This paper presents a technique to localize specific proteins utilizing magnetic beads (MBs) in digital (droplet) microfluidics, operated by electrowetting-on-dielectric (EWOD). We identify the fundamental differences between digital and continuous microfluidics in utilizing magnetic beads, and demonstrate the technique on an EWOD device. We also show specific, localized concentration of a target protein over antibody-conjugated MBs (“MB-Abs”) as proof of concept
The remarkable advantages micro-chip platforms offer over cumbersome, time-consuming equipment curre...
Magnetic beads (MB) have now proven to be a powerful tool in both research and biomedical applicatio...
The remarkable advantages micro-chip platforms offer over cumbersome, time-consuming equipment curre...
The detection of single molecules in magnetic microbead microwell array formats revolutionized the d...
The detection of single molecules in magnetic microbead microwell array formats revolutionized the d...
The detection of single molecules in magnetic microbead microwell array formats revolutionized the d...
The detection of single molecules in magnetic microbead microwell array formats revolutionized the d...
Abstract—This paper describes a technique to increase the efficiency of magnetic concentration on an...
We demonstrate a microfluidic method for ultra-sensitive protein detection in serum. First, ‘large’ ...
Magnetic digital microfluidics uses magnetic force to manipulate droplets on a Teflon-coated substra...
We present a new method for three-dimensional (3D) magnetic focusing of magnetic microparticles in a...
<p>This thesis demonstrates a new way to achieve sparse biological sample detection, which uses magn...
Magnetic beads play an important role in the miniaturization of clinical diagnostics systems. In lab...
Magnetic beads play an important role in the miniaturization of clinical diagnostics systems. In lab...
A novel technique to manipulate, transport and separate magnetic beads and super-paramagnetic nanopa...
The remarkable advantages micro-chip platforms offer over cumbersome, time-consuming equipment curre...
Magnetic beads (MB) have now proven to be a powerful tool in both research and biomedical applicatio...
The remarkable advantages micro-chip platforms offer over cumbersome, time-consuming equipment curre...
The detection of single molecules in magnetic microbead microwell array formats revolutionized the d...
The detection of single molecules in magnetic microbead microwell array formats revolutionized the d...
The detection of single molecules in magnetic microbead microwell array formats revolutionized the d...
The detection of single molecules in magnetic microbead microwell array formats revolutionized the d...
Abstract—This paper describes a technique to increase the efficiency of magnetic concentration on an...
We demonstrate a microfluidic method for ultra-sensitive protein detection in serum. First, ‘large’ ...
Magnetic digital microfluidics uses magnetic force to manipulate droplets on a Teflon-coated substra...
We present a new method for three-dimensional (3D) magnetic focusing of magnetic microparticles in a...
<p>This thesis demonstrates a new way to achieve sparse biological sample detection, which uses magn...
Magnetic beads play an important role in the miniaturization of clinical diagnostics systems. In lab...
Magnetic beads play an important role in the miniaturization of clinical diagnostics systems. In lab...
A novel technique to manipulate, transport and separate magnetic beads and super-paramagnetic nanopa...
The remarkable advantages micro-chip platforms offer over cumbersome, time-consuming equipment curre...
Magnetic beads (MB) have now proven to be a powerful tool in both research and biomedical applicatio...
The remarkable advantages micro-chip platforms offer over cumbersome, time-consuming equipment curre...