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Wednesday, 05 April 2017 12:54

RT300 vs. the MyoCycle, Part 2 – Therapy

Considering buying an FES bike and exploring your options? This post is the second part of a four part guide that provides a detailed comparison between the MyoCycle and the most common alternative, the RT300.

Published in MYOLYN RSS FEED

Considering buying an FES bike and exploring your options? This post is the first part of a four part guide that provides a detailed comparison between the MyoCycle and the most common alternative, the RT300.

Published in MYOLYN RSS FEED

MYOLYN’s patent-pending functional electrical stimulation (FES) technology automatically customizes muscle stimulation to the individual patient

Gainesville, FL – MYOLYN, which creates medical technology for people with muscle weakness and paralysis, today announced that it has submitted a 510(k) to the FDA, requesting clearance of the MyoCycle Home and the MyoCycle Pro – stationary bikes that utilize MYOLYN’s patent-pending functional electrical stimulation (FES) technology.

The submission marks a major milestone for the technology startup. MYOLYN spun out from the University of Florida in 2013 and has now successfully completed development of its flagship medical device. This development was made possible by support from the University, the Florida Institute for the Commercialization of Public Research, and local angel investors.

“FES is a very promising technology that can help many people with paralysis or muscle weakness,” says MYOLYN co-founder and CEO Alan Hamlet, PhD. “MYOLYN is innovating FES solutions to make this technology more widely available. The MyoCycle is an affordable, easy-to-use FES bike that enables therapeutic, load-bearing exercise despite even complete paralysis.”

An FES bike is essentially a stationary exercise bike that someone who’s paralyzed

An FES bike is essentially a stationary exercise bike that someone who’s paralyzed can use because it activates their muscles for them. The MyoCycle is intended for general rehabilitation for relaxing muscle spasms, preventing muscle atrophy, increasing blood circulation, maintaining or increasing range of motion, and muscle re-education following disease or injury. As a result, the MyoCycle is especially beneficial for people with spinal cord injury, stroke, multiple sclerosis, Parkinson’s disease, and cerebral palsy, as well as people undergoing orthopedic rehabilitation following knee or hip surgery.

MYOLYN has used its unique experience in robotics and automation

MYOLYN has used its unique experience in robotics and automation to develop a system that automatically customizes the FES for the individual patient, eliminating the need for costly setup and tuning by a trained specialist.

“The patent-pending algorithms we use automatically select the optimal stimulation parameters for the patient, making the MyoCycle not only effective, but extremely easy and intuitive to use,” says Chief Technology Officer Matthew Bellman, PhD. “Our goal was to make this technology practical for use in the home for the first time, so we designed the MyoCycle from the ground up to be affordable and as easy-to-use as a regular exercise bike.”

Both the MyoCycle Home and the MyoCycle Pro are being reviewed by the FDA.

  • The MyoCycle Pro, intended for clinical use, combines isokinetic cycling and FES into a single system that can increase clinic revenue while maximizing patient outcomes.
  • The MyoCycle Home is the most affordable, easiest-to-use FES bike ever made, enabling patients to take control of their health and get the therapy they need from the comfort of home.

About MYOLYN

MYOLYN’s vision is to improve health and human performance by empowering people to move. Located in Gainesville, FL, MYOLYN was founded in 2013 by founders Alan Hamlet and Matthew Bellman, both of whom received their PhD’s in robotics from the University of Florida. MYOLYN uses its unique expertise in automation to develop electrical stimulation devices that are innovative, affordable, and easy-to-use.

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Tuesday, 14 June 2016 16:40

MyoCycle Racer Setting Records

 

Last weekend, we took the MyoCycle Racer out for a spin and unofficially set some new records for FES-cycling. The MyoCycle Racer is MYOLYN's mobile FES tricycle prototype that will be used in the Cybathlon this October. Based on an Atomic Orange Catrike 700, the MyoCycle Racer uses the same FES controller that is found in the other MyoCycle products to stimulate and activate a paralyzed rider's leg muscles, enabling them to cycle outdoors despite even complete paralysis.

myocyleracerThe MyoCycle Racer

In our testing this weekend, we measured power output and cycling cadence using an SRM PowerMeter and had some amazing results. More official testing is needed before we publish the numbers, so stay tuned for more updates!

