“…The cylindrical geometry of the optical fiber capillaries where the diameter of the cavities ranges from a few microns to 100's of microns provide ample opportunity for building devices for life-science applications. 37 They are stiff, essentially without autofluorescence, and can be disposable. Furthermore, they combine well with existing optoelectronics and fiber-coupled lasers and detectors, giving an undeniable advantage over lab-on-a-chip technology.…”
An all-fiber integrated device capable of separating and counting particles is presented. A sequence of silica fiber capillaries with various diameters and longitudinal cavities are used to fabricate the component...
“…The cylindrical geometry of the optical fiber capillaries where the diameter of the cavities ranges from a few microns to 100's of microns provide ample opportunity for building devices for life-science applications. 37 They are stiff, essentially without autofluorescence, and can be disposable. Furthermore, they combine well with existing optoelectronics and fiber-coupled lasers and detectors, giving an undeniable advantage over lab-on-a-chip technology.…”
An all-fiber integrated device capable of separating and counting particles is presented. A sequence of silica fiber capillaries with various diameters and longitudinal cavities are used to fabricate the component...
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