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  • Chinese-UK project reveals ancient secrets of medicinal mint

    The precious chemistry of a plant used for 2,000 years in traditional Chinese medicine has been unlocked in a project that raises the prospect of rapid access to a wide array of therapeutic drugs.

    Carried out by CEPAMS – a partnership between the Chinese Academy of Sciences and the John Innes Centre – the project has successfully delivered a high-quality reference genome of the mint-family member Scutellaria baicalensis Georgi.

  • First living medicine created to treat drug resistant lung infections

    Researchers have designed the first ‘living medicine’ to treat lung infections. The treatment targets Pseudomonas aeruginosa, a type of bacteria which is naturally resistant to many types of antibiotics and is a common source of infections in hospitals.

  • How Huntington’s disease affects different neurons

    A new study identifies cells that are the most vulnerable within a brain structure involved in mood and movement.

  • Stress-Tolerant Cells Drive Tumor Initiation in Pancreatic Cancer

    Researchers at University of California San Diego School of Medicine have discovered a molecular pathway critical to the initiation of pancreatic tumors. The mechanism could also contribute to the disease’s high resistance to chemotherapy and its propensity for metastasis.

  • Researchers Use AI to Triage Patients with Chest Pain

    AI may help improve care for patients who show up at the hospital with acute chest pain, according to a study published in Radiology.

    “To the best of our knowledge, our deep learning AI model is the first to utilize chest X-rays to identify individuals among acute chest pain patients who need immediate medical attention,” said the study’s lead author, Márton Kolossváry, MD, PhD, radiology research fellow at Massachusetts General Hospital (MGH) in Boston.

  • A new mechanism discovered behind osteoarthritis, may shed light on new therapies

    Researchers in the United States and Japan have discovered a new mechanism that links age-related cartilage tissue stiffening with the repression of a key protein associated with longevity. These findings enhance the understanding of mechanisms that lead to the deterioration of joints that causes osteoarthritis, according to the authors of a new study, published January 10th in Nature Communications.

  • Reducing elevated level of Aldosterone can cure High BP

    Doctors at Queen Mary University of London and Barts Hospital, and Cambridge University Hospital, have led research using a new type of CT scan to light up tiny nodules in a hormone gland and cure high blood pressure by their removal. The nodules are discovered in one-in-twenty people with high blood pressure.

  • Inflammatory trigger a new clue in Alzheimer’s

    Scientists from The University of Texas Health Science Center at San Antonio (UT Health San Antonio) reported that an inflammatory trigger like one present during viral infections is elevated in Alzheimer’s disease and progressive supranuclear palsy, a rare brain disorder.

    “We have identified a new trigger of brain inflammation in these disorders,” said Elizabeth Ochoa, PhD, study author from UT Health San Antonio. The finding, published in Science Advances, is novel for this reason, she said.

  • Protein complexes assemble at the cell membrane in a polarised manner

    Researchers at the Department of Microbiology and Cell Biology (MCB), Indian Institute of Science (IISc), Bengaluru, have deciphered how specific essential protein complexes are distributed across two different regions in the cell membrane. The findings also help us understand how they play a crucial role in coordinating chromosome segregation with cleavage furrow formation during anaphase. An article has been published on the IISc website, making this announcement.

  • How individual bacteria reacts when exposed to different antibiotics

    Bacterial perseverance is a new phenomenon that helps explain how bacteria adapt to survive antibiotic treatments. A group of researchers at Uppsala University have studied how individual bacteria react when exposed to different antibiotics. The result underlines the importance of adhering strictly to antibiotic prescriptions.

    Fighting bacterial diseases is a perpetual arms race between medical scientists developing new therapeutics and the pathogenic bacteria continuously changing their genetic makeup to survive the drugs.

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