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for data analysis and visualization. 5. Experience with high-performance computing (HPC) environments and cloud-based bioinformatics platforms. 6. Familiarity with version control systems and software
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studies that triangulate the impact of the lived environment on physical and mental health outcomes, using qualitative interviews and geospatial information systems (GIS). The fellow will have opportunities
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. Duties will include: development and analysis of algorithms and their implementation in a high-performance computing environment. A desired, but flexible, start date of June 2024 is expected. The initial
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vibrant and collaborative research environment. The postdoctoral scientist will work on developing structural approaches to elucidate the structures of complexes containing proteins and Z-RNA. This position
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to work in a dynamic research environment and contribute to the development of sustainable energy storage solutions. This candidate would work and conduct research under the supervision of Assistant
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. The successful candidate will have the opportunity to work in a dynamic research environment and contribute to the development of sustainable energy storage solutions. General Description: Possesses, understands
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preferred. We are looking for self-motivated individuals to become involved in the exciting and challenging environment of the laboratory. The successful candidate will have the opportunity to play a major
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of the Principal Investigator. Physical Demands: This is a fast-pace lab that requires researchers to be highly organized, efficient and work as a team. Work Environment: The College of Optometry, University
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organized, efficient and work as a team. Work Environment: The College of Optometry, University of Houston, provides a fertile environment for blending fundamental Glycobiology with medical and translational