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of combat related orthopaedic trauma. In particular, contemporary cell / molecular biology in vitro approaches as well as clinically relevant small and large animal models of orthopaedic trauma are utilized
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artificial intelligence and mathematical modeling, to study behaviors affecting individuals with disabilities such as behavioral relapse and self-injurious behavior. This position does not require a background
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sugarcane using breast cancer cell lines. Evaluate the ability of extracts and isolated bioactives to inhibit ROS formation and other stress-related pathways in cell-based models. Collaborate with chemists
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apart. A degree in Chemistry, Biochemistry, Pharmacology, or a related field (or equivalent experience). Demonstrated experience in molecular modelling, simulations, and applying AI/ML techniques
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flexibility, rising uncertainties and complexity from rapid changing energy landscape. The successful candidate will have experience in: electrical and energy systems modelling, analyses, operation or planning
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// Knowledge of Pero Trust platforms and federated data management. (max 8,3) - Conocimiento de modelos de datos OMOP y FHIR // Knowledge of OMOP and FHIR data models. (max 8,3) - Experiencia en metodologías
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discovery and clinical research, and coordinating exceptional education of the future healthcare workforce. Our physicians, researchers, and educators have created a model where leadership, commitment and
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Lab investigates the neural control of airway protection in mouse models of human disease (https://hufflab.smhs.gwu.edu/ ). We are looking for a skilled and highly motivated individual to provide
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treatment effect models. Ensure data quality by employing rigorous data cleaning procedures and by documenting all processes and coding steps transparently. Methodological Development Contribute to selecting
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forms of work and flexible working time models Opportunities for student research projects and theses Internships Responsible tasks that will help you develop your skills State-of-the-art technology and