Drosophila melanogaster courtship is a powerful model to elucidate the molecular-genetic determinants of complex behaviors. This system is one of the most well developed molecular-genetic frameworks for understanding complex behavior, with deep understanding of key molecular processes that specify this behavior and knowledge of the neuroanatomical substrates. Given the powerful molecular-genetic and genomic toolbox of modern Drosophila behavioral studies, this system is perfectly positioned to allow one to identify and validate molecular mechanisms that govern the potential for behavior. The research in the laboratory is focused on understanding the molecular basis of Drosophila reproductive behaviors, by focusing on the function of a gene called fruitless (fru) that encodes male-specific master regulatory transcription factors that are necessary and largely sufficient for specifying the potential for courtship behavior. The goal of the research is to understand how the connectome that underlies reproductive behaviors is built and refined in two sexes.
Research skills-A post-doctoral scholar in the Arbeitman laboratory will obtain training in molecular-genetic, genomic, behavioral, microscopy and computational approaches. We have been leaders in developing and implementing cutting edge, cell-type-specific genomic approaches to address how complex behaviors are specified.
Career skills-I will provide mentorship in preparing your research seminar, writing manuscripts, networking and grant writing. I am open to training a mentee in any additional areas where the individual may need more guidance and input. The goal is develop individuals to become independent scientific investigators.
