Paper Fluidic-based Viral and Bacterial Detection Technologies for Resource-Poor Settings
Our laboratory focuses on a variety of nucleic acid detection strategies including reporter probe hybridization, rolling circle amplification, and incorporation of zinc-finger binding protein tags in order to develop technologies suitable for the detection of viruses and bacteria for resource-poor settings. These nucleic acid detection methods are adapted to paper-based detection for the development of portable, inexpensive platforms.
Detection of EBV using paper-microzones
Multiplex DNA detection
Schematic of paper fluidic device
