Subcellular fractionation in a fluidic microsystem
Paulus A., Posch A., Hausmann M., Blankenstein G., Duong T., Kentsch J., Angres B., Stoll D., Stelzle M., NMI Natural and Medical Sciences Institute, DE
The availability of an easy-to-use, reproducible method for subcellular fractionation would significantly promote qualitative and quantitative analysis of subcellular protein composition. A microfluidic system with integrated electrodes was designed and fabricated allowing for dielectrophoretic manipulation [...]