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Exercise has been the cornerstone of diabetes management. However, many diabetic patients have impaired lower-extremity function and experience substantial difficulty in performing usual exercises, such as brisk walking and upright cycling. There is an urgent need to provide alternative exercise modalities for diabetic patients with impaired lower-extremity function.
The Biomechanics Laboratory of the Exercise Science and Health Promotion Program at Arizona State University will focus on determining the adaptations that occur following training for sprinting performance with a rotational overload – attaching weights to the limb via wearable resistance.
Athletes commonly suffer from sport-related biochemical alterations as a result of overexertion. Health-monitoring wearable technologies can potentially be used as non-invasive tools for the identification of changes in biomarker levels in sweat. Here, we propose to develop the tools to rapidly measure protein changes in sweat.
Virtual reality immersion into an athlete’s viewpoint can provide rich viewing experiences for improved athletic training, sports medicine, and sports entertainment. However, current video capture solutions are too bulky to fit into slim athletic gear and capture limited viewpoints in a single direction.
When it comes to involvement in sports, Latina girls continue to lag behind other girls. This study examines why this is the case, and what we can do to close this gap. Phase 1 of this study involves conducting focus groups with Latina teens and interviews with coaches to better understand the barriers and facilitators associated with Latinas’ participation in school sports.
In this project, we aim to develop fabric-based wearable and washable electromyography (EMG) devices. EMG devices have been applied to the study of muscular function and coordination in different movements and postures, in skilled actions as well as during training, such as the track and/or soccer field, as well as gymnastics.
This project will focus on developing and evaluating a novel undergarment soft robotic lower-limb exosuit to: (1) provide advanced robotic assisted rehabilitation therapy to anterior cruciate ligament (ACL) injured athletes, (2) provide injury mitigation to athletes by increasing proprioception, and (3) provide resistance to athletes’ joints and muscles to explore the idea of a wearable muscle strengthening exosuit.
The overall goal of this GSI Sport 2036 seed project plan is to study and validate that both the athletes and the general public can benefit from using the low-cost camera-first and non-invasive performance tracking solutions.
Monitoring spine posture during unsupervised therapeutic, athletic and fitness exercise is essential to achieve optimum results. The main objective of this work is to introduce wearable sensors and supporting mobile applications capable of providing biofeedback in real time.