Calgary Students Innovate Wearable Technology to Aid Parkinson's Patients
Calgary high school students develop wearable technology for those with Parkinson's disease
Cbc
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Two high school students from Calgary have developed a wearable device resembling a tail to assist individuals with Parkinson's disease in maintaining balance. This innovative technology aims to reduce fall risks, a significant concern for the over 120,000 Canadians living with the condition. Their project has received recognition at science fairs and highlights the importance of youth engagement in medical research.
- 01The wearable device is designed to act as a counterweight, helping users regain balance.
- 02The project won the University of Calgary Chancellor and Senate Award at the Calgary Youth Science Fair.
- 03There are over 120,000 individuals with Parkinson's disease in Canada, a number expected to rise to 150,000 by 2034.
- 04The tail design was inspired by the balance mechanisms of cats and other mammals.
- 05The device's weight can be adjusted between 400 and 1,200 grams based on individual needs.
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Calgary high school students Allen Guo-Lu and Luotong Shi have created a wearable technology resembling a tail to assist those with Parkinson's disease in maintaining balance and preventing falls. This innovative device, which includes built-in sensors, acts as a counterbalance when the user is unstable. The project, inspired by Guo-Lu's volunteer work with seniors, won the University of Calgary Chancellor and Senate Award at the Calgary Youth Science Fair and was a finalist at the Canada-Wide Science Fair. With over 120,000 Canadians living with Parkinson's, and the number projected to exceed 150,000 by 2034, this technology addresses a critical need. The students emphasized the device's potential benefits for individuals with various balance issues, not just those with Parkinson's. They also developed an app to customize the tail's sensitivity to the user's specific needs. Both students plan to pursue studies in fields related to their project, with Guo-Lu focusing on neuroscience and Shi on electrical engineering.
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The development of this technology could significantly reduce fall risks for individuals with Parkinson's disease, improving their quality of life.
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