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Field
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public health and social control measures (PHSMs) maximally reduced COVID-19 transmissions while causing fewer disruptions to the community and evaluating the optimal social policy designs in minimising
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studies. Develop, maintain, and optimize computational pipelines for the integration and analysis of multimodal molecular and clinical datasets, including data generated from patient tissue specimens and
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will facilitate the acquisition of educational competence required for an Associate Professor position. The appointment is for 3 years. Responsibilities The successful candidate will: Develop, optimize
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(2024), J. Biological Chemistry 300(9): 107607 (2024). Duties and Responsibilities -Carry out research in Analytical Biochemistry, the improvement and optimization of protocols. Design and perform
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learning model to realize performance optimization afterward. Key Responsibilities: Design and develop high-throughput synthesis platform for realizing rapid and smooth synthesis of disordered crystalline
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, texture profile, and other key techno-functional properties. Learning Objectives: Under the guidance of a mentor, the participant will learn to: develop and optimize procedures for extracting plant proteins
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language processing or text analytics, network analysis, optimization, or social media research. Proficiency in Python is required; experience with R, large language models, survey design or experimental research, and
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research technicians and coordinators. Responsibilities Reporting to the Principal Investigator, Dr. Rachel Eddy, the incumbent will be responsible for: Development and optimization of rapid pulse sequences
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geometries, and optimization of surface and volumetric meshes. The fellow will also develop and evaluate multiphysics computational models coupling microwave electromagnetic energy deposition with bioheat
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heterogeneity to reduce the potential of tumor antigen escape, overcoming the suppressive tumor micro-environment to improve CAR T cell function, monitoring tumor trafficking, optimizing CAR T cell route