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My research focuses on structural and biophysical studies of Photosystem II complex from Arabidopsis thaliana.
My research focuses on the behaviour of metal oxide materials, such as polyoxometalates, at the interface with water and other small molecules. See http://moleculargeo.chem.umu.se/ohlin/
My research field is chemistry and physics of surface and interfaces, especially in aqueous media, studied by X-ray Photoelectron Spectroscopy.
- Amyotrophic Lateral Sclerosis (ALS)
My research focuses on “Plant proteases” as well as the possibility to use “Nordic microalgae for wastewater reclamation and biomass generation”.
A member of the system analysis and bioeconomy platform, Bio4Energy progrma.Currently working on life cycle assessment and sustainability production of renewable energy systems.
Application of gas isotope ratio mass spectrometry in photosynthesis and geochemistry research areas.
Biological macromolecular crystallography
We study how the chemical structure of metal compounds control mechanisms and kinetics for reactions which are central for the cycling of metals in the environment.
PhD student working with computational chemistry/toxicology
Inorganic Chemistry focused on Molecular Geochemistry. Experimental and theoretical studies of Earth's crust and atmosphere, and of planet Mars. http://moleculargeo.chem.umu.se/boily/
Full Professor in Chemometrics with focus on multivariate data analysis, AI/deep learning and mechanistic modelling in life science, medicine and the pharmaceutical industry.
My research group has a long-standing interest in spectrin and spectrin-like proteins, such as α-actinin. The major aim is to understand the structural and functional roles of these proteins.
Project: Cell biology - Structure, assembly and cellular organization of the cytoskeleton
MIMS Team Leader
Director of Umeå Core Facility for Electron Microscopy
My research deals with bacterial interactions with surfaces
In my lab, we use both experimental (time-resolved X-ray scattering) and computational (MD simulations) techniques to understand membrane protein functionality.
My research interests focus on identifying chemicals of concern relevant to human and environmental health, by employing current and developing new computational methodologies.
I am interested on the water condensation and freezing on minerals, which are widespreadly found on the terrestrial systems of Earth and the atmosphere, as well as planet Mars using the vibrational spectroscopy.
My postdoctoral project that funded from Swedish Research Council (VR-2018-06694) aims to identify hydrated minerals on the near surface of Mars to reveal the potential water resources, and life signatures for future human explorations.
Dean Faculty of Science and Technology
Researcher/engineer in metabolomics and infections
WP leader INNOVA4TB project: https://www.innova4tb.com/Work & Health project; TB, HIV, hep C in work migrantsErasmus +
My research aims at developing methods for identifying chemicals of environmental and human health concern and to explore their mode of action by combining computational and experimental tools.
I work with analysis of chemicals in the environment. I am the system manager for ChemKeeper, the program for Chemical Management at the University and assists with chemical expertise.
I am a PhD student working in environmental chemistry and more specifically on the remediation of polluted water stream by biochars/activated carbon and the regeneration of these adsorbents.
I am an enthusiastic physical-organic chemist. I am currently working on the carbon dioxide capture by deep-eutectic solvents and ionic liquids and their subsequent conversion into useful products.
My research is mainly focused on thermal treatment of biomass and other organic materials and waste fractions, from an environmental chemistry perspective.
Our group is interested in chemical glycobiology.
The projects include 1) synthesis of carbohydrates, glycopeptides, semi-synthetic glycoproteins and glycomimetics; 2) studies of disease relevant protein-carbohydrate interactions; 3) development of glycoproteomic tools and methodology.
Chaperones; Supervising PSII under light stress
Our lab is interested in understanding the molecular mechanism of autophagy and membrane trafficking regulated by small GTPases by developing novel chemical and chemo-optogenetic approaches.