A review evaluates how synthetic receptor polymers perform in diagnostic devices while identifying manufacturing and regulatory hurdles limiting market translation.
A new review in Discover Sensors finds that nanomaterial-enabled biosensors are advancing continuous, real-time glucose monitoring from sweat, saliva, tears, ...
A new review argues that enzymatic biosensor progress is stalled less by materials than by inconsistent reporting of apparent kinetics, ...
A scoping review of thirty studies finds digital twin technology increasingly applied in heart failure monitoring, arrhythmia prediction, telecardiology and ...
A comprehensive review maps advances in textile organic electrochemical transistors for wearable biosensing and bioelectronics while emphasizing unresolved durability, washing, ...
A sweeping review of wearable biosensing reveals how biopotential, physical and chemical sensors are converging into integrated platforms that track ...
JMIR Publications' latest News and Perspectives features examine digital tools for PMOS care in India, the rise of smart textiles, ...
A new systematic review maps how fibers, yarns, and fabrics are being engineered into wound dressings, tissue scaffolds, drug-delivery systems, ...
A new Perspective in Nature Reviews Electrical Engineering charts the path from graphene biosensor breakthroughs to reliable, real-world diagnostic and ...
Wearable biosensors are getting better at reading our bodies, but one problem keeps sabotaging real-world accuracy: staying in place. Skin ...
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