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1
Introduction
2
Neoantigen Prediction
3
Neoantigen Prioritization
4
Data Collection
5
Computational Workflow
6
Affinity Prediction
7
Heat Map
8
Experimental Validation
9
Experimental Results
10
Conclusion
Description:
Explore a 14-minute conference talk from the Cancer Genomics Consortium Annual Meeting that delves into computational methods for predicting MHC anchor locations to guide neoantigen identification and prioritization. Learn about the importance of accurate cancer genomic testing in patient diagnosis and treatment. Discover the presenter's approach to neoantigen prediction and prioritization, including data collection, computational workflow, and affinity prediction. Examine the use of heat maps for visualization and understand the experimental validation process and results. Gain insights into the potential impact of this research on improving cancer diagnosis and personalized treatment strategies.

Computational Prediction of MHC Anchor Locations for Neoantigen Identification and Prioritization

Cancer Genomics Consortium
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