Nov 2026· ACS Applied Materials and Interfaces· 0 citations
Medicine
TL;DR
Through the coordinated integration of material design, signal acquisition, and intelligent analysis, wearable systems are expected to enable continuous, reliable, and individualized assessment of exercise-related states, providing a technological foundation for scientifically informed training, sports rehabilitation, and individual health management.
Flexible wearable sensors increasingly use nanomaterials and nanoscale interfaces to acquire biomechanical, electrophysiological, and biochemical signals during sports and rehabilitation, where repeated deformation, perspiration, and variable body contact challenge measurement stability. This review examines how the na...
Yuanqingqing Tao, Zi-Yi Hao, Yi Zhang et al.· Nanomaterials· 0 citations
Wearable technologies have emerged as essential tools for monitoring athletes’ performance and physiological states in real time. This review systematically examines advances in biosensing and wearable systems for sports applications, highlighting their design, sensing modalities, and integration strategies. Athlete tr...
Burhan Adıgüzel, M. Ghorbanpour, Begüm Sarac et al.· Frontiers in Sensors· 0 citations
Modern sports science is undergoing a paradigm shift from subjective coaching to objective, data-driven precision training. Consequently, wearable electronics for acquiring precise data during sports activities are attracting attention. However, conventional rigid wearables inherently suffer from mechanical mismatches...
The rapid progression in smart wearable healthcare technologies has intensified the demand for sustainable, maintenance-free, and intelligent sensing systems for continuous human motion monitoring. Among the various sensing systems, triboelectric nanogenerators (TENGs) emerge as a promising solution for self-powered...
Rajuvari Gnanavika, Mavilla Harshitha, V. Pavithra et al.· ACS Applied Electronic Mater...· 0 citations
Wearable sweat sensing technologies have emerged as a promising non-invasive approach for continuous assessment of human hydration status. Among various wearable platforms, textile-based systems provide unique advantages including breathability, mechanical compliance, and seamless integration into garments, enabling...
Xin-Qing Zou, Yi-Peng Zhang, Steph Forrester et al.· Biomedical Materials & D...· 0 citations
Self-powered biomechanical sensors convert motion, pressure, vibration, and physiological deformation directly into electrical signals, thereby reducing or eliminating the external bias required at the sensing interface. Their practical value is determined not only by peak voltage or power, but also by signal fidelity,...