10 postdoc-molecular-dynamics-simulation Postdoctoral positions at University of Arkansas
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Development Department's Website: Summary of Job Duties: The successful candidate is expected to be competent in one or more of the following research tasks: (1) Design devices using advanced simulation
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Development Department's Website: Summary of Job Duties: The successful candidate is expected to be competent in one or more of the following research tasks: (1) Design devices using advanced simulation
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about a job posting, please contact Human Resources at askrecruitment@uams.edu . Department: COM | Biochemistry & Molecular DNA & RNA Department's Website: Summary of Job Duties: A Post Doctoral Fellow
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sciences, pharmacology, physiology, molecular biology, or related field required. Knowledge, Skills & Abilities: Demonstrates the skills and competencies necessary to safely perform the assigned job
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that alter skeletal function and healing during homeostasis and in pathological conditions. Using a multi-omics approach, aim is to identify novel molecular targets for pre-clinical studies with the objective
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culture and in vitro assays to investigate the effects of uremic toxins on kidney cell lines. Utilize molecular biology techniques, including extraction of DNA, RNA, and protein extractions, PCR, RT-PCR
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microbiology, genetics, or a related field required. Knowledge, Skills & Abilities: Demonstrated expertise in molecular genetics and/or molecular biology. Demonstrated abilities with techniques including DNA
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working relationships with others. Qualifications: Minimum Qualifications: Ph.D in Chemical Engineering, Biomedical Engineering, Cell and Molecular Biology, or related field from an accredited institution
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. • Overseeing graduate and undergraduate students in the specimen fabrication, testing, and analysis of various asphalt mixture tests, including I-FIT, IDEAL-CT, SCB, BBR, HWT, dynamic modulus, and cyclic fatigue
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devices using advanced simulation technique (2) Characterize materials using various techniques as XRD, TEM, Raman, PL, FTIR, etc. (3) Fabricate device using E-beam lithography and (4) Characterize device