Van Halen’s 1984 smash single, “Jump,” was never intended to guide functional assessment for physical therapists, but the simplicity of that one command may be difficult for PTs to pass up. In fact, researchers from Edith Cowan University (ECU) in Western Australia suggest it may be a simple way to analyze the effectiveness of exercise training that could one day be conducted easily at a local gym or clinic.
Using vertical jumps as a test activity, the researchers could predict detailed information regarding technique and muscle-activation patterns just through a relatively simple analysis of forces produced against the ground during the jump. Their study was published recently in Royal Society Open Science.
Diagnosis and Treatment Analysis
The new concept could transform injury diagnosis and treatment, Professor Tony Blazevich from ECU’s School of Medical and Health Sciences notes in a media release from Edith Cowan University.
“Most human movements, whether high-speed sporting skills or daily activities in and around the home or workplace, are incredibly complex.”
“Determining your technique and how your nervous system controls your muscles during those tasks requires a lot of complex data collection. This means your local doctor, physio, or gym or sports coach can’t easily do it.
“We aimed to develop a simple method to describe how you move using a technique that you can use in the home or gym to assess whether your training, or rehabilitation from an injury, illness or disease, is on track.”
By looking at the forces produced on the ground while someone is jumping as high as possible, the researchers were able to then accurately describe the person’s jump technique, determine how the muscles were controlled to perform the jump, and compare to others who use different strategies.
This information was checked against recorded movement technique and muscle-activation patterns during the jumps.
The researchers also found a relatively easy way to more accurately and rapidly get the information that sports scientists need from vertical jump tests, which are commonly used in elite athletes.
Tested on Human Movements
The successful trial would now be tested on a range of human movements, Blazevich adds.
“We need to determine whether we can now use the same strategy to test other complex movements such as walking, stair climbing, running.
“We are also examining the potential for using the accelerometer on a mobile phone to capture the data and then estimate the forces from that.”
[Source(s): Edith Cowan University, EurekAlert]
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