Docket #: S19-376
Clinical Evaluation of Prostate Cancer using Machine Learning-Based Pathology Report Generation
A machine learning-based framework for summarizing prostate cancer and related findings through a pathology report generator. This report generator reduces time-consuming annotations and tumor volume estimation during clinical routines by extracting and summarizing relevant information into a pathology report to aid pathologist workflow. The framework can also determine subsets with increased risk for genomic alterations, high-risk of biochemical recurrence, and cancer-specific survival from a set of histology images.
Stage of Research
Related Technology:
Applications
- Pathology report generator for clinical routine
- Treatment success rate analysis and quality control
Advantages
- Prepared pathology reports for clinical use
- Tumor volume calculation & lesion-based summarization using 1/18-1/54 of data volume
- Automated tumor lesion annotations
- Reports are portable and easily shared
- Extracted features can be used for prognostics development of molecular biological profiles
Publications
- Eminaga et al. arXiv preprint: "Plexus Convolutional Neural Network (PlexusNet): A novel neural network architecture for histologic image analysis"
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