A microfluidic device moves selected cells to a staging area using dielectrophoresis before exporting them through a pressure-driven passage.
Capture micro-objects bind biological materials in holding pens for assessment.
Dielectrophoresis on a silicon microchip isolates tumor cells with high purity, resolving low specimen quality in diagnostic procedures.
A detection method uses dielectrophoresis to separate target substance complexes from unbound particles for imaging analysis.
A microfluidic trapping structure immobilizes nanosized exosomes using dielectrophoresis forces generated by asymmetrical electrodes.
Dielectrophoretic separation concentrates trace bacteria onto electrodes, overcoming slow cultural media detection limits.
Magnetic arrays isolate nucleic acid beads while electric fields concentrate reagents for localized clonal amplification.
Vertical nano-gap electrodes trap high-lipid microorganisms via dielectrophoresis for rapid biofuel strain identification.