In a new study, researchers from Uppsala University in Sweden, together with colleagues from the University of São Paulo, Brazil, have investigated the impact that a barren living environment for sows leaves on the next generation. The pigs in the study were bred in Brazil and kept according to breeding standards in that country. The sows’ uncomfortable and unstimulating environment brought with i
The Johan Skytte Foundation is delighted to announce that Alexander Wendt and Martha Finnemore have been jointly awarded the Johan Skytte Prize in Political Science. The prize is a recognition of their exceptional contributions to the field, particularly in advancing the constructivist approach to the study of international relations.
In the quest for fossil-free fuels for aircraft, a new study shows that isoprene could be part of a future solution. Isoprene can be produced by blue-green algae from sunlight, water and ordinary carbon dioxide. The productivity of the cyanobacteria increases if they are exposed to violet light or higher temperatures, and isoprene is ideally suited for photochemical processing into aviation fuels.
Researchers from Uppsala University have developed a method that helps immune cells exit from blood vessels into the tumour and kill cancer cells. The aim is to improve treatment of aggressive brain tumours. The study has been published in the journal Cancer Cell.
Using serial femtosecond crystallography performed with the XFEL technique, scientists have been able to see the crucial final step in the reaction cycle of Photosystem II, and managed to obtain more information on the interaction between Photosystem II and the Mn/Ca cluster. "Such a development is important for scaling up hydrogen production from water by sunlight or renewable electricity."
One strategy that viruses use to take over a host cell is to mimic small parts of the cell's proteins called motifs. In a new study coordinated from Uppsala University, researchers have used a new method and doubled the available information on how viruses mimic human binding motifs. The results suggest new targets for the development of antiviral inhibitors.
A major international research project, jointly led by Prof Kerstin Lindblad-Toh at Uppsala University and Broad Institute has surveyed and analysed the genomes of 240 different mammals. The results, now published in 11 articles in the journal Science, show how the genomes of humans and other mammals have developed over the course of evolution.
A new study by researchers at Uppsala University and Uppsala University Hospital shows that men who have a neurodevelopmental disorder, such as autism and ADHD, also have a slightly increased risk of testicular cancer, or seminoma. This is the first study to show such a link, with the results to be published in the British Journal of Cancer.
A new study led by researchers from Uppsala University shows a clear link between economic inequality and mortality during severe flood disasters. Countries with an uneven distribution of income had many times higher mortality rates compared to countries with more evenly distributed income levels. The results are published in the scientific journal Nature Sustainability.
Patients treated with blood pressure-lowering drugs can experience much greater improvements from a change of medication than from doubling the dose of their current medication. This is shown by a new study from Uppsala University, published in the Journal of the American Medical Association. In this study, 280 patients tested four different blood pressure-lowering drugs over the course of a year.
Rich elites with large swimming pools and well-maintained lawns are leaving poorer communities without basic access to water in cities across the world. New research, led by Uppsala University, published in Nature Sustainability has found social inequalities are driving urban water crises more than environmental factors, such as climate change or the growth of urban populations.
When the human remains found on board the warship Vasa were investigated, it was determined that the skeleton designated G was a man. New research now shows that the skeleton is actually from a woman. "It is very difficult to extract DNA from bone which has been on the bottom of the sea for 333 years, but not impossible”, says Marie Allen, Professor at Uppsala University.