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Field
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biology to better understand mechanisms of treatment resistance and identify new therapeutic targets. To achieve this, we apply state-of-the-art technologies for molecular tumor analysis using both solid
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of treatment resistance and identify new therapeutic targets. To achieve this, we apply state-of-the-art technologies for molecular tumor analysis using both solid tissue and blood-based liquid biopsies derived
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applications in different project contexts. This may include data analysis, modelling, literature reviews, and interaction with relevant stakeholders. The results are expected to contribute increased knowledge
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studies ranging from the development and preclinical evaluation of radiopharmaceuticals to biological characterization, quantitative image analysis, and assessment of treatment response. Within the research
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projects. The research is of international quality, and we collaborate with researchers around the world. Within the area of Energy system analysis, the research is targeted at the transition to a
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laboratory tests, analysis of data, and modeling. Qualifications To be eligible, you must have a master’s degree in materials science or chemistry. You should have basic knowledge of building materials and be
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and trends, quantitative analysis, pharmacological effects, and the identification of biomarkers of intoxication and cause of death. The work will involve analysis of clinical and forensic samples using
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regions. Implementation methods will include: Seasonal sampling of food web components, from primary producers to fish, during open-water (summer) and under-ice (winter) conditions. Analysis of biomarkers
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of food web components, from primary producers to fish, during open-water (summer) and under-ice (winter) conditions. Analysis of biomarkers (PUFA and cyanotoxins) in biological samples using
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analysis to better understand how molecular and cellular processes are coordinated across cells, tissues, and organ systems in human health and disease. You will be responsible for developing and applying