Researchers at the University of Missouri explored how artificial intelligence could help detect melanoma, the most dangerous form of skin cancer, by evaluating images of suspicious skin abnormalities. The project aims to support faster identification of cases that may need closer medical attention and earlier treatment.
The tool is designed to support clinicians rather than replace them. It could be especially useful for patients who have limited access to dermatologists. The team trained and tested AI models on a large database of images taken with three-dimensional total body photography, which creates a detailed map of a patient’s skin.
The researchers compared three models and found each reached high accuracy on its own. When they combined the models, performance improved further. The authors say more varied training images and clearer explanations of how AI reaches conclusions should help professionals trust and use the technology in clinical decision-making.
Difficult words
- melanoma — A serious skin cancer that can spread
- suspicious — Seeming possibly harmful or abnormal
- clinician — A health professional who treats patientsclinicians
- dermatologist — A doctor who treats skin conditionsdermatologists
- total body photography — A method to photograph a person's whole skin
- model — A computer program that makes predictions from datamodels
- accuracy — How correct the model's results are
Tip: hover, focus or tap highlighted words in the article to see quick definitions while you read or listen.
Discussion questions
- Would you feel comfortable if an AI examined images of your skin? Why or why not?
- How could AI tools help people who live far from dermatologists?
- What do medical professionals need to trust and use AI tools in clinical decisions?
Related articles
Experimental vaccine gives lasting protection in mice against CCHF
A new mouse study reports an experimental vaccine that produced rapid protection and antibodies that lasted up to 18 months. Researchers say a booster strengthened and extended immune responses and plan manufacturing steps before human trials.
Electric car batteries can power homes and cut costs
A University of Michigan study finds that using electric vehicle batteries to power homes (vehicle-to-home, V2H) can save owners thousands of dollars and reduce greenhouse gas emissions. Results differ across regions and the technology is still being tested.