We have been developing a new fluorescence imaging platform by combining microfluidics and single-molecule/super-resolution imaging, which aims to characterize nanoscopic/molecular level cellular interactions.
We have been developing new fluorescent nanoparticles that show fluorescence in near infrared and shortwave infrared wavelength regions for bioimaging applications.
We have been developing new single-molecule tracking algorithm to overcome current limitations for a wide rage f applications.
We have been developing new DNA-protein hybrid nanostructures using ssDNA and histone proteins.