An Associate Scientist or Scientist position is available for a highly motivated individual interested in transitioning from a postdoctoral position to a more stable staff scientist position. The successful candidate will lead an independent research project dedicated to identifying abnormal neuronal circuits in mouse and/or rat models of 22q11.2 and 3q29 deletion syndromes, 2 rare conditions that confer the highest genetic risks of schizophrenia. The successful candidate will operate a 2-photon mesoscope (Thorlabs) designed for imaging large auditory cortical areas, enabling the recording of activity from several thousand neurons simultaneously in awake, head-fixed mouse and rat models of schizophrenia risk. Preference will be given to applicants with Ph.D. in neuroscience or related fields, who have a strong background in 2-photon imaging of head-fixed animals, cranial window surgeries, in vivo stereotaxic-guided injections of viruses, experience analyzing time-series data, preferably from neuroimaging or behavioral studies, and strong communication skills. Additional expertise in computational neuroscience and data analysis, particularly using machine learning approaches, is highly desirable. The laboratory is equipped with 2 dedicated 2-photon mesoscopes (Thorlabs), Mini-2p (Thorlabs), and Inscopix miniature microscopes for imaging large cortical areas and subcortical structures at cellular and subcellular resolution in awake animals (Chun et al, Science 2014; Blundon et. al. Science 2017; Davenport et al., Cell 2022; Bayazitov et al., Cell Reports 2024). The candidate will also benefit from an outstanding, highly collaborative work environment in which a diverse team of 15 researchers is focusing efforts toward understanding the mechanisms of schizophrenia and psychotic behavior at the levels of neural circuits and individual neurons, synapses, and molecules. The laboratory is part of the Department of Developmental Neurobiology, which houses specialized departmental shared resources, including an integrated support structure for testing rodent behavior, producing genetically engineered animal models and 3-dimensional human brain organoids, in vivo and ex vivo imaging of cells, advanced image processing and analysis, single-cell profiling, and bioinformatics. In addition, numerous institutional shared resources and core facilities support the laboratory by providing expertise and state-of-the-art technologies.
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Job Type
Full-time
Career Level
Mid Level
Number of Employees
101-250 employees