical Daily, Kickstarter, Eagleman Laboratory

Monday, September 22, 2014

Four Senses: Cooking Show For Blind People

photo of Christine Ha, host of Four Senses, holding a dish she cooked on the show.

How would a blind foodie learn to cook new and exciting recipes? By watching a cooking show on tv, of course!

Hosted by blind chef Christine Ha, who won the MasterChef USA in 2012, the show, called Four Senses airs on AMI - Accessible Media Inc., a Toronto based channel for hearing and visually impaired people. She is accompanied by award winning chef Carl Heinrich, who is sighted. The show is not just about cooking exciting recipes, but also about how to get familiar with your own kitchen and maneuver around once you are in there. What's going on between the two hosts is constantly narrated for the viewers so they get an idea of how and what is being done - the show is full of descriptive video that explains everything - from a chef reaching into the fridge to remove an item to arranging food on a plate.

"What we see is what say (is happening in the kitchen)."

Along with cooking, the show also brings attention to eye health and gives tips on how to get independence in the kitchen. This show is a great resource for anyone with visual impairment wanting to please their friends and family, and be a rockstar in the kitchen! The show airs on Fridays at 7PM ET.

Check out Four Season on AMI's website for more details and to download recipes.

Source: Four Season on AMI via Toronto Sun

Image Source: G3ict (another great read about this show)

Monday, September 15, 2014

TALK: AAC Device That Converts Breathing to Voice

Sixteen year olds are always busy making great inventions, right? 

photo of Arsh DilbagiArsh Dilbagi from India is a finalist in the Google Science Fair 2014 with a device that is possibly going to change the lives of many people with developmental disabilities.

Arsh's invention, called TALK, is a new AAC device that let's a person with speech impairment and/or developmental disability to talk by using just their breath. The device has a sensor that is placed right below the nose or mouth, depending on the user. The user then breathes on the sensor in two types of bursts - a short burst for a dot and a longer burst for a dash. Yes, you guessed it right - this device is based on the Morse Code. These dots and dashes are then processed and converted into phrases and sentences by the internal processor and then sent to another processor that outputs the sentences into voice. 

TALK has two modes - one for communicating which is in English, and the other to gives specific commands which can be outputted in nine different languages and accents according to gender and age group. Arsh suggests that the price of TALK is only approximately $80 whereas other AAC devices that are generally used by people with motor-neuro disabilities can cost upward of $7,000. One significant advantage of this device is that since it is so small (the size of a cell phone), it can be carried by people with them all the time. They will also not be bound to a wheelchair to be able to use it. Another advantage is that people will not be twitching their muscles all the time thus causing muscle strains etc.

image showing how to use TALK
Click to enlarge
On a single charge, TALK can run for more than two days and is quite comfortable to wear.

Visit Arsh's Google Science Fair 2014 page to learn more about him and his project in greater detail. Don't forget to watch the videos below to get an understanding of what TALK does.

Source: Times of India
Image Sources: Google Science Fair 2014, NDTV

[Thank you for sharing, Savitha and Abhinav!]