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network discovery and individualized circuit targeting, multimodal concurrent brain stimulation-recording, and computational modeling. We bridge invasive approaches, including intracranial electrical
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approaches to define the cellular and molecular mechanisms underlying protective versus pathological immune responses during respiratory viral infection. We are seeking a highly motivated Ph.D. with a strong
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treatment of challenging behavior displayed by children with (birth and older) and without (birth to 9 years) developmental disabilities. Challenging behavior is broadly defined as behaviors impacting
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biology workflows including quantitative PCR. Working knowledge of software applications, such as Microsoft Office Suite. Excellent verbal, written and interpersonal communications skills. Desirable
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(DRG) isolation, processing, and analysis Desirable Qualifications: Experience with statistical analysis software such as GraphPad Prism or R Experience with catch-clamp recording Experience with Ca2
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-time for one year, with the possibility of renewal subject to satisfactory performance and continued funding. Research will contribute to the newly launched Iowa Integrated Network for Science
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process design, industrial instrumentation, and automation concepts (PLC, SCADA, sensor networks). Data Lifecycle Mastery: Proven experience manipulating heterogeneous industrial datasets, performing data
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discipline. Additional Qualifications Individuals with a demonstrated track record in scientific research, which can be evidenced through publications, technical reports, or impactful software projects
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programming (Matlab and/or IgorPro). Experience using and programming ImageJ or another image analysis software. Molecular biology and/or experience with the use of viral vectors is a plus. Online Application
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pathologic processes. Challenging aspects include image segmentation of the lung, lobes, airways, and vascular tree; extending our tissue characterization software to include 3D anatomic features as