Telomeres are shown in yellow at the ends of chromosomes in a human cell. - Dr. Chris Counter Pharmacology of Lithium: A ribbon diagram of the common core structure shared by a family of lithium targets and the site at which lithium binds (the yellow sphere.) - Dr. John York Merged confocal image showing the localization of tubulin (green), DNA (blue), and DAH protein (red) demonstrates that DAH is concentrated in the fronts of the cleavage furrows. - Dr. Tao-shih Hsieh Taste neurons of the labellum, the main taste organ of Drosophila, that express the gustatory receptor Gr5a, which mediates sensitivity to trehalose, a sugar. - Dr. Natasha Thorne
 
The Developmental Biology Training Program at Duke involves more than 45 developmental biologists in nine departments. Faculty use a wide array of animals and plants for basic developmental, evolutionary-developmental, developmental genetics and translational studies. Trainees have a rich environment for coursework, and a range of choices for research. Resources at the University include the Marine Laboratory, the Institute of Genome and Science Policy, the Human Genetics Institute, Systems approaches, plus many opportunities for research problems in each of the nine departments. The Program is funded by NIH and by individual fellowships from a number of agencies. Students have the opportunity to rotate between departments and laboratories their first year, and often take advantage of many collaborative opportunities during their dissertation work. The program and their seminar series are broadly interdisciplinary and give students an opportunity to find and explore an area of particular interest.

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