• Science Saturday: Mayo researchers lay foundation for AI-based personalized cancer modeling

a female resarcher wearing a mask, with two computer monitors displaying research data

Like the maps that drivers use to get from one place to another, the goal of a medical diagnosis is to get you from where you are to where you want to be. A diagnosis takes a patient from symptoms to treatment, such as from lump to cure in the case of breast cancer.

Medical "road maps" are built from painstakingly selected patient data that clarify risk factors, like a BRCA mutation for breast cancer, or suggest treatment based on a tumor's characteristics or phenotype. Those data save lives. It's a diagnostic superhighway for many people. But Mayo Clinic researchers wondered if there was more to learn from those data. 

"The astounding genetic and phenotypic variation in cancer is well-known; yet, almost all research and clinical practice focuses on cohorts of patients where risk factors are averaged together," explains Hu Li, Ph.D., a Mayo Clinic systems pharmacologist and senior author on a new paper in Genome Research.

Dr. Li brought together a team of experts to explore data pooled from 90 patients with breast cancer to see how deeply these data could be mined. Together, the patients had a diverse assortment of mutations linked to disease.

Read the rest of the article on the Discovery's Edge blog.


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