Why Choose Us for Lung Cancer Care?

A Team Method of Lung Cancer

Most sufferers with  lung cancer need more than a single type of therapy in their treatment plan. That’s why using a collaborative team of experts dealing with you can be essential to your care. In the University of Chicago Clinic, our medical oncologists, radiation oncologists, surgeons, pulmonologists, pathologists, radiologists, along with other cancer experts interact every day.

Every week, our doctors get together and discuss their sufferers, providing their own input so the team can be cultivated the most complete care plans. This collaborative method of treating cancer of the lung is just one reason our cancer program is ranked very best in the state and something of the highest within the nation, based on U.S.News & World Report.

Better Tools to Detect "Hidden" Cancers

The University of Chicago Clinic has more experience than every other Illinois hospital while using latest, less invasive choice to detect cancer of the lung. This technology, known as the superDimension inReach™ System, allows doctors to biopsy some cancers without surgery and go back home the same day.

D. Kyle Hogarth, MD, assistant professor of drugs at the University of Chicago Clinic, talks about the brand new ways pulmonologists are utilizing bronchoscopy to help detect, diagnose, and treat cancer of the lung. With new imaging technology, bronchoscopes can spot potentially cancerous lesions and help surgeons navigate the lungs to get rid of those nodules, if required.

Another exciting technique offered at the University of Chicago is autofluorescence bronchoscopy. It uses the very best kind of light to permit doctors to determine very tiny lung cancers and pre-cancers in the earliest, most treatable stage.

Additionally, the hospital hosts a 256-slice computed tomography (CT) scan, which could provide highly detailed pictures from the lungs to assist detect cancer of the lung. The University of Chicago Clinic was the very first hospital within the state to provide this powerful imaging technology, which could create pictures as high as 350 "slices" from the chest to discover cancer treatment.