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Whispers of the heart: Nanoengineered biohybrid dielectric architectures for low-power wearable cardiovascular monitoring
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DOI：10.1016/j.apmt.2026.103255.png)
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Abstract
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• Hierarchical cellulose–BaTiO₃ biohybrid dielectric architecture enables enhanced capacitive sensitivity (11.1 kHz pF⁻¹). • Engineered composite exhibits linear and stable capacitive response under physiological pressure ranges. • Biohybrid dielectric maintains reliable performance under humidity and skin-contact conditions. • Flexible, biocompatible architecture supports robust integration into wearable electronic systems. • Real-time cardiovascular pressure waveforms successfully recorded in human subjects.
Keywords:
Biohybrid dielectrics
Functional biomaterials
Wearable electronics
Additive manufacturing
Low-power devices
Cardiovascular monitoring
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