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  • Enamel evolved in the skin and colonized the teeth much later

    When did the enamel that covers our teeth evolve? And where in the body did this tissue first appear? In the latest issue of Nature, researchers from Uppsala University in Sweden and the IVPP in Beijing, China arrive at an unexpected answer to this question: enamel originated in the skin and colonized the teeth much later.

  • New smart robot accelerates cancer treatment research

    A new smart research robot accelerates research on cancer treatments. The new robot system finds optimal treatment combinations. Today Scientific Reports (Nature Publishing Group) is publishing an article about the robot, authored by Dr Mats Gustafsson, Professor of Medical Bioinformatics at Uppsala University.

  • ​Families need care when children are dying

    Children with cancer want honest but hopeful information. But giving appropriate information is difficult and improvements are needed for the sake of the child, the siblings and the parents. In a dissertation from Uppsala University, Li Jalmsell stresses the need for a family perspective and involvement at the end of the child’s life.

  • Greenland map facilitates climate research

    Greenland map facilitates climate research

    For the first time a high-resolution map over the ground below the Greenland ice sheet is available. Researchers at Uppsala University have developed the map that will be of great importance for future possibilities to predict how the Greenland ice sheet melts and moves and that in turn has an impact on rising sea levels as a result of climate change.

  • Niklas Zennström named Alumnus of the Year

    The title of Alumnus of the Year 2015 at Uppsala University is being awarded to IT entrepreneur Niklas Zennström, current CEO of the investment firm Atomico. He receives the award for his work in climate change and his entrepreneurship.

  • Size matters - The more DNA the better

    A new study shows that variation in genome size may be much more important than previously believed. It is clear that, at least sometimes, a large genome is a good genome. The study is led by Göran Arnqvist, Professor of Animal Ecology at Uppsala University and is published in the scientific journal Proceedings of the Royal Society of London.

  • ​ Ultrafast uncoupled magnetism in atoms - a new step towards computers of the future

    Future computers will require a magnetic material which can be manipulated ultra-rapidly by breaking the strong magnetic coupling. A study has been published in Nature Communications today in which Swedish and German scientists demonstrate that even the strongest magnetic coupling may be broken within picoseconds (10 raised to -12 s). This will open up an exciting new area of research.

  • Ancient genomes link early farmers to Basques

    An international team led by researchers at Uppsala University reports a surprising discovery from the genomes of eight Iberian Stone-Age farmer remains. The analyses revealed that early Iberian farmers are the closest ancestors to modern-day Basques, in contrast previous hypotheses that linked Basques to earlier pre-farming groups.

  • The Tree of Life may be a bush

    New species evolve whenever a lineage splits off into several. Because of this, the kinship between species is often described in terms of a ‘tree of life’, where every branch constitutes a species. Now, researchers at Uppsala University have found that evolution is more complex than this model would have it, and that the tree is actually more akin to a bush.

  • Patients don’t understand the purpose of clinical trials

    Clinical trials are an important part of cancer research. Future patients depend on the severely ill to test drugs to improve treatment. But in her dissertation from Uppsala University, Tove Godskesen shows that some of these patients have a limited understanding of the purpose of the studies they enroll in.

  • New candidate genes for immunodeficiency identified by using dogs as genetic models

    IgA deficiency is one of the most common genetic immunodeficiency disorders in humans and is associated with an insufficiency or complete absence of the antibody IgA. Researchers from Uppsala University and Karolinska Institutet have now performed the first comparative genetic study of IgA deficiency by using the dog as genetic disease model. The results are published in PLOS ONE.

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