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develops and applies liquid biopsy technologies to detect, characterize, and monitor cancer using blood, urine, and other biofluids. Our work spans molecular assay development, high-throughput sequencing
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meaningful information from continuous physiologic signals and support improved monitoring, risk detection, and decision-making at the bedside. The research program lies at the intersection of biomedical
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to discover neurobiological patterns that can inform mechanistic understanding as well as diagnosis, prognosis, and treatment. One project focuses on identifying biologically grounded subtypes of psychiatric
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understanding of the fundamental biological mechanisms of intestinal health and disease to discover new regenerative medicine approaches and therapeutic targets for IBD. The applicant must hold a Ph.D. or
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bioinformatics, will find this an ideal environment to apply and develop their skills. Duties involve culture and maintenance of stem cells and human/mouse islets, standard molecular biology techniques in DNA and
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aging research, and works to discover, implement, and evaluate innovative ways of changing the aging experience for everyone. Research Areas The Center hosts an active, interdisciplinary portfolio
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: in education, healthcare, and social services, the human interactions that matter most are often the hardest to observe, measure, and improve at scale. These settings also often involve vulnerable and
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(840), FFPE tissue (1045), and other specimens are banked. We are also interested in early cancer detection at the stage of the minimally invasive biopsy and potential mimickers of early cancers
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, machine learning) Advanced skills in 2D/3D/4D image parsing, segmentation, and building robust computer-aided detection systems Proficiency with modern deep learning frameworks (PyTorch, TensorFlow) and