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on peptide-membrane interactions, and in particular, towards characterizing and understanding the dynamical and structural effects of various peptides on both simplified and complex membrane systems
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mentoring of the students. Experience with noise analysis and signal processing is of advantage to the position. Role Summary Work within specified research grants and projects and contribute to writing bids
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Immunology & Nanomedicines” group and become a key member of the Comparative Immunology team at the Department of Biosciences. The project “Fish-S.H.I.E.L.D.” builds on the recent discovery of a complex
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(AML) efforts, are increasingly ineffective – often generating overwhelming false-positive alerts that distract from truly suspicious activities. New approaches are needed to detect complex laundering
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change and pollution). We will study complex questions of WHY key biological responses to multiple stressors (climatic stress and agricultural used pesticides) differ between populations, micro-climate
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processes. The PhD Research Fellow will investigate oxygen storage capacity, electrocatalytic activity and transport properties of complex oxides to obtain mechanistic insight into the thermodynamics, surface
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, from full complexity climate models, to turbulence models, to in situ data. The work will be at the interface between data analysis and theory. We are also open to employing data-driven techniques
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will study complex questions of WHY key biological responses to multiple stressors (climatic stress and agricultural used pesticides) differ between populations, micro-climate, and climatic regions; WHY
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/ Duties The primary focus will be on dynamical analyses, often using simplified models. But we consider all types of data, from full complexity climate models, to turbulence models, to in situ data