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clonal competition and external stressors drive clonal hematopoiesis towards blood cancer. Our ultimate goal is to identify new points of intervention for therapeutic targeting high-risk clones as a means
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that strives for a consistent level of high achievement in all of its activities. The Department offers full diagnostic services in all areas of Laboratory Medicine and Pathology, is a top ranked research
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, integrating advanced imaging technologies, computational analytics, and clinical oncology applications. This position is designed to generate high-impact scientific discoveries while also establishing
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data assimilation systems on Unix/Linux and high-performance computing platforms. Evaluate model and assimilation performance using statistical and dynamical diagnostics and verification against
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that strives for a consistent level of high achievement in all of its activities. The Department offers full diagnostic services in all areas of Laboratory Medicine and Pathology, is a top ranked research
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that strives for a consistent level of high achievement in all of its activities. The Department offers full diagnostic services in all areas of Laboratory Medicine and Pathology, is a top ranked research
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with computational analysis of spatial transcriptomics or other high-dimensional datasets and strong data management skills are highly desirable. We are seeking an independent and collaborative scientist
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experience in: Mammalian cell culture. High-performance computing environments. UNIX and Python and/or R. Reverse genetics systems or viral culture. Advanced statistical or computational data analysis
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to join an NIH-funded research program investigating the cortical cellular and circuit mechanisms underlying hearing difficulties in noisy environments following noise-induced hearing loss. Our research
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leukemia using primary human samples, cell lines, and mouse models. Responsibilities will be to design, perform, and analyze data from genomic assays including long read sequencing using the Oxford Nanopore