Add to ORKGFemtosecond-laser-written integrated waveguides enable multi-wavelength fluorescence sensing of flowing biomolecules in an optofluidic chip. Fluorescence from differently labeled biomolecules with distinct absorption wavelengths, encoded by uniquely modulating each excitation beam, is detected by a color-blind photodetector, and the origin of each signal is unraveled by Fourier analysis
The substitution of conventional bench-top instrumentation by fully integrated lab-on-chip systems c...
We report on monolithic optical sensor integration in a lab-on-a-chip toward on-chip diagnosis of al...
Use of optical principles for the detection and analysis of biomolecules and biotissue has a long-st...
Femtosecond-laser-written integrated waveguides enable multi-wavelength fluorescence sensing of flow...
Fluorescence detection is known to be one of the most sensitive among the different optical sensing ...
Fluorescence detection is known to be one of the most sensitive among the different optical sensing ...
Abstract: Sorting and sizing of DNA molecules within the human genome project has enabled the geneti...
Sorting and sizing of DNA molecules within the human genome project has enabled the genetic mapping ...
Optofluidics which integrates photonics and microfluidics, has led to highly compact, sensitive and ...
Optofluidics which integrates photonics and microfluidics, has led to highly compact, sensitive and ...
Monolithic integration of optical waveguides in a commercial lab-on-a-chip by femtosecond-laser mate...
Fluorescence detection is known to be one of the most sensitive among the different optical sensing ...
We report on monolithic optical sensor integration in a lab-on-a-chip toward onchip diagnosis of all...
We report on the monolithic integration of optical waveguides and microfluidics in a fused-silica la...
Femtosecond-laser-written optical waveguides are integrated into a commercial capillary electrophore...
The substitution of conventional bench-top instrumentation by fully integrated lab-on-chip systems c...
We report on monolithic optical sensor integration in a lab-on-a-chip toward on-chip diagnosis of al...
Use of optical principles for the detection and analysis of biomolecules and biotissue has a long-st...
Femtosecond-laser-written integrated waveguides enable multi-wavelength fluorescence sensing of flow...
Fluorescence detection is known to be one of the most sensitive among the different optical sensing ...
Fluorescence detection is known to be one of the most sensitive among the different optical sensing ...
Abstract: Sorting and sizing of DNA molecules within the human genome project has enabled the geneti...
Sorting and sizing of DNA molecules within the human genome project has enabled the genetic mapping ...
Optofluidics which integrates photonics and microfluidics, has led to highly compact, sensitive and ...
Optofluidics which integrates photonics and microfluidics, has led to highly compact, sensitive and ...
Monolithic integration of optical waveguides in a commercial lab-on-a-chip by femtosecond-laser mate...
Fluorescence detection is known to be one of the most sensitive among the different optical sensing ...
We report on monolithic optical sensor integration in a lab-on-a-chip toward onchip diagnosis of all...
We report on the monolithic integration of optical waveguides and microfluidics in a fused-silica la...
Femtosecond-laser-written optical waveguides are integrated into a commercial capillary electrophore...
The substitution of conventional bench-top instrumentation by fully integrated lab-on-chip systems c...
We report on monolithic optical sensor integration in a lab-on-a-chip toward on-chip diagnosis of al...
Use of optical principles for the detection and analysis of biomolecules and biotissue has a long-st...