This suggests that repeating patterns of DNA mutations could be used as an indicator of prognosis, helping to shape future treatment. Scientists have developed an AI-based technique that predicts how tumours will progress and evolve, which could lead to more effective cancer treatments for individual patients. The technique, known as Revolver (Repeated Evolution of Cancer), identifies patterns in the DNA mutations within cancers, and uses this information to predict subsequent genetic changes. Researchers at Imperial College London used a computer model to analyse tumour genomes from over 1,000 patients with glioblastoma, one of the most common forms of brain cancer.
Scientists have developed an AI-based technique that predicts how tumours will progress and evolve, which could lead to more effective cancer treatments for individual patients. The technique, known as Revolver (Repeated Evolution of Cancer), identifies patterns in the DNA mutations within cancers, and uses this information to predict subsequent genetic changes. Researchers at Imperial College London used a computer model to analyse tumour genomes from over 1,000 patients with glioblastoma, one of the most common forms of brain cancer.