Researchers review MXenes for smart textiles enabling health monitoring and power storage
Updated
Updated · The Augusta Chronicle · Apr 23
Researchers review MXenes for smart textiles enabling health monitoring and power storage
4 articles · Updated · The Augusta Chronicle · Apr 23
A University of Georgia team led by Joyjit Ghosh analyzed hundreds of studies on MXenes, metal-based materials that can be printed onto fabrics for real-time health tracking and solar-powered device charging.
MXene-coated smart textiles could monitor vitals, provide antimicrobial protection for hospitals, and act as wearable power banks for electronics, but face challenges with durability after washing and non-sustainable production methods.
Researchers aim to improve MXene sustainability and longevity by developing biodegradable alternatives, potentially expanding smart textile applications in healthcare and fitness while addressing environmental concerns.
How can a new method make smart fabrics 160 times more conductive?
Can self-powered smart clothes be made without harming the environment?
How can smart clothes survive the washing machine and still work?
What are the risks if these smart fabric health sensors malfunction?
Could your hospital gown soon prevent infections and track your vitals?
If your clothes track your health, who truly owns your biometric data?