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various publicly available datasets as well as data from the in-house Oncosys-OVA study led by our collaborator Prof. Anniina Färkkilä, University of Helsinki. Overall, the project combines methodological
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-OVA study led by our collaborator Prof. Anniina Färkkilä, University of Helsinki. Overall, the project combines methodological development with biological discovery, offering opportunities to contribute
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researchers whose expertise is complementary. Applicants may be primarily experimental or computational. We are especially interested in candidates who can cover a strong combination of skills (not necessarily
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of niacin by employing a combination of hydrolyses and structure identification using LC-MS. Additionally, the impact of bioprocessing of niacin will be examined, and the bioaccessibility of niacin in
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of geological hydrogen reservoirs, combining geochemistry, microbiology, isotope analysis, and modelling. The doctoral researcher will focus on the geological hydrogen aspects of the project by integrating
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-based products. The work will involve the quantification of available niacin and the potential bound forms of niacin by employing a combination of hydrolyses and structure identification using LC-MS
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which investigates and develops a new plural valuation assessment framework combining approaches such as natural capital accounting, cost-benefit analysis, participatory mapping, and multi-criteria
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research environment combining humanities-based manuscript studies with natural-scientific and computational methods. The doctoral researcher will be supervised by Dr Tuuli Kasso, Dr Jaakko Tahkokallio, and
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combinations of multiple ‘modes’ of expression. These methods and resources are used to develop empirically founded theories of multimodal communication in the domain of everyday cultural artefacts. The data