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Topics: Medicine

  • Subgroups of glioblastoma associated with disease prognosis

    Researchers at Uppsala University have detected different subgroups of the brain tumour form glioblastoma, where the cancer cells’ properties depend on which cell type they originate from. The used analysis method could also separate glioblastoma patients with significant differences in survival. The findings open up for identifying specific therapeutic targets for the new subgroups of glioblastom

  • More chemicals, fewer words: exposure to chemical mixtures during pregnancy alters brain development

    By linking human population studies with experiments in cell and animal models, researchers have provided evidence that complex mixtures of endocrine disrupting chemicals impact children’s brain development and language acquisition. With their novel approach, the scientists show that up to 54 per cent of pregnant women were exposed to experimentally defined levels of concern.

  • Ancestors of legionella bacteria infected cells two billion years ago

    Researchers at Uppsala University have discovered that the ancestors of legionella bacteria infected eukaryotic cells as early as two billion years ago. It happened soon after eukaryotes began to feed on bacteria. These results, described in a new study published in Molecular Biology and Evolution, also contributes to the chicken-or-egg debate about whether mitochondria or phagocytosis came first

  • Unequal knowledge about cardiovascular diseases

    Although many people know what increases the risk of cardiovascular diseases, such as heart attacks, not everyone recognises their own risk factors. This is shown by a new study of 423 Swedes aged 40–70 years, which has now been published in the scientific journal Preventive Medicine Reports.

  • COVID-19 patients may need less oxygen than previously thought

    A new study, led by researchers at Uppsala University, shows that all individual patients suffering from severe COVID-19 may have lower oxygen requirements than was formerly believed. The study was conducted at a Swedish district hospital during the first wave of the pandemic in 2020. The scientists’ methods, as well as their results, may be useful for future planning of health care and resources.

  • Zebrafish and AI replace some mouse experiments in cancer research

    Researchers at Uppsala University have used AI to develop a new method to study brain cancer. The method is based on transplanting tumour cells from patients to fish embryos, followed by observation with AI. The method, which is described in the scientific journal Neuro-Oncology, can partly replace current mouse models for studying tumour growth and treatment.

  • Hunt for the protein TGM1 led to disease discovery

    Searching for the protein TGM1 among patients with autoimmune skin diseases, researchers have identified a separate disease that can be linked to autoimmunity against TGM1. This backward method demonstrates a new way of identifying autoantigens as markers for serious diseases. By letting autoantigens point to the disease, diagnosis and treatment can be facilitated, shows study published in PNAS.

  • Blocking inhibits SARS-CoV-2 infection of human cells

    Researchers have developed and used a new method to map interactions on a large scale between human proteins and coronavirus proteins, which has provided valuable new information. In collaborations with others, they show that blocking one of these interactions inhibited infection of human cells by SARS-CoV-2. They also confirmed the interaction between the viral protein and the human protein.

  • Expectations and dopamine can affect outcome of SSRI treatment

    Levels of dopamine and placebo effect can determine whether social anxieties improve when treated with SSRIs. The effect was four times higher for patients with high expectations compared with low expectations, even though the groups received the same medical treatment. Although SSRIs influence levels of serotonin in the brain, the effects on dopamine had the greatest impact for improvement.

  • Pathways to lifelong mental wellbeing in focus at Uppsala Health Summit

    Increasing mental ill health is one of the most urgent public health challenges in the world. The global meeting Uppsala Health Summit, to be held online on 18–21 October, will discuss which preventive measures societies should deploy to better address this troubling trend.

  • How do probiotic bacteria benefit the intestine?

    Interaction between the gut microbiota and the immune system is important for host physiology and susceptibility to disease, but also for the efficacy of e.g., cancer immunotherapies. A multidisciplinary research team have now discovered that specific probiotic bacteria shape the intestinal microbiome by affecting B lymphocytes in the Peyer’s patches to induce, produce and release IgA following t

  • T-cell tests unreliable in establishing previous COVID-19

    Can T-cell tests be used to determine whether people have had COVID-19? Scientists at Uppsala University and Karolinska Institutet have jointly analysed this issue under the aegis of the COMMUNITY study at Danderyd Hospital. Their study is published in the scientific journal PLOS ONE.

  • More effective treatment of Alzheimer’s

    Researchers at Uppsala University have designed new antibodies that might provide more effective treatment methods for Alzheimer’s disease. By designing antibodies that bind even to the smaller aggregates, or clumps, of the amyloid-beta protein, it may be possible to check the progress of the disease. The results presents in Translational Neurodegeneration.

  • Allergic stimulation activates mast cell precursor cells

    Mast cell precursor cells do not just cause an increase in mature mast cells during inflammation, they also play an active role in diseases like asthma. This finding is in a new study by immunology researchers published in the Journal of Allergy and Clinical Immunology. The study also emphasises that precursor cells in general can play an active role in inflammation and challenges the current ide

  • History of human antibiotic use written in the oral bacteria of wild brown bears

    An international team of researchers used historical museum collections to study the effects of human-made antibiotics over the entire history of their application. They found that the increased use of antibiotics in medicine and agriculture in the 1950-1990s led to increases in antibiotic resistance in wild Swedish brown bears. However, the latest 20 years show a downward trend in resistance.

  • How hormones may alleviate side-specific movement difficulties after brain injury

    Hormones released after a brain injury contribute to movement problems on the left and right sides of the body, scientists from Uppsala University and elsewhere can now show in a new study in rats. The results also suggest that hormone-blocking treatments may help counteract these effects, a finding that has implications for treating people with traumatic brain injuries or stroke.

  • Method for discovery of antiviral drugs

    The current COVID-19 pandemic has highlighted the need for methods to identify new or repurposed drugs as antivirals. Researchers at Uppsala University and Karolinska Institutet are now presenting a new screening approach that focuses on the identification of virus-specific morphological changes in virus-infected cells.

  • A single cell type map of human tissues

    In a study published in the US journal Science Advances, a single cell type map of human tissues is presented. An open access atlas has been launched with more than 250,000 interactive plots to allow researchers to explore the expression in individual single cell types for all protein-coding genes in these tissues.

  • New model aims to promote better-adapted bladder cancer treatment in the future

    Uppsala University scientists have designed a new mouse model that facilitates study of factors contributing to the progression of human bladder cancer and of immune-system activation when the tumour is growing. Using this model, they have been able to study how proteins change before, while and after a tumour develops in the bladder wall. The study has now been published in PLOS ONE.

  • Structures discovered in brain cancer patients can help fight tumours

    Researchers at Uppsala University have discovered lymph node-like structures close to the tumour in brain cancer patients, where immune cells can be activated to attack the tumour. They also found that immunotherapy enhanced the formation of these structures in a mouse model. This discovery suggests new opportunities to regulate the anti-tumour response of the immune system.

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