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Assistant professor in Computational biology -machine learning for multimodal molecular biology data
direct connection with NGI Stockholm. Subject field Computational biology with a focus on machine learning for multimodal molecular biology data. Subject description The subject covers the development and
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direct connection with NGI Stockholm . Subject field Computational biology with a focus on machine learning for multimodal molecular biology data. Subject description The subject covers the development and
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, molecular omic, and neuroimaging data using machine learning Project: Stroke is a leading cause of death and disability worldwide. Ischemic stroke is heterogeneous both in terms of etiology and outcomes
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Mathematics. Researchers working at the division of Computational Mathematics have expertise spanning several different branches, such as numerical analysis, computer science, program logic, machine learning
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, prevalence, spread and treatment of infectious disease. You will apply, adapt and develop machine learning approaches to provide data analysis support to data-driven Swedish research projects of scientific
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scale analysis based on machine learning and deep learning/AI. You will work with shorter and longer projects and offer research support via the BIIF nodes in Uppsala and Stockholm, and other universities
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to develop other display platforms and machine learning/AI competencies for antibody development. The unit will have a close collaboration with the “Therapeutic Protein Engineering” unit consisting of six
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science and machine learning/AI. Examples of supported scientific areas span from precision medicine and diagnostics, to fundamental cell biology, and evolutionary/environmental research. The Support teams
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in transition is key. We also take pride in delivering education to enable regions to expand quickly and sustainably. In fact, the future is made here. Are you interested in learning more? Read about
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disciplines of the life sciences by presenting new tools and methods to acquire improved understanding on fundamental biological processes including organ development, cell-cell communication, disease on-set