The primary aim of the Center for Biosystems and Engineering is to develop the best diagnostic platforms to protect the health of individuals and our environment.
The center was founded in 2007 with the recruitment of director Gymama Slaughter to VSU. Our research focuses on interfacing three advanced technologies: nanotechnology, biomaterials and electronic transducers. The enhanced bioelectronics and biosensors we are developing apply nanomaterials to the analysis of biomolecules. This research is at the interface between these technologies and disciplines such as biology, chemistry, nanotechnology and engineering, and conducts fundamental studies for gaining the knowledge necessary for the predictable design and optimization of future bioelectronic detection devices.
The development of advanced biosensors requires proper attention to both the recognition layer and the physical transducer, as well as to the coupling of these recognition and transduction events through control of the surface chemistry and coverage. Thus, our researchers are exploring the use of different recognition elements, ranging from enzymes to aptamers, and exploring new signal-generation mechanisms for a rapid and simple label-free biodetection.
We are also learning the fundamental aspects of the recognition and transduction events and developing and characterizing new permselective/protective coating and new electrode transducers.
In developing the next generation of sensor devices, we strive to provide the training necessary for future advances in sensor technology. This training educates and motivates participating students and researchers to a career in sensor technology and nanotechnology.