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Cancer Currents: An NCI Cancer Research Blog

A blog featuring news and research updates from the National Cancer Institute.

An illustrated banner to represent NCI's Cancer Currents research news blog. The design features interconnected scenes: a patient receiving care, a researcher in a lab, a tumor model, a laptop and mobile device displaying research articles, fitness activity, a clinical setting, and a researcher giving a scientific presentation. The background showcases rolling hills and abstract buildings.
  • A nurse showing an African American man his test results.
    • By NCI Staff

    In the Veterans Affairs health care system—where all patients have equal access to care—African American men did not appear to have more-aggressive prostate cancer when diagnosed or a higher death rate from the disease than non-Hispanic white men.

  • Image of surgical staff reviewing an image of a brain tumor biopsy.
    • By NCI Staff

    A method that combines artificial intelligence with an advanced imaging technology can accurately diagnose brain tumors in fewer than 3 minutes during surgery, a new study shows. The approach can also accurately distinguish tumor from healthy tissue.

  • Scans of the chest after traditional radiation therapy and after proton therapy, which show how much surrounding tissue is affected by each type of therapy.
    • By NCI Staff

    Some experts believe that proton therapy is safer than traditional radiation, but research has been limited. A new observational study compared the safety and effectiveness of proton therapy and traditional radiation in adults with advanced cancer.

  • Kinome trees with circles representing potency of binding for four targeted TKIs.
    • By NCI Staff

    Avapritinib (Ayvakit) has been approved for adults with gastrointestinal stromal tumors (GIST) whose tumors have an alteration in a portion of the PDGFRA gene called exon 18. The approval applies to those whose tumors cannot be removed with surgery or have spread.

  • An illustration of the abscopal effect, which occurs when treating a single tumor with radiation alone or with other treatments causes other tumors in the body to shrink.
    • By NCI Staff

    In people with cancer, the abscopal effect occurs when radiation—or another type of localized therapy—shrinks a targeted tumor but also causes untreated tumors in the body to shrink. Researchers are trying to better understand this phenomenon and take advantage of it to improve cancer therapy.

  • PET/CT scan of a patient with metastatic melanoma.
    • By NCI Staff

    Melanoma cells that metastasize to other parts of the body produce high levels of a protein called MCT1, a new study in mice has found. Blocking MCT1 with an investigational drug, AZD3965, led to fewer and smaller metastatic tumors.

  • A graphic showing the drug CC-486 interacting with DNA and preventing DNA methylation
    • By NCI Staff

    Maintenance therapy with CC-486 extended overall survival of adults with the blood cancer acute myeloid leukemia (AML) in a large clinical trial. CC-486 is a pill form of another cancer therapy called azacitidine (Vidaza).

  • An illustration of enfortumab vedotin's mechanism of action in cancer cells.
    • By NCI Staff

    Enfortumab vedotin-ejfv (Padcev) has been approved for people with advanced bladder cancer. FDA granted the drug accelerated approval for cancers that have progressed despite previous treatments.

  • An image of breast cancer cells with strong HER2 amplification.
    • By NCI Staff

    Tucatinib improved survival for women in the HER2CLIMB trial, including some whose cancer had spread to the brain. Trastuzumab deruxtecan improved survival and shrank many tumors in the DESTINY-Breast01 trial, which led to its accelerated approval.

  • A microscopy image showing amplified EGFR in DNA circles that are separate from chromosomes.
    • By NCI Staff

    Glioblastoma cells sneak many copies of a key oncogene into circular pieces of DNA. In a new NCI-funded study, scientists found that the cells also slip several different genetic “on switches” into these DNA circles, helping to fuel the cancer’s growth.

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