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and cold tolerance in pea and faba bean for use in plant breeding. This research project is part of FORCE, a centre for preparedness and competitiveness. The project will be carried out in close
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proteins and mechanisms involved in flavivirus replication, infection, and pathogenesis, which could ultimately lead to new treatments for flavivirus infections. Examples of techniques you will use include
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, biophysics, and computational biology. You will work closely with an experienced team and collaborate with experts in molecular biology, hormonal signaling, microscopy, biomechanics, image processing and
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students in a collaborative environment to push the frontiers of metal AM. This PhD position is linked to CAM2, which has developed 15 novel AM materials in close cooperation with more than 30 industrial
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intelligent systems that can learn to interpret complex visual and scientific data, enabling breakthroughs in areas such as autonomous navigation, medical imaging, and materials science. The research group is
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to study protein structure and function (e.g., X-ray crystallography, NMR, cryo-electron microscopy). Additionally, you will investigate how these proteins interact with each other and with various
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protocols for data analysis, visualization, and interpretation. We also use and develop new cryo-electron microscopy techniques. The PhD student will be trained in a highly international environment with
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not been radically changed. During the last 10 years, it has been discovered that a new class of hollow-core fibers (HCFs) can potentially provide several key advantages over conventional fibers
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electron microscopy is a strong advantage. What you will do Develop and apply advanced microanalytical techniques to accurately characterise recycled aluminium alloys Develop new knowledge on how the tramp
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which is part of the Swedish Radiation Safety Authority’s expert support organization. The research group is located in Malmö. Here you can read more about our research . Description of the project A