Add to ORKGA compact optofluidic spectrometer is demonstrated for the fluorescence detection of moving particles in a microfluidic chip. The object is excited within an integrated liquid-liquid waveguide and its fluorescence spectrum is recorded in real time with resolution of 10 nm. Three different types of fluorescence beads were tested and distinguished by this spectrometer. This micro-optical-fluidic-systems (MOFS) hold a promising new concept of the multi-color fluorescence detection in microchip flow cytometry. Besides the low cost and compact, it also bears the advantages of self-reference, high sensitivity, high speed and accuracy
In this study, the design, realization and measurement results of a novel optofluidic system capable...
In this paper we describe a compact fluorescence detection system for on-chip analysis of beads, com...
Conventional Flow Cytometers (FC) and Fluorescence-Activated-Cell-Sorters (FACS) are mechanically co...
Optofluidic devices combining micro-optical and microfluidic components bring a host of new advantag...
Optofluidic devices combining micro-optical and microfluidic components bring a host of new advantag...
This dissertation details the development of a portable, low cost lab-on-a-chip flow cytometer and/o...
Over the past decade, interdisciplinary researchers from biology, chemistry, and engineering have pu...
In this paper a compact fluorescence detection system for on-chip analysis of μm-sized beads is pres...
In this paper a compact fluorescence detection system for on-chip analysis of μm-sized beads is pres...
This paper reports an enhancement in fluorescence detection via the formation of fluidic microlens i...
Statistical analysis of the properties of single microparticles, such as cells, bacteria or plastic ...
High-throughput detection is always attractive for researchers in developing sensing techniques. Rec...
This review describes recent research in the application of optical techniques to microfluidic syste...
We describe a compact, low-cost analyte detection platform that combines a fluidic channel, large ar...
An optofluidic device for cell discrimination with two independent interrogation regions is presente...
In this study, the design, realization and measurement results of a novel optofluidic system capable...
In this paper we describe a compact fluorescence detection system for on-chip analysis of beads, com...
Conventional Flow Cytometers (FC) and Fluorescence-Activated-Cell-Sorters (FACS) are mechanically co...
Optofluidic devices combining micro-optical and microfluidic components bring a host of new advantag...
Optofluidic devices combining micro-optical and microfluidic components bring a host of new advantag...
This dissertation details the development of a portable, low cost lab-on-a-chip flow cytometer and/o...
Over the past decade, interdisciplinary researchers from biology, chemistry, and engineering have pu...
In this paper a compact fluorescence detection system for on-chip analysis of μm-sized beads is pres...
In this paper a compact fluorescence detection system for on-chip analysis of μm-sized beads is pres...
This paper reports an enhancement in fluorescence detection via the formation of fluidic microlens i...
Statistical analysis of the properties of single microparticles, such as cells, bacteria or plastic ...
High-throughput detection is always attractive for researchers in developing sensing techniques. Rec...
This review describes recent research in the application of optical techniques to microfluidic syste...
We describe a compact, low-cost analyte detection platform that combines a fluidic channel, large ar...
An optofluidic device for cell discrimination with two independent interrogation regions is presente...
In this study, the design, realization and measurement results of a novel optofluidic system capable...
In this paper we describe a compact fluorescence detection system for on-chip analysis of beads, com...
Conventional Flow Cytometers (FC) and Fluorescence-Activated-Cell-Sorters (FACS) are mechanically co...