Animal Models of Human Disease

<p>1. Modelling cancers in Drosophila</p> <p>Dr. Lucas Waltzer</p> <p>2. Modeling human prostate cancer in mice</p> <p>Dr. Fen Wang</p> <p>3. The Drosophila heart: a model system for the genetics of cardiac disease and senescence</p> <p>Dr. Robert Wessells</p> <p>4. Dissection of cardiovascular development and disease pathways in zebrafish</p> <p>John D. Mably</p> <p>5. Transgenic mouse models of human cardiovascular and blood diseases</p> <p>Dr. Simon J. Conway</p> <p>6. 800 Facets of Retinal Degeneration</p> <p>Dr. Andrew C. Zelhof</p> <p>7. Towards a better understanding of human eye disease: insights from the zebrafish, Danio rerio</p> <p>Dr. Jeffrey M Gross</p> <p>8. Mouse models of retinal disease</p> <p>Dr. Paul N. Baird</p> <p>9. Eating on the Fly: Studying Metabolic Diseases in Drosophila melanogaster</p> <p>Dr David Tree</p> <p>10. Mouse models of selected inborn errors of metabolism</p> <p>William J. Craigen</p> <p>11. Modeling disoders of mitochondrial fatty acid metabolism in the mouse</p> <p>Dr. Eric Goetzman</p> <p>12. Watching Worms Whither: Modeling Neurodegeneration in C. elegans</p> <p>Dr. Benjamin Wolozin</p> <p>13. Demise of the Flies?: Why Drosophila Models Still Matter</p> <p>George R. Jackson</p> <p>14. Utility of zebrafish to late-onset neurology: A developmental model coming of age</p> <p>W. Ted Allison</p> <p>15. Genetic Mouse Models of Neurodegenerative Diseases</p> <p>Darren J. Moore</p>