The Clowney Lab studies the developmental mechanisms that pattern neuronal connectivity in chemosensory systems, using Drosophila melanogaster as a model organism. In one of our projects, we study how neurons in the learning system obtain inputs during development. One part of this ongoing project is to understand how neurons coming from different sensory systems (in this case, olfactory versus visual systems) are kept separate as they wire into the learning system. The lab seeks a technician to contribute experimentally to this direction, with focus on genetics, histology, and imaging.
The Department of Molecular, Cellular, and Developmental Biology (MCDB) conducts basic research about the function of all branches of life - bacteria, plants, and animals. The research portfolio includes more than 40 sponsored awards, amounting to more than $8 million. We are also home to the more 300 students each year who graduate with majors in molecular, cellular, and developmental biology; plant biology; biology, health and society; and microbiology.