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The human body is an incredibly complicated machine, with all of its separate parts and pieces sending messages to each other through the electrical wires that are the nerves. Electrical stimulation can be used to tap into the network of messages traveling back and forth through the body, giving us the power to take control of our bodies in a way that seems like science fiction. Here are some of the awesome applications of electrical stimulation.

5. Pain Relief

When you’re in pain, your body is sending a message through your nerves to your brain. Electrical stimulation, when applied correctly, can effectively block the pain signal, so that your brain never gets the message.

Imagine you pulled a muscle in your lower back. The pain receptors in your back say to your brain, “We’ve got a problem down here,” and you interpret that message as a dull ache. Applying electrical stimulation around the pain receptors essentially generates so much noise that your brain can’t hear what the pain receptors are saying. Since you don’t get the message, you don’t feel the pain.

It’s so effective, Icy Hot started adding electrical stimulation to their patches, and it looks like Shaq loves it.

Icy Hot plus transcutaneous electrical stimulation (TENS) makes for some effective pain relief.

4. Sports Performance

Athletes have been using electrical muscle stimulation (EMS) to build muscle, increase strength, and speed recovery since the Russians started incorporating EMS into their training for the Olympics back in the 1950s. EMS can activate all of the muscle fibers in a muscle group at the same time, resulting in significantly stronger contractions than can typically be achieved voluntarily. More loading of the muscle means more adaptation, plus, you can essentially work the muscle out without thinking about it, since the EMS activates the muscles for you. Compex markets a line of electrical stimulators for these purposes. Check out T-Nation’s article on EMS for more thoughts on the subject.

Electrical muscle stimulation (EMS) used to activate the quadriceps during a squat. Photo courtesy of Gciriani (own work).

There is also potential to use EMS to train someone in performing a particular movement. For example, if an athlete isn’t activating their quadriceps properly during a squat, EMS can be used to both aid in the activation and cue the athlete on proper activation.

3. Rehabilitation

The most common use of electrical stimulation is during physical therapy, especially after injury or surgery on a joint like the knee. Muscle atrophy and poor activation are big problems after knee surgery, so physical therapists will typically use an electrical stimulation unit to cause isometric contractions of the quadriceps in an effort to combat atrophy and assist with voluntary contractions. Electrical stimulation also improves blood flow, which speeds up the healing process.

In The Matrix, Neo received a combination of acupuncture and electrical stimulation to rebuild his muscles after his lifelong, machine-induced coma.

Functional electrical stimulation (FES) is also especially useful for aiding in recovery following a stroke, brain injury, or incomplete spinal cord injury, as it can help teach the nervous system how to reach, grasp, or even walk again.

2. Compensating for Paralysis

Beyond rehabilitation, FES can be used as a neuroprosthetic to compensate for paralysis. For example, if your brain and spinal cord can’t communicate with the muscles in your shin, you might experience foot drop when walking. The paralyzed shin muscles are unable to pick your foot up when you walk, so your toe drags on the ground, making walking difficult and unsafe. An FES unit attached to your shin, like the WalkAide or the Bioness L300, can stimulate the paralyzed shin muscles at the right time when you’re walking, causing the foot to lift and eliminating drop foot.

FES can even enable someone who’s completely paralyzed to pedal a bicycle by activating their leg muscles for them. Products like the ERGYS, the RT300, and the MyoCycle Home enable people to do stationary cycling for exercise, and products like the RehaBike, the BerkelBike, and the MyoCycle Mobile enable people to go outside and cycle on the road.

about featured

The MyoCycle Home enables people who are paralyzed to pedal a bicycle again.

Click here if you’d like to join the waiting list for the MyoCycle and be one of the first to get the latest and greatest FES bike ever made, and contact MYOLYN if you’re interested in competing in the world’s first major FES bike race at the Cybathlon!

1. Controlling the Brain

The most incredible application of electrical stimulation is controlling the brain. If the body is controlled by electrical signals, the brain is the control center, and electrical stimulation can be used to hack the brain. Anything the brain controls can be manipulated with electrical stimulation: emotions, cognitive performance, and motor skills. Some companies even sell kits that allow you to stimulate across your forehead to enhance concentration, though they exist in a bit of a gray area with respect to the FDA, and it’s unclear whether they’re safe or not.

The video below is an incredible demonstration of the power of deep brain stimulation, especially in alleviating the symptoms of some terrible diseases like Parkinson’s.

Leave a comment below to let us know what you think about these awesome applications of electrical stimulation!

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