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genetic basis of human cancers; develops, adopts and implements new experimental methods to achieve further characterization of various human immune cell types, their respective developmental pathways
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and executes advanced microbiology and immunology techniques, including flow cytometry, scRNA-sequencing, bioinformatics, and confocal microscopy; develops, adopts and implements new laboratory methods
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characterization methods as well as tools or related area is required. Demonstrated experience in acetylcholinesterase and butyrylcholinesterase research as well as bioanalytical tools for its study is required
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manuscripts and grants, and training others (e.g., students, staff) in relevant methods and procedures. Minimum Education Required Doctoral Degree in an appropriate discipline is required. Qualifications
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vivo techniques. These include molecular biology methods such as DNA and RNA extraction and RT-PCR; the production, purification, and characterization of monoclonal antibodies, ADCs, bispecifics, and CAR
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of human cancers; develops, adopts and implements new laboratory methods to achieve characterization of the genetic basis of human cancers; identifies novel genes and examines their role in cancer
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the implementation of machine learning/AI methods for studying complex human diseases, such as glaucoma and retinal diseases. The candidate will have the opportunity to lead research projects, write
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on large-scale genetic data analysis, risk prediction, single-cell RNAseq, and implementation of methods for studying complex human diseases, such as glaucoma and retinal diseases. The candidate will have
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better tomorrow. The Ohio State University is committed to enhancing academic excellence. Recruiting, supporting, and retaining faculty of the highest caliber is a core component of this commitment
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societal contexts. Through advanced computational methods and collaboration, HEALMOD addresses global challenges by blending eco-social health determinants, human-natural system interactions, and convergence