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deploying large-scale genetic, biologic, peptide, and small molecule approaches to define domains and specific molecular mechanisms that can be exploited for therapeutic development against emerging cancer
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jurisdictions utilizing land use-value assessment estimates. Duties include, but are not limited to: development of computational methods, maintenance of current models and data sets, identifying and testing
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research project using cutting-edge approaches in whole-cell patch-clamp electrophysiology, in vivo calcium imaging, and animal behavioral tests. • Employ advanced neural circuit dissection methods (e.g
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Performance Computing & Linux • A proven track record of peer-reviewed publications Preferred Qualifications • Experience with US3D CFD software • Experience developing numerical CFD methods for integration
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basic laboratory protocols including proper handling of mice behavior, molecular biology, data collection, and data management. • Experience with data analysis software (R, Matlab, etc.) Appointment Type
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stem-cell based methodologies. Research projects will involve the use of organoids in virology and to conduct high throughput testing of therapies. The successful candidate will join a collaborative and
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experimental methods for Hypersonic testing facilities • Expertise in one or more optical diagnostics methods for high speed flows • Experience with Hypersonic CFD codes, such as US3D • Proficiency in LabView
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software Preferred Qualifications • Experience in ecological modeling, population dynamics, or fisheries management • Familiarity with species distribution models, catch rate standardization, stock
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microenvironment to drive malignant progression. Our research lies at the intersection of glial biology and brain cancer, with a particular emphasis on malignant glioma, the most aggressive form of primary brain