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Topics: Research

  • One single rule helps explain life from ocean depths to open savannas

    A new study published in Nature Ecology & Evolution has found a simple rule that seems to govern how life is organised on Earth. The researchers believe this rule helps explain why species are spread the way they are across the planet. The discovery will help to understand life on Earth – including how ecosystems respond to global environmental changes.

  • Doctors struggle with empathy in a high-pressure work environment

    Empathy is often seen as a natural and essential part of the patient encounter – but reality tends to look quite different. In a new doctoral thesis from Umeå University, doctors describe how not only time pressure, but also the structure of medical education and the culture of the workplace, can make it difficult to live up to the ideal.

  • New light-tuned chemical tools control processes in living cells

    A research group at Umeå University has developed new advanced light-controlled tools that enable precise control of proteins in real time in living cells. This groundbreaking research opens doors to new methods for studying complex processes in cells and could pave the way for significant advances in medicine and synthetic biology.

  • The science behind Christmas trees: How conifers brave winter's worst

    As the festive season approaches, evergreen conifers adorn homes worldwide. But while Christmas trees bring warmth and joy into our lives, they endure some of the harshest conditions on Earth in their natural habitats. Most people take it for granted that they maintain their needles lush and green in freezing winters but now scientists can unwrap the science behind conifers’ winter survival.

  • Mixed forests reduce the risk of forest damage in a warmer climate

    Forests with few tree species pose considerably higher risk of being damaged and especially vulnerable is the introduced lodgepole pine. This is shown in a new study by researchers from Umeå University and the Swedish University of Agricultural Science in Uppsala. The results can be useful for preventing forest damages and financial losses related to the forest industry.

  • Research on calcium transport can fight bacteria and provide safer food

    Researchers at Umeå University have revealed details on how bacteria use calcium to regulate vital processes, in a way that differs from human cells. This breakthrough is significant in the fight against antibiotic resistance and for increasing safety in food production.

  • Discovery explains the chemistry behind the cell's energy molecule

    An international research team led by Umeå professor Magnus Wolf-Watz has discovered how the magnesium atom directs the chemistry that catalyzes the production of the energy molecule ATP in a cell. ATP is a vital driving force in the cell. The study is published in the journal Science Advances.

  • 10 million to project for sustainable shrimp and fish production

    The Swedish Agricultural Agency has granted SEK 10 million for a project on sustainable food production, led by Olivier Keech, Department of Plant Physiology at Umeå University and Umeå Plant Science Centre. The project aims to establish and optimize sustainable production of shrimp and fish in a circular aquaculture system.

  • 36’000 tea bags explain global decomposition pattern on new web

    Co-developed by Umeå University, a method to measure the decay of plant material with the help of simple tea bags has become the standard in scientific research. Researcher Judith Sarneel, Umeå University, Sweden, has now collected data from over 36’000 individual tea bags worldwide and has revealed global patterns of decomposition in the journal Ecology Letters and on a newly established website.

  • Future diet – plant-based fermented foods on the plate

    The first consumer study focusing on plant-based fermentation. Researchers at Umeå University have conducted the first consumer study focusing on plant-based fermentation and its role in the necessary dietary transition to achieve European health and sustainability goals.

  • Details of photosynthesis revealed with record-breaking images

    By generating extremely high-resolution images in a cryo-electron microscope, researchers at Umeå University have revealed the positions of hydrogen atoms and water molecules in photosynthesis. This breakthrough provides a new avenue towards uncovering how water is split – a process crucial for life on Earth as well as for scaling up renewable energy systems.

  • National school for cancer research to be started in Umeå

    With support from Cancerfonden, the Swedish Cancer Society, Umeå University will start a new cancer research school in the spring of 2025. The programme, which is unique in Sweden, is aimed at doctoral students throughout the country.

  • The world's first AI-controlled forest machine trained on supercomputor

    For the first time, scientists have succeeded in creating a self-driving forest machine controlled by artificial intelligence. In a research study at Umeå University, Sweden, an AI system was developed that can operate the 16-ton machine without human intervention. The study has been carried out in collaboration with Skogforsk and Algoryx Simulation.

  • Sjöberg Foundation millions for prostate cancer project

    A project for more efficient treatment for aggressive non-metastatic prostate cancer, led by Umeå University and the University of Gothenburg with participation from several universities and university hospitals in Sweden and is now receiving SEK 21 million from the Sjöberg Foundation.

  • Democratised AI and low-cost prosthetics at UID24

    On 28 May, a new crop of young designers reveal their 40-plus design concepts to the world. At UID24 | Design Talks & Degree Show, an intriguing collection of innovations – ranging from farming tools in the age of climate change, to youth activism in the digital realm, to tactile music listening – will be unveiled.

  • New understanding of energy losses in emerging light source

    Umeå University has achieved a breakthrough in the development of next-generation light sources with a new method for understanding and measuring efficiency losses in the emerging light-emitting technology known as LEC.

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