Skip to main content
An official website of the United States government
Español
Email

Prognosis - Cancer Currents Blog

Reports on cancer prognosis-related research, including articles on doctor–patient communication and approaches to determine patient prognosis more accurately, among others.

  • A photograph of a square-shaped device with small channels, illuminated in white light with a large microscope hanging over top, that can measure the stickiness of tumor cells.
    • By Melissa Madden

    A device that measures the “stickiness” of cancer cells in tumor samples may help predict the likelihood of a patient’s cancer metastasizing. Researchers believe the device could eventually help doctors make more informed treatment choices.

  • A gloved hand holds a test tube half-filled with blood vertically between the index finger and thumb.
    • By Sharon Reynolds

    An AI-based tool called SCORPIO more accurately predicted whether cancer patients’ tumors would respond to checkpoint inhibitors than currently available tests, a new study found. It also predicted how long patients would live after treatment.

  • A woman viewed through the opening of an MRI machine. She is seated, wearing a hospital gown, and listening to a health provider who is standing in front of her.
    • By Edward Winstead

    Regular imaging tests to monitor the pancreas may help detect pancreatic cancer at an early stage in people who are at high risk, a new study suggests. This type of surveillance could also help improve how long these patients live.

  • An illustration of the X and Y chromosomes and X and X chrom0somes side by side.
    • By Nadia Jaber

    In men, loss of the Y chromosome in bladder cancer cells helped tumors evade the immune system and grow unchecked, a new study shows. However, losing the chromosome also appears to make bladder cancer more susceptible to immunotherapy, researchers reported.

  • A young girl with her arm out and gloved hands cleaning a spot on her arm with a swab.
    • By Elia Ben-Ari

    Results from a new study highlight the progress being made toward developing liquid biopsies specifically for use in children with solid cancers like Ewing sarcoma and Wilms tumor. The tests can help detect and diagnose cancer and monitor for response to treatment and recurrence.

  • Microscopic image of a dense cluster of human prostate cells in vibrant reds, green and blues.
    • By Nadia Jaber

    The Decipher genomic test found high-risk prostate cancer even when conventional tests said the tumors were lower risk. This discrepancy appeared to happen more frequently for African-American men.

  • 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.

  • 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.

  • Multiple PET-CT scan images identifying a tumor recurrence in a person with lung cancer.
    • By Edward Winstead

    Quitting smoking after a diagnosis of early-stage lung cancer may help people live longer, a new study finds. The study, which included more than 500 patients, also found that quitting smoking delayed the cancer from returning or getting worse.

  • 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.

< Older Posts
Email