This paper reports a new microfluidic device, optically-induced flow cytometry, capable of continuously counting and sorting microparticles based on optically-induced dielectrophoretic forces. Microparticles can be first successfully focused into a narrow line by using “virtual electrodes ” generated by digital projectors. 9.7- and 20.9-μm microparticles can be then distinguished by embedded optical fibers. Finally, an optically-induced dynamic switch can sort microparticles with different sizes continuously. The development of the microfluidic chip may provide a useful platform for microparticle counting and sorting. Typically, microparticles can be focused and sorted by neighboring sheath flows or negative dielectrophoresis (DEP) forces i...
Lab-on-a-chip design is a key technology for increasing both the reliability and the functionality o...
Lab-on-a-chip design is a key technology for increasing both the reliability and the functionality o...
A new design of particle sorting chip is presented. The device employs a dielectrophoretic gate that...
Sorting of particles such as cells is a critical process for many biomedical applications, and it is...
Microelectrode arrays are used to sort single fluorescently labeled cells and particles as they flow...
We present a high-speed particle sorting and deflection system which is an integral part of a micro-...
We report the development and results of a two-step method for sorting cells and small particles in ...
Optofluidic devices combining micro-optical and microfluidic components bring a host of new advantag...
The growth of research into microfluidics, especially towards micro-Total Analysis Systems (μTAS), i...
Optofluidic devices combining micro-optical and microfluidic components bring a host of new advantag...
We present a microfluidic lab-on-printed circuit board (PCB) device containing alloy vertical electr...
n all-fiber separation component capable of sorting and counting micron-sized particles based on siz...
In recent years, microfluidic dielectrophoresis (DEP) devices, as one of the most promising tools fo...
Cell manipulation and separation are critical in biomedical diagnosis. Typical techniques such as fl...
An instrumental system is described for detecting and sorting single fluorescent particles such as m...
Lab-on-a-chip design is a key technology for increasing both the reliability and the functionality o...
Lab-on-a-chip design is a key technology for increasing both the reliability and the functionality o...
A new design of particle sorting chip is presented. The device employs a dielectrophoretic gate that...
Sorting of particles such as cells is a critical process for many biomedical applications, and it is...
Microelectrode arrays are used to sort single fluorescently labeled cells and particles as they flow...
We present a high-speed particle sorting and deflection system which is an integral part of a micro-...
We report the development and results of a two-step method for sorting cells and small particles in ...
Optofluidic devices combining micro-optical and microfluidic components bring a host of new advantag...
The growth of research into microfluidics, especially towards micro-Total Analysis Systems (μTAS), i...
Optofluidic devices combining micro-optical and microfluidic components bring a host of new advantag...
We present a microfluidic lab-on-printed circuit board (PCB) device containing alloy vertical electr...
n all-fiber separation component capable of sorting and counting micron-sized particles based on siz...
In recent years, microfluidic dielectrophoresis (DEP) devices, as one of the most promising tools fo...
Cell manipulation and separation are critical in biomedical diagnosis. Typical techniques such as fl...
An instrumental system is described for detecting and sorting single fluorescent particles such as m...
Lab-on-a-chip design is a key technology for increasing both the reliability and the functionality o...
Lab-on-a-chip design is a key technology for increasing both the reliability and the functionality o...
A new design of particle sorting chip is presented. The device employs a dielectrophoretic gate that...