One other area of study would be to analyze the roots of the two species of Thlaspi vs. the shoots of both species. The nonaccumulator should have a higher concentration of zinc in the roots, while the hyperaccumulator should have a higher concentration of zinc in the shoots. These questions may be addressed with further use of X-ray imaging. Currently, it is possible to achieve beam sizes as low as 10 microns. With smaller beam sizes to create high resolution scans, it is possible to study zinc in relation to cell physiology as well as complex ligand structures.
Future research can benefit greatly by integrating the use of X-ray imaging.
This innovative tool offers scientists a versatile tool in performing research. The use of synchrotron technology can lead to major advances in the field of biology and a new multi-disciplinary field of study. Her work was featured at the National Science Foundation exhibit at the special 100th Anniversary celebration of the American Society in Atlanta, Georgia in 1999. Cornell High Energy Synchrotron Source. All rights reserved.