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  • Researchers discover missing link in the evolution of complex cells

    In a new study, published in Nature this week, a research team led from Uppsala University in Sweden presents the discovery of a new microbe that represents a missing link in the evolution of complex life. The study provides a new understanding of how, billions of years ago, the complex cell types that comprise plants, fungi, but also animals and humans, evolved from simple microbes.

  • Uppsala Health Summit publishes pre-conference report

    For the upcoming Uppsala Health Summit on antibiotic resistance, 2–3 June, a report has now been published focusing on some of the most pressing issues and challenges. The aim of the meeting is to move the discussion forward, from the ‘what’ to the ‘who’ and ‘how’.

  • How does a honeybee queen avoid inbreeding in her colony?

    Recombination, or crossing-over, occurs when sperm and egg cells are formed and segments of each chromosome pair are interchanged. This process plays an crucial role in the maintanance of genetic variation. Researchers at the Biomedical Centre, Uppsala University, have studied recombination in honeybees. The extreme recombination rates found in this species seem to be crucial for their survival.

  • Important study of how climate affects biodiversity

    A key question in the climate debate is how the occurrence and distribution of species is affected by climate change. But without information about natural variation in species abundance it is hard to answer. In a major study, published today in the leading scientific journal Current Biology, researchers can now for the first time give us a detailed picture of natural variation.

  • Byggstart för en Humanistisk teater i Uppsala

    Idag tas det första spadtaget för Humanistiska teatern i Engelska parken. Den nya amfiteater-inspirerade hörsalen blir en arena för alla som vill bidra till det humanistiska samtalet, både i och utanför universitetet, och beräknas stå klar vid årsskiftet 2016/17.

  • New biomarker for uterine cancer discovered

    Researchers at Uppsala University have, together with researchers from Turku and Bergen, discovered a new biomarker which makes it possible to identify women with uterine cancer who have a high risk of recurrence. The findings were recently published in the journal Gynecologic Oncology.

  • Uppsala Health Summit on Antibiotic Resistance to follow decision by WHO

    Shortly after the World Health Organization (WHO) global action plan on antibiotic resistance has been adopted in May 2015, researchers, politicians and representatives from public health organizations and the pharmaceutical industry will gather in Uppsala, Sweden, to discuss the most urgent next steps.

  • Evolutionary novelties in vision

    A new study from SciLifeLab at Uppsala University published in PLOS ONE shows that genes crucial for vision were multiplied in the early stages of vertebrate evolution and acquired distinct functions leading to the sophisticated mechanisms of vertebrate eyes.

  • Understanding democracy and development traps using a data-driven approach

    Why do some countries seem to develop quickly while others remain poor? This question is at the heart of the so-called poverty or development trap problem. Using mathematics on open data sets researchers now present new insights into this issue, and also suggest which countries can be expected to develop faster. The paper is published in the open access journal Big Data.

  • The origin of the lymphatic vasculature uncovered

    In a new study, published in Cell Reports, researchers at Uppsala University describe a novel mechanism by which lymphatic vessels form during embryonic development. The finding may open new possibilities for repairing damaged lymphatic vessels using stem cells.

  • ​ New, useful feature of Moringa seeds revealed

    In a new study, researchers from Uppsala University show that the Moringa seeds can be used for separation of different materials. Separation processes are very important in mining industries and the new knowledge could contribute to reduce the needs for expensive synthetic chemicals.

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