Microfluidic chips incorporating a semiporous glass filter were used to electrokinetically concentrate proteins on-chip prior to injection and electrophoretic analysis. Signal enhancements of >100-fold could be achieved for the microchip analysis of both native and SDS-denatured proteins using this technique
Here we describe the fabrication, optimization, and application of a microfluidic device that integr...
Microfluidic devices integrating membrane-based sample preparation with electrophoretic separation a...
A one-step etching method was developed to fabricate glass free-flow electrophoresis microchips with...
A microchip for integrated isotachophoretic (ITP) preconcentration with gel electrophoretic (GE) sep...
The lab-on-a-chip concept has enabled miniature instruments to be developed that allow the rapid exe...
Sample preconcentration is a critical operation required for the determination of trace amounts of a...
A new free-flow electrophoresis microchip with integrated permeable membranes was developed, and dif...
International audienceThis paper describes the fabrication, the characterization and the application...
Lab-on-a-chip systems offer a versatile environment in which low numbers of cells and molecules can ...
This work deals with fabrication and test of microfluidic chip for separating substances. For separa...
Sample preconcentration is an important step that increases the accuracy of subsequent detection, es...
A technique of handling fluids at the submillimeter scale, microfluidics, plays an important role in...
This review presents a brief outline and novel developments of electrophoretic separation in microfl...
Analysis of low-abundance components in small samples remains a challenge within bioanalytical chemi...
The preconcentration of proteins with low concentrations can be used to increase the sensitivity and...
Here we describe the fabrication, optimization, and application of a microfluidic device that integr...
Microfluidic devices integrating membrane-based sample preparation with electrophoretic separation a...
A one-step etching method was developed to fabricate glass free-flow electrophoresis microchips with...
A microchip for integrated isotachophoretic (ITP) preconcentration with gel electrophoretic (GE) sep...
The lab-on-a-chip concept has enabled miniature instruments to be developed that allow the rapid exe...
Sample preconcentration is a critical operation required for the determination of trace amounts of a...
A new free-flow electrophoresis microchip with integrated permeable membranes was developed, and dif...
International audienceThis paper describes the fabrication, the characterization and the application...
Lab-on-a-chip systems offer a versatile environment in which low numbers of cells and molecules can ...
This work deals with fabrication and test of microfluidic chip for separating substances. For separa...
Sample preconcentration is an important step that increases the accuracy of subsequent detection, es...
A technique of handling fluids at the submillimeter scale, microfluidics, plays an important role in...
This review presents a brief outline and novel developments of electrophoretic separation in microfl...
Analysis of low-abundance components in small samples remains a challenge within bioanalytical chemi...
The preconcentration of proteins with low concentrations can be used to increase the sensitivity and...
Here we describe the fabrication, optimization, and application of a microfluidic device that integr...
Microfluidic devices integrating membrane-based sample preparation with electrophoretic separation a...
A one-step etching method was developed to fabricate glass free-flow electrophoresis microchips with...