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  • Magnetic order in a two-dimensional molecular chessboard

    Achieving magnetic order in low-dimensional systems consisting of only one or two dimensions has been a research goal for some time. In a new study published in the journal Nature Communications, Uppsala researchers show that magnetic order can be created in a two-dimensional chessboard lattice consisting of organometallic molecules that are only one atomic layer thic

  • Better, cheaper healthcare with dry blood samples

    A drop of blood on filter paper, allowed to dry and stored for future diagnostic purposes – considerably easier than the present-day, resource-consuming method using frozen blood samples in plastic tubes. In a new study, Uppsala researchers measured 92 different proteins in dried samples and show the method has great potential to save resources, to the benefit of early diagnostics and treatment.

  • ​Ancient proteins studied in detail

    How did protein interactions arise, how have they developed? In a new study, researchers have looked at two proteins which began co-evolving between 400 and 600 million years ago. How did they work, and how have they changed over time? The findings, published in eLife, show how a combination of changes in the proteins’ properties created better conditions for the regulation of a cellular process.

  • Scottish badgers highlight the complexity of species responses to environmental change

    In a new study researchers have found that although warmer weather should benefit badger populations, the predicted human population increase in the Scottish highlands is likely to disturb badgers and counteract that effect. These results emphasise the importance of interactive effects and context-dependent responses when planning conservation management under human-induced environmental change.

  • Article on microplastic particles to be retracted

    ​The research article on consumption of microplastics by larval fish that was reported for misconduct in research will be retracted from the journal Science. The researchers behind the study themselves requested to retract the article at the end of last week, following sharp criticism of the study in an opinion from the Central Ethical Review Board.

  • Synthetic chemistry and biology in new method for more efficient hydrogen gas production

    Hydrogen gas has long been proposed as a promising energy carrier for future energy applications, but generating the gas from water has proved inefficient. In an article in the journal Energy and Environmental Science, scientists at Uppsala University now present an alternative, interdisciplinary method based on principles from nature.

  • Larger schooling fish found to have stronger attraction forces

    In schooling fish, collective movement emerges as a result of multiple social interactions between individuals. In a new study led by researchers at Uppsala University, larger individuals have been found to display stronger attraction forces to one another than smaller individuals. Short range repulsion forces, on the other hand, are the same regardless of fish size.

  • Potential new treatment for kidney failure in cancer patients

    Kidney dysfunction is a frequent complication in cancer patients, and is directly linked to poor survival. It is still not clear how presence of a tumour contributes to kidney dysfunction and how this can be prevented. A new study from researchers at Uppsala University shows that kidney dysfunction can be caused by the patient’s own immune system, ‘tricked’ by the tumour to become activated.

  • Amartya Sen awarded the 2017 Johan Skytte Prize in Political Science

    Amartya Sen awarded the 2017 Johan Skytte Prize in Political ScienceThe Johan Skytte Prize annually recognises the most valuable contribution to the field of Political Science. This year’s prize is awarded to Amartya Sen, Thomas W. Lamont Professor at Harvard University.

  • New study reveals how some chickens got striped feathers

    Birds show an amazing diversity in plumage colour and patterning. But what are the genetic mechanisms creating such patterns? In a new study published in PLOS Genetics, Swedish and French researchers report that two independent mutations are required to explain the development of the sex-linked barring pattern in chicken.

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