FNU Yuqing

The paper develops a modularized stretchable microneedle array for efficient drug delivery, showing improved penetration rates and reduced residual strain in porcine skin.

This paper develops a silicon micropillar-enhanced CRISPR biosensor for detecting drug-resistant bacteria, achieving high sensitivity and specificity for MRSA.

The paper introduces MFAST, a diagnostic chip for rapid, sensitive, and specific detection of Leishmania species, enabling duplex detection and stable performance in low-resource settings.

This study develops a durable antimicrobial surface (DAMS) using 3D-printed microstructures and ZnO nanoflowers, showing over 90% bacterial reduction after 12 hours and effectiveness after abrasion.