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Technology - Cancer Currents Blog

News and commentaries on technology used to conduct cancer research, deliver cancer treatment, improve patient care, and screen for cancer, as well as other topics.

  • Image of cranial scan showing IDH1 mutant glioblastoma
    • By Nadia Jaber

    Researchers have been developing artificial intelligence (AI) tools that could make cancer imaging faster, more accurate, and more informative. But there are also questions about whether these tools are ready for doctors’ offices, whether they will actually help people, and whether that benefit will reach all—or only some—patients.

  • An animated image of a man on a video call with his doctor.
    • By Linda Wang

    Experts say studies are needed on how to best transition telehealth from a temporary solution during the pandemic to a permanent part of cancer care that’s accessible to all who need it.

  • A computer generated image of a nanoparticle micelle. The main section shows clumps of red and yellow against each other, with long light-blue strands emerging from the main cluster.
    • By Nadia Jaber

    A nanoparticle coating may help cancer drugs reach medulloblastoma tumors in the brain and make the treatment less toxic. Mice treated with nanoparticles containing palbociclib (Ibrance) and sapanisertib lived substantially longer than those treated with either drug alone.

  • A technician in full body protective gear adjusting a machine for making mRNA vaccines.
    • By Edward Winstead

    The success of mRNA vaccines for COVID-19 could help accelerate research on using mRNA vaccine technology to treat cancer, including the development of personalized cancer vaccines.

  • MRI of a medulloblastoma in the brain.
    • By Linda Wang

    A new test could potentially be used to identify children treated for medulloblastoma who are at high risk of their cancer returning. The test detects evidence of remaining cancer in DNA shed from medulloblastoma tumor cells into cerebrospinal fluid.

  • A protein-protein "interactome" of protein-protein interactions.
    • By Carmen Phillips

    A research team has identified common interactions between cancer-related proteins in cancer cells. They also created a map of how these protein complexes function in those cells and identified a promising treatment target for head and neck cancer.

  • A colorful illustration of a stretch of DNA with strings of T, C, G, and As in the background.
    • By Elia Ben-Ari

    For people with acute myeloid leukemia and related cancers, a new study shows whole-genome sequencing could replace a series of conventional tests used to help guide decisions about treatment.

  • A three-dimensional image shows a zoomed-in view of a diabody connecting a T cell and a cancer cell. The diabody is depicted as a ribbon structure.
    • By Nadia Jaber

    Researchers have developed synthetic antibodies, called diabodies, that block the activity of two of the most notorious cancer-related proteins, RAS and p53. In experiments in mice, the synthetic antibodies shrank tumors with these mutated proteins.

  • Illustration comparing two cells: one with active estrogen receptors (left) and one lacking them (right). The left cell shows estrogen binding to receptors, leading to DNA interaction and protein production, including progesterone receptors. The right cell, without active receptors, shows no such activity.
    • By Elia Ben-Ari

    For some people with ER-positive breast cancer, a new imaging test may help guide decisions about receiving hormone therapy, according to a new study. The test can show whether estrogen receptors in tumors are active and responsive to estrogen.

  • Human figure with magnified cells highlighted. A dotted line with an arrow points from the cells to a mouse figure
    • By Carmen Phillips

    A large study from an international group of researchers provides reassurance that cancer models, known as PDX mice, largely retain the genetics of the human tumors from which they were created. PDX mice are increasingly used in cancer research.

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