New hybrid imaging technique offers lung cancer treatment benefits

The treatment and detection of lung cancer could be greatly facilitated by a new hybrid imaging approach that combines different techniques for better outcomes.

Developed by the Loyola University Chicago Stritch School of Medicine, the method uses dual-energy imaging, combined with fluoroscopy, to view tumours during radiation therapy. This technique does not require an X-ray that produces both high-and low-energy images.

Existing hardware can be used to eliminate visuals of the ribs and other bones, making it easier to see the tumour, thus improving treatment effectiveness while also reducing the cost of operation for hospitals.

Another key benefit of this patented technology is the fact that the dual-energy images are created using a software approach, meaning medical facilities would need to replace their standard X-ray machines to take advantage.

Study leader Dr John Roeske said: "The hybrid technique removes present obstacles, making this a great benefit to clinicians and patients."

Lung cancer is one of the most common and serious types of cancer, with more than 41,000 people diagnosed with the condition every year in the UK.