LONDON – Ibex Medical Analytics is preparing for commercial rollout in Europe after receiving CE-IVD marking for its artificial intelligence (AI) decision support system for automated interpretation of prostate cancer biopsies. Galen Prostate, trained on more than 60,000 samples from multiple institutions, is intended to give a second opinion on digitized slides, following initial assessment by a pathologist.

AI-based, digital pathology startup Proscia Inc. has partnered with the University of California at San Francisco (UCSF) to advance the practice of pathology via artificial intelligence (AI). The pair will start with prostate cancer and then plan to move on to validate approaches in several additional pathology subspecialties.

With an eye toward helping those with early stage hepatocellular carcinoma (HCC), Basel, Switzerland-based Roche Group has won a breakthrough device designation from the U.S. FDA for the Elecsys GALAD score. When combined with ultrasound, the Elecsys GALAD score aims to help provide more accurate information for clinicians to treat patients at an earlier stage.

Beyond every binary is a more complex reality. And so it is with driver and passenger mutations. The separation of tumor mutations into drivers and passengers underpins much progress in the development of targeted therapies.

Waveguide Corp. has launched the first portable, battery-powered nuclear magnetic resonance (NMR) device, Waveguide Formμla, offering rapid, on-site screening and diagnostics. The Cambridge, Mass.-based startup is looking to advance the product for use in detecting infectious diseases and cancer.

Trisalus Life Sciences Inc., of Westminster, Colo., reported the start of a clinical trial assessing a treatment that combines its intravascular, tumor-directed proprietary Pressure-Enabled Drug Delivery (PEDD) approach with standard-of-care systemic chemotherapy.

Nantomics LLC, of Culver City, Calif., reported that research based on the company’s deep learning system has been published in a peer-reviewed journal, highlighting the algorithm’s ability to discern which mutation drives a patient’s breast cancer. The company said their approach is a rapid and cost-effective way to establish the breast cancer subtype, thus giving clinician and patient alike a good understanding of which therapies would be ineffective for that cancer and maximizing the chances for a cure.

The results from a study comparing San Diego-based Bionano Genomics Inc.’s Saphyr to traditional cytogenetic methods for the clinical analysis of leukemia genomes revealed that the system was 100% concordant with the standard of care for the detection of somatic chromosomal abnormalities.

Ferrum Health Inc., of San Francisco, is looking to prevent medical errors with the help of artificial intelligence (AI). That caught the eye of Sutter Health, a not-for-profit health care network in Northern California. To that end, the two have unveiled the debut of Ferrum's AI-powered platform as the system to deliver more consistent care to patients.

LONDON – Consumer smartphone apps that use image processing algorithms to assess and monitor potentially cancerous skin lesions have not been properly tested in clinical trials and cannot be relied on to produce accurate results, according to a systematic review of published studies.