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RADIOLOGY & IMAGING


Supporting radiologists to spot early signs of cancer, however large the workload Working symbiotically, human and machine are now detecting even the most difficult to spot signs of cancer – the signals that might otherwise have been overlooked, especially where radiologists are under increased time pressure. Importantly, the software has the potential to process heavy workloads at high speed too, allowing experienced radiologists to comfortably and reliably assess more cases per hour. It isn’t only in the reading of baseline studies and complex follow-up comparisons that AI-based technology is leaving its mark, and lightening workloads. The software automatically extracts lung nodules from medical images and provides comparable volumetric measurements that help to assess findings. It also makes short work of planning further patient treatment, by matching findings and established reporting guidelines including management recommendations. For hard-pressed health services, and at-risk populations, use of AI-based detection techniques in mass-scale lung cancer screening is a win-win. Thanks to our implementation of Veolity directly for large OEM healthcare equipment providers, and via strategic distribution partnerships including that with SynApps Solutions in the UK, MeVis Medical Solutions AG is recognised to be the world’s leading specialist in image-based lung cancer


screening solutions - with established deployments and continuously increasing enquiries worldwide. This illustrates the scale of the technology’s potential in making more of radiologists’ time, and improving outcomes for lung cancer patients.


As instances of cancer continue to rise, it is critical that medical professionals are able to draw on every tool available to them, to keep ahead of symptoms and apply early treatment.


According to a study of 4 million cancer patients reported in Lancet Oncology,2


the


UK had the lowest five-year survival rate for lung cancer (14.7% between 2010-2014) compared to other high-income nations, specifically Australia, Canada, Denmark, Ireland, New Zealand and Norway (Canada had the highest survival rate at 21.7%). It is these comparatively poor results that have prompted proactive new measures to improve diagnosis. Certainly, better patient outcomes and more effective use of healthcare budgets depend on the success of intensified screening initiatives, supported by smarter tools that enable radiologists to analyse and process their findings quickly, efficiently and reliably.


References


1 Cancer – key facts. World Health Organization, September 2018


2 The Lancet Oncology, Sept. 11, 2019: https://www.thelancet.com/journals/lanonc/ article/PIIS1470-2045(19)30456-5/fulltext


About the author CSJ


Daniel Drieling is product manager at MeVis Medical Solutions. Headquartered in Bremen, Germany, the company develops and supplies intelligent software and services for image processing in medicine. MeVis contributes to the early detection and diagnostics of cancer, enabling early, tailor-made treatments of the disease. Internationally, MeVis Medical Solutions distributes its systems via a network of strategic systems integration partners such as SynApps Solutions in the UK.


Visit us at MEDICA 18TH -21ST November Hall 5/Stands E12 & E13


NOVEMBER 2019


WWW.CLINICALSERVICESJOURNAL.COM I


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