Our mission at SATC·C is simple: to reduce the burden of colorectal cancer—not only through technology, but through smarter, more compassionate care.
We believe that innovation must serve clinical excellence, and that modern solutions must always respect the foundations of sound medical practice.
Through research, collaboration and constant inquiry, we work toward a future where colorectal cancer is detected earlier, treated more gently and prevented more often.
Research studies with carrots, showing anti-inflammatory and cancer-preventive properties.
Research and advancements in non-invasive gastrointestinal imaging through capsule technology.
AICE uses AI-powered Camera Capsule Endoscopy to detect colon cancer, offering a less invasive alternative to colonoscopy.
CICA is an Excellence Centre under the Region of Southern Denmark, established by the Department of Surgery A at Odense University Hospital (OUH) in Svendborg.
Cancer Screening Program aimed to evaluate the effectiveness of colon capsule endoscopy.
The SEARCH project develops secure methods to use healthcare data for research and AI without exposing patient information.
Ongoing collaborations and cutting-edge developments in the field of endoscopy.
Access to research papers, case studies, and findings from SATC·C’s extensive work in endoscopy.
Nature-Inspired Prevention Through Dietary Compounds
We explore how naturally occurring compounds can help reduce the risk of colorectal cancer before it begins. In particular, we study polyacetylenes such as falcarinol (FaOH) and falcarindiol (Fa2OH)—bioactive substances found in carrots. These compounds have shown protective effects in both cancer cell cultures and animal models. Early findings also suggest they may inhibit COX enzymes, a known pathway in inflammation and cancer development.
Next-Generation Screening with Capsule Colonoscopy
Improving how we detect colorectal cancer early is one of our highest priorities. At SATC·C, we are at the forefront of research into capsule-based colonoscopy—a non-invasive, camera-equipped capsule that patients swallow, offering a gentler alternative to traditional endoscopy.
Together with the SDU Mærsk McKinney Møller Robotic Center, we are developing intelligent software to assess bowel cleanliness and identify polyps by size, shape, and number. Our goal is to make screening not only more accurate but also safer and more acceptable to patients.
Minimally Invasive Approaches to Early Cancers
When colorectal cancer is detected early, less invasive treatments may be possible. At SATC·C, we are exploring how to manage large adenomas and early-stage cancers in the best way possible using transanal, organ-preserving techniques. These approaches minimise surgical trauma while ensuring thorough cancer treatment.
We are involved in leading international trials, such as STAR-TReC, which investigates combining radiotherapy with limited surgery for rectal cancer. We also compare advanced endoscopic and surgical methods to determine which are most effective and least disruptive to patients’ lives.
