The Research Assistant will support research in the O'Connor-Giles Laboratory, which studies synapse formation, function, and plasticity in Drosophila melanogaster. The lab uses genetic, imaging, physiological, and behavioral tools in the fly model to identify and characterize conserved synaptic genes, with a focus on those associated with neurodevelopmental disorders. The Research Assistant will focus on a current project PDZD8, a new signaling molecule the lab identified as a positive regulator of activity-dependent synaptogenesis. PDZD8 operates at signaling sites between organelles where the exchange of lipids, ions, and other metabolites regulates the formation of new synapses in response to neuronal activity. This work connects intracellular signaling at membrane contact sites to protein turnover in neurons and to nervous system development and has implications for how PDZD8 disruption causes intellectual disability in humans. The Research Assistant will have four primary duties: Performing Drosophila brain dissection, immunohistochemistry and microscopy. Preparing Drosophila brain samples for proteomics studies, including analysis, visualization and interpretation of results. Molecular cloning to generate transgenes and CRISPR alleles for in vivo studies. Drosophila husbandry, maintenance and genetics. The Research Assistant will also support the lab's broader research activities, including general lab maintenance and contributing to manuscript preparation. This is a fixed-term position with an end date of one year from the date of hire, which may be extended depending on available funding.
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Job Type
Full-time
Career Level
Entry Level