| Organization | Location | Grant Description | Amount | |
|---|---|---|---|---|
| Iowa State University | Ames | IA | Study the cellular response to infection by a unique group of viruses relevant to human health | $84,842 |
| Iowa State University | Ames | IA | Support an investigation into plant cell wall composition using bioengineering techniques | $98,570 |
| Iowa State University | Ames | IA | To study the biochemical mechanism by which Ebola virus evades the host immune system | $99,668 |
| Iowa State University | Ames | IA | Study on manipulating conformational change in biomolecules to influence function | $99,888 |
| Iowa State University | Ames | IA | Develop medicinal compounds for imaging and treating certain forms of cancer | $100,000 |
| Iowa State University | Ames | IA | Investigate fundamental processes of cell migration and programmed cell death | $116,335 |
| Iowa State University | Ames | IA | Study the immune defense system in response to infection by disease-causing viruses | $116,481 |
| Iowa State University | Ames | IA | Develop a novel technology for the study of cellular signaling mechanisms in metastatic cancers | $119,926 |
| Iowa State University | Ames | IA | Develop a high-throughput system for identifying genes involved in tumor formation | $121,136 |
| Iowa State University | Ames | IA | Develop a high-performance computing center | $158,596 |
| Iowa State University | Ames | IA | Develop a graduate research training program in biochemistry and biophysics | $165,493 |
| Iowa State University | Ames | IA | Purchase a confocal microscope | $306,831 |
| Iowa State University | Ames | IA | Construct a new chemistry building | $1,600,000 |
| University of Illinois | Urbana | IL | Characterize cell surface factors that mediate cellular adhesion in tumor formation | $99,993 |
| University of Illinois | Urbana | IL | Purchase advanced flow cytometry equipment | $200,000 |
| University of Iowa | Iowa City | IA | Develop methods of organic synthesis that improve efficiency and generate less waste | $99,884 |
| University of Iowa | Iowa City | IA | Develop reliable synthetic chemical reaction conditions to enable production of biologically active compounds | $102,808 |
| University of Iowa | Iowa City | IA | Study of molecular components of neuro-transmission in the brain | $109,877 |
| University of Iowa | Iowa City | IA | Develop new diagnostic screening tools for potential anti-cancer drugs using principles of nanotechnology | $115,145 |
| University of Iowa | Iowa City | IA | Characterize a protein implicated in molecular signaling, cell migration and tumor metastasis | $119,512 |
| University of Iowa | Iowa City | IA | Study of evolution of genes involved in organismal reproduction | $119,728 |
| University of Iowa | Iowa City | IA | Develop a multi-scale modeling laboratory for bioengineering research | $250,000 |
| University of Iowa | Iowa City | IA | Develop biomedical research facilities within the chemistry building | $936,000 |
| University of Iowa | Iowa City | IA | Continuing support for program endowment and capital needs at the University of Iowa College of Medicine | $3,200,000 |
| Total | $8,540,713 | |||