We report the use of thermoplastic nanochannels for electrophoresis. Studies concerning the surface charge and electroosmotic flow (EOF) of thermoplastic nanochannels indicated that the EOF can be modified based on O2 plasma treatment and subsequent EDC/EDA chemistry, which can facilitate the electrophoretic separation of different analytes. The separation of solutes using thermoplastic nanochannels was possible, which conventional capillary electrophoresis could not provide due to the unique flow properties associated with nanofluidics
The electrokinetic transport of fluids, also called the electroosmotic flow (EOF), in micro/nanoscal...
The electrokinetic transport of fluids, also called the electroosmotic flow (EOF), in micro/nanoscal...
Nanofludic devices provide a great platform for single molecular analysis. The unique phenomena in n...
Thermoplastics have become attractive alternatives to glass/quartz for microfluidics, but the realiz...
We report the surface modification of thermoplastic nanochannels and the evaluation of the surface c...
[[abstract]]The influence of the shape of a polyelectrolyte (PE) on its electrophoretic behavior in ...
The influence of the shape of a polyelectrolyte (PE) on its electrophoretic behavior in a nanofluidi...
Because of the unique properties that arise when the column size is comparable to either the length ...
In this dissertation, several techniques are described that address solutions of problems in plastic...
In this dissertation, several techniques are described that address solutions of problems in plastic...
Newfound attention has been given to solute transport in nanochannels. Because the electric double l...
Phenomena associated with microscale electrophoresis separations cannot, in many cases, be applied t...
Phenomena associated with microscale electrophoresis separations cannot, in many cases, be applied t...
Electroosmotic flow (EOF) is an electrokinetic phenomenon. The fluid motion originates from the elec...
Phenomena associated with microscale electrophoresis separations cannot, in many cases, be applied t...
The electrokinetic transport of fluids, also called the electroosmotic flow (EOF), in micro/nanoscal...
The electrokinetic transport of fluids, also called the electroosmotic flow (EOF), in micro/nanoscal...
Nanofludic devices provide a great platform for single molecular analysis. The unique phenomena in n...
Thermoplastics have become attractive alternatives to glass/quartz for microfluidics, but the realiz...
We report the surface modification of thermoplastic nanochannels and the evaluation of the surface c...
[[abstract]]The influence of the shape of a polyelectrolyte (PE) on its electrophoretic behavior in ...
The influence of the shape of a polyelectrolyte (PE) on its electrophoretic behavior in a nanofluidi...
Because of the unique properties that arise when the column size is comparable to either the length ...
In this dissertation, several techniques are described that address solutions of problems in plastic...
In this dissertation, several techniques are described that address solutions of problems in plastic...
Newfound attention has been given to solute transport in nanochannels. Because the electric double l...
Phenomena associated with microscale electrophoresis separations cannot, in many cases, be applied t...
Phenomena associated with microscale electrophoresis separations cannot, in many cases, be applied t...
Electroosmotic flow (EOF) is an electrokinetic phenomenon. The fluid motion originates from the elec...
Phenomena associated with microscale electrophoresis separations cannot, in many cases, be applied t...
The electrokinetic transport of fluids, also called the electroosmotic flow (EOF), in micro/nanoscal...
The electrokinetic transport of fluids, also called the electroosmotic flow (EOF), in micro/nanoscal...
Nanofludic devices provide a great platform for single molecular analysis. The unique phenomena in n...