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to generative models for biomedical data (e.g., echocardiograms, genetics, EHRs); dynamic risk prediction models. Data harmonization techniques. EHR phenotyping. Collaborate with Dr. Anru Zhang, Eugene Anson
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keratinocytes and immune cells, as well as cutaneous microbiome during wound healing and inflammation, and cancer progression. These studies involve use of genetic animal models and a range of cellular and
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within the olfactory mucosa is shaped by the unique anatomy that provides chemosensation and CNS barrier function. We use a variety of infectious pathogens along with transgenic mouse models to study
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Summary Position Description: Our research focuses on identifying cellular and molecular mechanisms of immunosuppression and immunotoxin-mediated antitumor response in in vitro and animal models of brain
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various techniques, including advanced genomic, animal models, and innovative therapies. The team is highly collaborative and integrated with multiple cores (within Duke) and collaborators in other US
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doctorial associate with a demonstrated potential to develop an independent research career. The successful candidate will conduct independent studies in cardiovascular sciences, utilizing a wide range of
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and adults with brain tumors. We leverage molecular biology techniques, genetically engineered mouse models, and cancer genomic approaches to carry out our work. The Reitman Lab is based in
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are required as the candidate will be working in a multi-disciplinary team environment. Experience and proficiency with cloning design and execution, in vivo mouse models, organoid culturing, confocal imaging
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are required as the candidate will be working in a multi-disciplinary team environment. Experience and proficiency with cloning design and execution, in vivo mouse models, organoid culturing, confocal imaging
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departments and contribute to interdisciplinary research initiatives. Preferred Qualifications: • PhD in Neuroscience, Biophysics, Pharmacology, or a related field. • Solid background in mouse modeling