...Regis A. David; Brian D. Jensen; Justin L. Black; Sandra H. Burnett; Larry L. Howell Electrophoretic systems commonly use metal electrodes in their construction. This paper explores and reports the differences in the electrophoretic motion of DNA (decomposition voltage, electrical field, etc.) when...

... for a direct observation of the molecular diffusion through optical microscopy. The open channel configuration was then applied to stretching λ -DNA molecules in the nanochannels. The stretched length was measured by fluorescence microscopy. The presented nanofluidic device can be applied to the single...

...Regis A. David; Brian D. Jensen; Justin L. Black; Sandra H. Burnett; Larry L. Howell We are developing a new technique to insert foreign DNA into a living cell using a microelectromechanical system. This new technique relies on electrical forces to move DNA in a nonuniform electric field. To better...

...Sree Vidhya; Gideon Praveen Kumar; Lazar Mathew Piezoresistive actuation of a microcantilever induced by biomolecular binding such as DNA hybridization and antibody-antigen binding is an important principle useful in biosensing applications. As the magnitude of the forces exerted is small...

...Sree Vidhya; Gideon Praveen Kumar; Lazar Mathew Piezoresistive actuation of a microcantilever induced by biomolecular binding such as DNA hybridization and antibody-antigen binding is an important principle useful in biosensing applications. As the magnitude of the forces exerted is small...