1) Microsensors and Microfluidics for biomedical applications, such as silicon cantilever based sensors for chemical and biological detection; design and fabrications of micro-chips for mass transmission with hydrodynamic focusing; detection of bacterial cell concentration by fluidic impedance measurement; detection of cellular movement and deformation by digital image processing.(Link)
2) Bioinformatic technologies for clinic applications, such as remote monitoring of physiologic signals with applications to the detection of sleep apnea syndrome; computer vision aided navigation for clinic surgery; and complex problem studies associated with biomedical signals and images. (Link)
3) Atmospheric pressure non-thermal plasma for medical application, such as bacterial inactivation, tooth-whitening, fungi killing, etc, treated by a direct-current, cold, atmospheric-pressure air plasma micro-jet (PMJ); study of plasma generated reactive specie/radicals in sterilization process; interaction of cellular genes and pathways with cold plasma treatment. (Link)