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Summary We are developing cutting-edge analysis methods in the areas of multi-omics data integration, pathway analysis, subtype discovery, clinical trial optimization, and meta-analysis. Our group
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are formed in bone-conduction. We perform intracochlear measurements of sound pressures and vibrations in human cadaveric ears. We develop circuit network models and finite element models to assist data
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of storing, processing, and retrieving information in acoustic waves that complement conventional quantum technologies. For more information about the research/project, please see: New Frontiers of Sound
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preliminary analysis of the data using graphs, charts or tables to highlight the key points of the research results collected in accordance with the research protocols as stipulated. Prepare and present
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are currently being pursued: 1) Analysis of lipolytic protein trafficking. This project uses novel pharmacological, genetic, and biophysical tools to investigate evolutionarily-conserved mechanism of lipolysis in
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-labeling and routine molecular biology techniques. Proficiency in literature search and statistical analysis. Strong interest in renal physiology, epithelial and vascular cell biology. Preferred but not
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particle or nuclear physics and have a strong background in data analysis. Required application materials C.V., a brief description of the research interests, list of publications, and three recommendation
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Applicants should submit a cover letter, curriculum vitae, and contact information for three references to Dr. Sokol Todi at stodi@wayne.edu . The position is available immediately, with flexibility for start
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excellent training and recent research experience in protein analysis and molecular/cellular biology or a closely related discipline. The research focus spans several disciplines from commercial insulin
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& Joint Center is located within new laboratory space in Wayne State University's state-of-the-art Integrative Biosciences Center. Additional information can be found on the Bone & Joint Center website