18 image-coding-"University-of-Manchester" Postdoctoral positions at Texas A&M University
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figures for publications and grants. Calcium imaging: Utilizing calcium dyes or genetically encoded calcium sensors (i.e. GCaMP) to measure and quantify intracellular calcium levels in a live brain slice
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) for protein analysis and interaction studies Microscopy techniques, including fluorescence microscopy, confocal microscopy, and immunofluorescence imaging Chromatin immunoprecipitation (ChIP) assays to assess
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/field personnel in research. Initial studies will focus on burn wounds, improving healing and assessing multiple wound factors using imaging and sensors. What you need to know Salary: Compensation will be
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design for clinical research and cohort studies Programming/coding proficiency in statistical software Savvy importing/exporting data between various systems/platforms Experience working with diverse
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nervous system using mouse models; uses techniques including confocal imaging, brain slice electrophysiology, in vivo manipulations, molecular biology, and behavioral analysis; applies genetic mouse models
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papers, articles, and publications. Assists with the preparation and cleaning of worksite. Initial studies will focus on burn wounds, improving healing, and assessing multiple wound factors using imaging
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objects or systems, experience developing and running codes for simulating astrophysical nuclear reactions and in evaluation of thermonuclear reaction rates, experience working with graduate and
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and University safety requirements This position requires compliance with state and federal laws/codes and Texas A&M University System/TAMU policies, regulations, rules and procedures Responsibilities
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Microsoft Word, PowerPoint, and Excel are required Experience with using imaging analysis tools, such as lmageJ, and using R, SAS, or other statistical analysis tools Ability to multi-task and work
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of the new methods. Draft articles describing new AI based methods for publication in peer reviewed journals. Programming: 30% Create a well-documented code to form the basis for future operational models