Raw carbon nanotubes (CNTs) contain a wide range of impurities from the growth process. At Brewer Science an effective post-growth purification procedure was developed to reduce the amount of impurities, and several characterization techniques were developed and validated.
This project involved the development of a biosensor based on a carbon and polymer micro-electromechanical system (CPMEMS) array comprised of micro-bridges to allow multiple bio-detection strategies. It would have the advantages of being autonomous, with quick response and high selectivity, as well as low cost. The multiple-strategy bio-detection platform will include systems that were developed by the Missouri State University and systems that were developed by our corporate partners and ...
The goal of this project is to develop a new class of biosensors using carbon and polymer based microelectromechanical systems (CPMEMS) and a platform that incorporates multiple bio-detection strategies. This progress report covers the development of a sense and release experiment, and further a proof of concept of actual drug release on a release experiment. Other points of progress include studies on alternate methods of developing the self assembled protein ...
This interim progress report will cover the progress to date on the development of a multiple strategy bio-detection sensor platform made from carbon and polymer based microelectromechanical systems (CPMEMS). Progress since the last interim report has involved the development of a sense and release experiment, and further a proof of concept of actual drug release on a release experiment. Other points of progress include studies on alternate methods of developing ...
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