This project deals with determining the differences between protein crystals grown in a microgravity environment and those grown in a mangetic levitation environment. It will thereby work to determine if magnetic force levitation has a role in simulating microgravity. If so, magnetic levitation can make it possible to test a Space Station protein crystal growth experiment before it is flown on the Space Station. Once fully developed and demonstrated, this capability will be a vital tool in growing crystals that can yield high resolution data for structural based drug design and for government, industry and university macromolecular researchers.
Potential Commercial Applications:The commercial application could take the form of a commercial magnet and dynamic crystal growth facility for routine processing of bio-crystalline materials. There is also the potential for developing a commercially Available instrument. Like other large-scale instruments based on magnetism, it could be used in either the private sector or at a National Facility.
