Electrokinetic Patterning
- Development and study of non-invasive screening for diabetic retinopathy using an optoeletrically-enabled reapid concentration microchip
- Development of an optoelectric technique for dynamic manipulation of micro-organisms
- Development of a tunable dielectrophoresis-enabled microfluidic System for size-based article sorting and biomedical applications
- Rapid Immunosensing for Diabetic Retinopathy by Integration of Magnetic and Optoelectrokinetic Manipulations(Jay)
- Diagnosis of Diabetic Retinopathy by Enhanced Fluorescence Signals of Surface Acoustic Waves (Daniel)