Organization | Location | Grant Description | Amount Paid | |
---|---|---|---|---|
Iowa State University | Ames | IA | Develop an immuno-based treatment for the parasitic disease, leishmaniasis. |
$50,000
|
Iowa State University | Ames | IA | Study the mosquito-borne infection mechanism of a pathogen that causes the disease filariasis in developing countries. |
$80,423
|
Iowa State University | Ames | IA | To develop a laboratory system for examining cellular migration patterns. |
$99,134
|
Iowa State University | Ames | IA | Conduct a basic research study on a human disease-related biochemical signaling pathway, using a simple marine worm as a laboratory model system. |
$131,597
|
Iowa State University | Ames | IA | To develop a laboratory model for molecular study of certain gastrointestinal disorders. |
$122,137
|
Iowa State University | Ames | IA | To develop a new system for the delivery of existing cancer chemotherapeutic agents that has an added benefit of enhancing the patient\’s natural immune response. |
$109,646
|
Iowa State University | Ames | IA | To support a major initiative in the field of biomolecular structure. |
$1,100,000
|
Iowa State University | Ames | IA | Support the development of a laboratory for research into transcranial magnetic stimulation. |
$197,640
|
University of Illinois | Urbana | IL | Study the molecular basis for a particular form of inherited epilepsy. |
$100,000
|
University of Illinois | Urbana | IL | To study biochemical factors involved in tissue regeneration, using the fruit fly as the laboratory model system. |
$144,868
|
University of Illinois | Urbana | IL | Establish a new research theme in synthetic biology. |
$1,500,000
|
University of Iowa | Iowa City | IA | Support a study whereby multiple myeloma cancer cells develop resistance to conventional therapies. |
$127,175
|
University of Iowa | Iowa City | IA | Support a study investigating the basis for steroid hormone resistance in leukemia treatment. |
$115,636
|
University of Iowa | Iowa City | IA | Study the basis for certain developmental disorders if chromosomal mutations are not the causative factor. |
$148,881
|
University of Iowa | Iowa City | IA | To study a molecular signaling pathway implicated in aberrant intestinal stem cell development and colon cancer formation. |
$123,098
|
University of Iowa | Iowa City | IA | Support a dental health study among Iowa youth. |
$112,831
|
University of Iowa | Iowa City | IA | Research and outreach program to address health issues among Muscatine middle school students. |
$250,000
|
University of Iowa | Iowa City | IA | Support a study on dental malocclusion. |
$90,000
|
University of Iowa | Iowa City | IA | Upgrade instrumentation for solid-state material characterization. |
$110,000
|
University of Iowa | Iowa City | IA | Support for endowment and capital projects at the University of Iowa Carver College of Medicine. |
$3,200,000
|
Total |
$7,913,066
|