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  • Advanced X-ray technology tells us more about Ménière's disease

    The organ of balance in the inner ear is surrounded by the hardest bone in the body. Using synchrotron X-rays, researchers at Uppsala University have discovered a drainage system that may be assumed to play a major role in the onset of Ménière's disease, a common and troublesome disorder. These results are published in the journal Scientific Reports.

  • Carl Linnaeus’s household laid the foundation for his scientific work

    Without a wife and a well-functioning household, Carl Linnaeus would have had difficulty becoming the prominent scientist that he was. Mastering social codes, like clothing and hosting guests for dinners, was crucial for having a career in the 18th century. These are the conclusions of a recently defended thesis at Uppsala University.

  • ​Treatment no better in clinical trials

    Patients taking part in clinical trials do not receive better treatment than other patients. This is the conclusion of a new study led from Uppsala University and published in peer-reviewed journal BMC Cancer, which confirms the results of an earlier study from 2004.

  • How gene flow between species influences the evolution of Darwin’s finches

    Despite the traditional view that species do not exchange genes by hybridisation, recent studies show that gene flow between closely related species is more common than previously thought. A team of scientists from Uppsala University and Princeton University now reports how gene flow between two species of Darwin’s finches has affected their beak morphology.

  • AI - a New Tool for Cardiac Diagnostics

    Artificial intelligence (AI) may be an aid to interpreting ECG results, helping healthcare staff to diagnose diseases that affect the heart. Researchers at Uppsala University and heart specialists in Brazil have developed an AI that automatically diagnoses atrial fibrillation and five other common ECG abnormalities just as well as a cardiologist.

  • Lymphatic vessels in mice and humans: alike yet different

    In an international collaboration, researchers from Uppsala University have mapped the lymph node lymphatic vessels in mice and humans down to the level of individual cells. The results may eventually help scientists to discover new methods for strengthening the immune system against viruses and cancer. Their work has been published in the journal Frontiers of Cardiovascular Research.

  • New study takes the pulse of a sleeping supervolcano

    Under the volcanoes in the Central Andes there is a gigantic reservoir of molten magma. For several million years, it has been there without fully solidifying or causing a supervolcanic eruption. Geologists have long wondered how this is possible. Researchers from Uppsala University, among others, have now discovered that the secret may be hidden tributaries of hot magma from inside the Earth.

  • Type 2 diabetes: Too much glucagon when α-cells become insulin resistant

    Patients with type 2 diabetes secrete not only too little insulin but also too much glucagon, which contributes to poor blood glucose control. A new study from Uppsala University suggests that this is because the glucagon-secreting α-cells have become resistant to insulin.

  • 2020 Skytte Prize to Peter J. Katzenstein

    Peter J. Katzenstein, Cornell University, USA, has been named the 26th recipient of the Johan Skytte Prize in Political Science. He is awarded the prize for “furthering the understanding of how history, culture, and norms shape economies, as well as national and global security policy”.

  • Ear’s inner secrets revealed with new technology

    What does it actually look like deep inside our ears? This is has been very difficult to study as the inner ear is protected by the hardest bone in the body. But together with Canadian colleagues, researchers from Uppsala University have now used synchrotron X-rays to map the blood vessels of the inner ear three-dimensionally.

  • An antibiotic masquerading as a natural compound in the Giant Madeiran Squill

    A previous study has shown that a type of squill growing in Madeira produces a chemical compound that may be useful as a medicinal drug. But a new study from researchers at Uppsala University has shown that this is probably not true: instead, the plant had likely accumulated antibiotics from contaminated soil.

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