How does the newly developed lightweight running assistive device compare to existing bulky devices in terms of everyday usability and effectiveness in reducing the metabolic rate during running?
Since the early 2000s, researchers have worked on developing lower-limb exoskeletons to enhance human mobility by reducing the metabolic cost of walking and running, with a significant breakthrough in 2013. We reviewed 23 studies up to December 2019, showcasing key innovations and techniques that improved exoskeleton designs, surpassing the metabolic cost barrier and enhancing user walking and running economy, and identified emerging trends that may further advance wearable-device performance and address future challenges in exoskeleton technology.
This study highlights the potential of robot-aided rehabilitative treatments in orthopedics, demonstrating their effectiveness and safety comparable to traditional methods, while suggesting benefits such as reduced therapist effort, increased assessment accuracy, and enhanced patient engagement.
INteresting! This case series demonstrates that motor performance data from daily life can significantly inform and tailor rehabilitative therapy plans for stroke patients, despite the study's short average recording time of 5.03 hours. It highlights the potential of objective daily performance measures in therapy planning, suggesting the need for further research to confirm their impact on rehabilitative outcomes.
Findings from this study suggest that clinicians support the development of wearable devices that capture upper limb activity outside of therapy for individuals with some reach to grasp ability. Devices that are easy to use and capture both quality and quantity may result in greater uptake in the clinical setting. Future studies examining acceptability of wearable devices for tracking upper limb activity from the perspective of individuals with stroke are needed.
It would be helpful if they could provide examples of how these trade-offs can be managed in specific scenarios like cloud computing and large-scale scientific simulations.
How would you address the variability in human tissue characteristics, such as fat/muscle composition and body temperature, to ensure reliable OWC performance in inter-body medical devices (IMDs)?
Given the complexity and time commitment required for Mixed Method Research (MMR), how do you ensure that the integration of qualitative and quantitative data is both methodologically sound and practically feasible, particularly in large-scale studies with limited resources?
ANd the Wellcome Trust International Training Fellowships. These fellowships support early-career researchers from low- and middle-income countries in developing their skills and conducting research in a scientific institution in a higher-income country.
Try TWAS Fellowships. The World Academy of Sciences (TWAS) offers fellowships for PhD and postdoctoral researchers from developing countries to pursue studies in another developing country.
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