Artificial intelligence (AI) is the use of computers to analyze data to make predictions. Researchers are studying if artificial intelligence can improve the detection of metastases on imaging scans and help guide treatment decisions better than when humans alone perform these assessments.
Read below for an introduction to artificial intelligence as it relates to cancer and for links about how artificial intelligence is being used to detect metastases and improve cancer treatment.
Introduction to Artificial Intelligence and Machine Learning
- National Cancer Institute: Artificial Intelligence and Cancer
Artificial Intelligence to Improve Detection of Metastasis
- Radiology Business: Artificial Intelligence Detects Metastases Overlooked by Radiologists on CT Scans
- Weill Cornell Medicine: Artificial Intelligence to Detect Cancer
- Fierce Biotech: Artificial Intelligence to Detect Breast Cancer Metastases in Lymph Nodes
Artificial Intelligence to Improve Cancer Treatment
- University of California, San Francisco: Artificial Intelligence to Improve CAR-T Therapy
- University of Texas at San Antonio: Artificial Intelligence to Improve Cancer Treatment
- Science Daily: Artificial Intelligence to Predict Outcomes in People with Brain Metastasis
- Labiotech: Artificial Intelligence to Design New Treatments for Cancer
- BBC News: AI Cuts Treatment Time for Cancer Radiotherapy
The Pros and Cons of Artificial Intelligence for Health Care
- Medical Economics: The Risks and Benefits of AI in Health Care
- Drexel University: Pros and Cons of Artificial Intelligence in Medicine
- American Journal of Managed Care (Article and Video): Weighing the Pros and Cons of Artificial Intelligence in Oncology Practices
- AMA Journal of Ethics: The Ethics of Using Artificial Intelligence in Health Care
MBC Clinical Trials With or Without Use of Artificial Intelligence
- Metastatic Trial Search: Trials for Treatment Decision Support
- Metastatic Trial Search: Trials for Predicting Response to Treatment
Last Modified on September 27, 2023