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analytical technique to study protein structure. The Protein Analysis Group in the Department of Pharmacy has internationally-recognized expertise in the analysis of protein higher order structure
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to join a Research Council of Finland-funded project ( https://research.fi/en/results/funding/88763 ) focused on developing programmable protein-nucleic acid hybrid materials for RNA delivery. RNA
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researcher in the field of protein-nucleic acid hybrid materials We are seeking a doctoral researcher to join a Research Council of Finland-funded project ( https://research.fi/en/results/funding/88763
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-omics research for determining mechanisms underlying disease, such as protein-wide association studies. Excellent technical and organisational skills are essential, along with a passion for collaborative
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, protein structure and sequence analysis, as well as the study of protein interactions (Luck lab), we aim to dissect the dynamics and biophysics of phosphocluster signaling inside cells.
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genes and pathways, with analysis of metabolomics datasets where available. Work on carbohydrate metabolism will examine CAZymes and associated pathways in ancient and modern metagenomes. Protein
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microscopy and image analysis, and a passion for applying multidisciplinary methods to understand de novo membrane protein folding. The ability to rapidly learn new techniques is highly desirable
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): Knowledge of protein-, polymer-, and biomaterial-based systems and their characterization. Skill in experimental design, materials characterization, and analysis and interpretation of research data
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wide range of protein design and enzyme engineering projects. In addition to method development and data analysis, the RS3 provides extensive training for graduate students, postdocs, and other
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procedures. Supporting protein-protein interaction studies, including surface plasmon resonance (SPR) experiments and other relevant assays. Contributing to the analysis, organisation and