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impacts cellular physiology. This position will focus on the development and use of stem-cell–derived organoids to model ER structure and function, and to explore how trafficking pathways are altered in
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developmental biology and stem cell biology to prostate cancer research. We use genetically engineered mouse models, explant cultures, and 3D organoid culture systems to study androgen signaling during prostate
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in the field of large language models. Additionally, the appointee will be responsible for submitting grant proposals to various funding bodies. Furthermore, the appointee will have the opportunity
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stations around the state to carry out this mission. The Survey has been a model for statewide archeological programs in the United States and around the world. AAS web home page: http://archeology.uark.edu
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patient samples or cellular models of human disease. Since the project involves working with human samples the individual should be fully immunized and will be required to undergo UBC’s Biosafety course
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to explore how AI can improve public services, with a focus on temporary housing, social care, the local economy, and sustainability. Your work will involve developing predictive models to help prevent
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parametric models for architectural and structural components. Collaborate with engineers and researchers on digital fabrication and concrete printing projects. Integrate building physics principles
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temporary housing, social care, the local economy, and sustainability. Your work will involve developing predictive models to help prevent homelessness and improve the way temporary accommodation is allocated
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National Institute for Modeling Biological Systems. Application Instructions All application materials must be submitted in Interfolio at http://apply.interfolio.com/169857 Applications must include: a
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and evaluation activities across the Centre, in accordance with the Theory of Change and evaluation protocols Undertaking evidence reviews Promote equality and value diversity, acting as a role model