{"id":5090,"date":"2021-12-09T09:49:49","date_gmt":"2021-12-09T08:49:49","guid":{"rendered":"https:\/\/www.stappone.com\/?p=5090"},"modified":"2022-02-08T09:53:46","modified_gmt":"2022-02-08T08:53:46","slug":"stapp%e2%80%8aone-was-crucial-for-our-study","status":"publish","type":"post","link":"https:\/\/www.stappone.com\/en\/stapp%e2%80%8aone-was-crucial-for-our-study\/","title":{"rendered":"\u201estapp\u200aone was crucial for our study\u201c – Interview with Juan Fang from Bern University of Applied Sciences"},"content":{"rendered":"

\"\"In her study \u201cMechanical Design and Control System Development of a Rehabilitation Robotic System for Walking With Arm Swing\u201c Juan Fang (Phd, lecturer at Bern University of Applied Sciences<\/a>) examined a possible design and technical evaluation of \u201ea novel system for producing walking with synchronized arm and leg movement and with dynamic force loading on the foot soles.\u00b9\u201c Here, the intelligent stapp<\/i>\u200a<\/span>one sensor soles played a crucial role.<\/i><\/p>\n

The aim of Dr. Fang\u2019s study was to develop a system for walking rehabilitation with arm swing. Therefore she used an arm-leg robotic system and a curved treadmill. \u201eThe arm-leg robotic system enabled walking on the integrated curved treadmill, and produced dynamic loading on the foot soles.\u00b2\u201c A crucial part was to monitor the plantar pressure distribution during walking. After thorough research the team decided that the stappone sensor sole was the perfect solution to aid in their study: \u201cWe are very satisfied with our decision\u201c Dr. Fang says.<\/p>\n

Wireless real time data<\/b><\/p>\n

The intelligent stapp\u200a<\/span>one sensor soles are inserted into comfortable shoes and measure the patient\u2019s foot pressure load as well as other important parameters. The corresponding medical software provides a visual Live-Biofeedback in real time. \u201cIt was quite exciting for us to see the colorful response for the first time. We had the participant wearing the shoes with the insoles and then we recorded the force reaction to compare it with the normal ground reaction pattern. This is our main aim so we can get more sensory information during training wich is better for rehabilitation walking.\u201c Dr. Fang explains.<\/p>\n

Evaluate and validate studies with stapp<\/b>\u200a<\/b><\/span>one<\/b><\/p>\n

stapp\u200a<\/span>one\u2019s objective data is a great benefit when it comes to research. In Juan Fang\u2019s study the intelligent sensor soles played an important role: \u201eWe use the stappone system to evaluate and validate our concept and to see whether we can produce the target force reaction on the foot. So the stapp\u200a<\/span>one application is crucial for our overall development.\u201c With stapp\u200a<\/span>one the resulting objective data can be saved and then compared with those from other sessions to make possible changes or progress visible.<\/p>\n

At the same time, stapp\u200a<\/span>one is very easy to use. Juan Fang pointed out that you don\u2019t need to have a background in engineering or previous software experience to successfully use stapp\u200a<\/span>one. Furthermore, in her opinion the MedTech tool has big potential in many areas, such as teaching, rehabilitation, sport science or simply as a plus for other devices. \u201eThere are many areas that we can improve with this tool. I would definitely recommend stapp\u200a<\/span>one to my colleagues.\u201c<\/p>\n

Do you have any questions about the use of stapp\u200a<\/span>one? Contact us! We are always at your disposal.<\/a><\/p>\n

Find us on LinkedIn<\/a> and become part of our community! We keep you updated about stapp\u200a<\/span>one, medicine and technology!<\/p>\n

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