When cancer spreads to the abdominal area (especially in organs like the colon, stomach, or ovaries), it's extremely hard to measure how far the disease has spread or how well treatments are working. Current tools rely on doctors' visual estimates or outdated imaging methods. These are often subjective and can’t accurately track small tumors or subtle changes over time—leading to delayed or less effective treatment decisions.
The Invention
This invention introduces a smart, computer-based system to precisely track and evaluate cancer in the abdomen. It uses tiny markers implanted during a minimally invasive surgery to "flag" important areas. Doctors then capture images of these areas at different times during treatment.
These images are uploaded to a secure cloud system, where artificial intelligence (AI) software analyzes them in detail. It compares the images to previous scans and to a database of similar cases, measuring the size, number, and growth of tumors with high precision—even those too small to be tracked using traditional methods.
What’s New
Unlike older scoring systems or imaging tools, this system combines physical markers, cloud-based AI, and advanced image analysis to create a digital “map” of the disease. This enables far more accurate tracking of how cancer is spreading or shrinking in response to therapy.
Benefits
- Detects even small or hard-to-see tumors
- Accurately monitors treatment progress over time
- Helps doctors choose the best treatment approach faster
- Minimally invasive and safe for patients
Broader Impact
This innovation could significantly improve survival rates and treatment outcomes for patients with advanced abdominal cancers. It supports personalized medicine, reduces guesswork, and has the potential to transform cancer care through precision and early detection.