間眅埶AV

間眅埶AV student Refayet Siam, who works with prof. Carolyn Sparrey, with an insole prototype to be used in the study on foot pain by 間眅埶AV, Kintec and WorkSafeBC.

Brave soles? Study looks to prevent foot pain in standing workers

November 09, 2017
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This story originally appeared in 間眅埶AV News.

People whose jobs require standing all day have a greater risk of plantar foot pain. Researchers at 間眅埶AVs Surrey campus are working with  and , a Surrey-based footwear and custom orthotics company, to develop a new insole that will differentiate workers weight-bearing behavior. The research is aimed at better understanding whether standing is a risk factor for foot pain. 

Plantar fasciitis (PF) is a painful and disabling condition that is difficult to treat in workers who have to stand for prolonged periods of time, and it results in reduced productivity and lower quality of life, says lead researcher Carolyn Sparrey, a professor in 間眅埶AVs School of Mechatronic Systems Engineering, and one of several 間眅埶AV researchers embedded in Surreys. 

The research also has support from the B.C. Nurses Union and London Drugs. Plantar fasciitis is overwhelmingly the most common condition that our clinicians see at Kintec, and we frequently hear it is associated with standing for prolonged periods of time, says co-investigator Michael Ryan, director of research and development at Kintec, and an adjunct professor in 間眅埶AVs Department of Biomedical Physiology and Kinesiology (BPK). 

It is shocking to me that there still does not exist sufficient evidence to suggest prolonged weight bearing places workers at a greater risk of developing foot pain - but we are excited to be developing a tool that can finally answer this question." 
 
Quantifying the amount of time spent weight-bearing at work varies substantially across different jobs and work sites, and current measurement methods are unreliable, resource intensive or unsuitable for the work environment, Sparrey notes.
 
The WorksafeBC project is part of an ongoing collaboration between 間眅埶AVs School of Mechatronic Systems Engineering and Kintec in pursuit of purpose-built instrumented, or smart, insoles that will provide needed innovation to the US$1.2B North American foot orthotic market.  
 
Sparrey also heads 間眅埶AVs Neurospine Biomechanics Lab, where she is developing tools to prevent and manage neurospine injuries and diseases. Her newest research team will be recruiting participants from the local Surrey community early in the new year.