Technology adapted from video games helps individuals with muscular dystrophy participate in clinical trials
Participating in a clinical trial often means meeting some stringent requirements. One common requirement is the six-minute walk test, which measures the distance walked in six minutes and which may be used to help determine whether a drug is having an effect. This requirement can be a challenge for some individuals with neuromuscular diseases.
“If you walk too well, you aren’t eligible, and if you don’t walk well enough, you aren’t eligible, and sometimes young kids will have trouble paying attention [for six minutes],” says Linda Lowes, a researcher in the Center for Gene Therapy at the Research Institute of Nationwide Children’s Hospital.
Because of this, the researchers at Nationwide Children’s began to test a new technology that could measure progression for participants with ambulatory issues through a video game. Using Microsoft’s Xbox Kinect camera tracking system, the researchers created the ACTIVE-seated system, which tracks arm movements.
“It measures participants’ abilities based on their function,” Lowes says. “We think it can be used for just about anything where the participants have trunk or arm limitations.”
To play the game, participants sit in a chair where they can see a computer monitor and the Xbox Kinect camera facing them. Unlike most video games, there is no controller involved; the players simply move their hands around the space in front of them.
“My favorite thing is that you get to smash spiders and knock out gems,” says James, a 9-year-old with Duchenne muscular dystrophy (DMD), who has played the game about 10 times over the past two years through his participation in clinical trials.
James is a fan of video games and plays his Xbox at home. His favorite game is Madden NFL, but he says he actually likes playing with the ACTIVE-seated technology better.
“It’s really fun, and it’s easier using my hands than the controller,” he says. “I hope that other MDA clinics get it for their kids.”
Lowes says the ACTIVE-seated technology is starting to “catch on.” They have completed validity trials for its use with limb-girdle muscular dystrophy (LGMD), spinal muscular atrophy (SMA) and facioscapulohumeral muscular dystrophy (FSHD) trials. It’s also being used in several clinical trials: natural history studies in SMA and myotubular myopathy, two gene therapy trials and a large, multisite DMD trial.
For more information about the ACTIVE-seated technology project, you can contact Linda Lowes at Linda.Lowes@nationwidechildrens.org. The researchers at Nationwide Children’s Hospital are also interested in speaking with programmers in the MDA community who might be able to volunteer time to help improve the game’s graphics.
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