68 algorithm-development-"Prof"-"Washington-University-in-St"-"Prof" Fellowship positions at Nature Careers
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the following things we are working on this may be the perfect opportunity: 1. Development of cell-free DNA (mutation and methylation), RNA, and exosomal-based liquid assays for early cancer detection
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approaches and biochemical assays to target key proteins. This funded position is for a postdoctoral trainee interested in aiding the development of novel therapeutics for treating cancer or metabolic disease
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lead the in vivo functional analysis of this gene using conditional KO mouse models, with a focus on brain development, neuronal differentiation, and seizure susceptibility. All models are already
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role in developing our knowledge of the effect of radiation (microbeam +/- FLASH) on fibroblast and myeloid populations in pancreatic and bladder cancer models. About you The successful candidate must
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career development of young investigators in the field of basic and translational hematology. Postdoc candidates will also have the opportunity to learn basic and clinical hematology, innate immunity
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interested in the dynamics of beta-cell heterogeneity, islet organization and cell-cell interaction in fetal and neonatal development. The Dhawan lab utilizes genetic mouse models, molecular biology, imaging
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safety, health, and cultural and social acceptance. We will enable the development of a more holistic, efficient and safe approach to new food and drugs and related technologies, as exemplified by advances
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2-year Postdoctoral Research Fellow position with focus on Cryptography at Computer Science Aarhu...
informed of the latest developments in the field. Required Qualifications Ph.D. in computer science. Interest in developing and evaluating cryptographic protocols and their applications. Knowledge of state
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., somatic) somatic mutations in the human brain. The lab is interested in studying somatic variation as it pertains to typical brain development as well as in neurological diseases like epilepsy. To that end
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. Dr. Wang's laboratory conducts cutting-edge research to understand the evolution of cancer transcriptomes through DNA-RNA dynamics, aiming to uncover mechanisms of cancer initiation, progression, and