| Last name | First name | Department | Campus | Project title |
|---|---|---|---|---|
| Baklanov | Dmitri | Internal Medicine | UM-Columbia | Vasculogenic Properties of Embryonic Proepicardial Cells |
| Barrier | Breton | Ob/Gyn | UM-Columbia | CD28 Analog expression in Human Epithelial Ovarian Carcinoma |
| Beamer | Lesa | Biochemistry | UM-Columbia | NMR Studies of the Enzyme PMM/PGM |
| Chen | Shi-Jie | Physics | UM-Columbia | Modeling Ion Electrostatic Interactions in RNA Folding |
| Colbert | Stephen | Surgery | UM-Columbia | Construction of a Bioengineered Schwann Cell Tube & its Use |
| Dobens | Leonard | Biologyq | UM-Kansas City | Microarray Screen for Ecdysone Regulated Genes in Drosophila |
| Friedman | Simon | Pharmaceutical Sci. | UM-Kansas City | Light Activated RNA Interference |
| Gogol | Edward | Cell Biology & Biophysics | UM-Kansas City | Functional Conformations of the Proteasome Core Particle |
| Gutheil | William | Pharmacy | UM-Kansas City | Bridging Support for Dev.of a Novel Antibacterial Agent |
| Kellogg | Elizabeth | Biology | UM-St. Louis | Diversity Among Relatives of Switchgrass |
| Kirk | Mark | Biological Sciences | UM-Columbia | Neural Stem Cell Niche Therapies for Brain Disorders |
| Lei | Bo | Vet. Med. & Surgery | UM-Columbia | Gene Therapy of Mid-Retinal Disease with AAV-9 |
| Lin | Mengshi | Food Science | UM-Columbia | Use of Novel Why Protein Films Containing Antimicrobial Nano |
| Loiselle | Bette | Biology | UM-St. Louis | Estimating Effective Seed Dispersal Distances & Genetic Vari |
| McClellan | Andrew | Biological Sciences | UM-Columbia | cAMP Regulation of Neurite Outgrowth of Lamprey Neurons |
| Rosenfeld | Cheryl | Biomedical Sciences | UM-Columbia | Epigenetic Effects of Maternal Diet on Identical Viable Yell |
| Schmidt | Francis | Biochemistry | UM-Columbia | Combinatorial Analysis of Macromelecular Complexity |
| Shannon | Katie | Biological Sci. | Missouri S&T | Regulation of Cytokinesis in Budding Yeast |
| Song | Qisheng | Plant Sciences | UM-Columbia | Identification of Active Component(s) in "Winter Worm & Summ |
| Stich | Roger | Vet. Pathobiology | UM-Columbia | Actin-based Motility & Infection of Tick Vectors |
| Zhang | Zhanyuan | Plant Sciences | UM-Columbia | Development of Efficient Agrobacterium-mediated Transformati |
Reviewed 2019-08-24