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activated carbon filters using advanced analytical techniques. Project overview In this PhD project, you will analyse the removal of organic micropollutants (OMPs) from wastewater in biological activated
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at the interface using computer simulations. At the beginning simulations will be used to model polymeric particles, such as microgels. With these simulations we will study how the individual particle
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our research team for addressing a timely societally relevant problem. Project overview The aim is to unravel the mechanisms, and time scales involved at particle scale, for the formation and failure
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investigates inflammation in health and disease using cutting-edge exposure systems and advanced 2D and 3D cell models. In parallel, NanoSafety2 focuses on the toxicity assessment of particle emissions from
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. The project aims to produce novel types of mixed-metal nanoparticles, particularly magnetic materials, and to use advanced characterization techniques to gain a deeper understanding of how particle properties
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The laboratory assistant will join the NanoSafety2 project at Örebro University, which focuses on the toxicity assessment of particle emissions from additive manufacturing (also known as industrial 3D printing
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tools from micro/nanofluidics and analytical chemistry to better characterise and understand our experimental systems. The Esbjörner lab also have interests in exosome biology, single particle analysis
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experience in EM data collection (SEM, TEM and/or Cryo-EM) and analysis. Very good computer skills with a focus on image analysis is required, for example single particle analysis (SPA) and tomography
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experience in EM data collection (SEM, TEM and/or Cryo-EM) and analysis. Very good computer skills with a focus on image analysis is required, for example single particle analysis (SPA) and tomography
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analysis is required, for example single particle analysis (SPA) and tomography for structural biology. You are independent and flexible and can take on new challenges, establish new methods and participate