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  • Mayo Clinic scientists pioneer immunotherapy technique for autoimmune diseases

    Mayo Clinic scientists have developed an immunotherapy strategy that potentially lays the groundwork for treating a spectrum of autoimmune diseases.

    The new technique, detailed in a preclinical study published in Nature Biomedical Engineering, involves combining chimeric antigen receptors (CAR) with mesenchymal stromal cells (MSC), resulting in engineered stem cells known as CAR-MSCs.

  • Simulations reveal mechanism behind protein build-up in Parkinson's disease

    Researchers have used computational models to understand what drives the accumulation of alpha-synuclein protein, a key culprit in the development of Parkinson’s disease.

  • Johns Hopkins Investigators Develop Novel Treatment for T-cell Leukemias and Lymphomas

    A novel treatment for leukemias and lymphomas that arise from immune system T cells,  developed by investigators at the Johns Hopkins Kimmel Cancer Center and its Ludwig Center and Lustgarten Laboratory, was found to be effective at killing these cancers in mice bearing human T-cell tumors.

  • Single genomic test promises accelerated diagnoses for rare genetic diseases

    A new approach to analysing exome sequencing data reliably detects large-scale genetic changes and could reduce the number of genetic tests a child might need. A single genetic test could potentially replace the current two-step approach to diagnosing rare developmental disorders in children. This shift could enable earlier diagnoses for families and save the NHS vital resources.

  • Rutgers Racing to Discover a Better Paxlovid

    Researchers from Rutgers Health believe they are among the leaders in a race to find an oral COVID-19 treatment to supplement or replace Paxlovid – an antiviral medication that helps keep high-risk patients out of the hospital.

    Their report, published in Science, shows that an alternative medication, a viral papain-like protease inhibitor, inhibits disease progression in animals, a necessary step before human drug trials.

  • COVID-19 Antibody Discovery Could Explain Long COVID

    UVA Health researchers have discovered a potential explanation for some of the most perplexing mysteries of COVID-19 and long COVID. The surprising findings could lead to new treatments for the difficult acute effects of COVID-19, long COVID and possibly other viruses.

  • New method developed to isolate HIV particles

    Researchers at Leipzig University and Ulm University have developed a new method to isolate HIV from samples more easily, potentially making it easier to detect infection with the virus. They focus on peptide nanofibrils (PNFs) on magnetic microparticles, a promising tool and hybrid material for targeted binding and separation of viral particles. They have published their new findings in the journal Advanced Functional Materials.

  • Researchers have discovered a safer and more efficient technique for testing new drugs

    McGill researchers have discovered a safer and more efficient technique for testing new drugs while they are in development.

  • Popular Obesity Drugs May Lead to Medical Procedure Complications

    Cedars-Sinai Investigators Find Popular Weight Loss Drugs Are Associated With Increased Risk of Aspiration Pneumonia Following Endoscopy.

    New research from Cedars-Sinai suggests people who are scheduled for certain medical procedures should stop taking popular weight loss drugs in the days or weeks prior to avoid complications.

  • COVID-19 can damage the heart without directly infecting heart tissue

    SARS-CoV-2, the virus that causes COVID-19, can damage the heart even without directly infecting the heart tissue, a National Institutes of Health-supported study has found. The research, published in the journal Circulation, specifically looked at damage to the hearts of people with SARS-CoV2-associated acute respiratory distress syndrome (ARDS), a serious lung condition that can be fatal. But researchers said the findings could have relevance to organs beyond the heart and also to viruses other than SARS-CoV-2.

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