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Intro
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Topic: Multi-modal data integration
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Supervised: Predict patient outcomes
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Deep Learning for integration
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EIR: Supervised leaming from large scale genomics data
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Integrating genomics and biomarkers
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Using EIR to model the biomarkers
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Unsupervised DL for data integration
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T2D cohort with multi-modal data
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Unsupervised deep learning: Autoencoders
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Latent representation
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Perspectives
Description:
Explore cutting-edge approaches to integrating patient-level multi-omics data using deep learning models in this 50-minute workshop talk by Simon Rasmussen from the NNF Center for Protein Research at the University of Copenhagen and the NNF Center for Genomic Mechanisms of Disease at the Broad Institute. Delve into supervised learning techniques for predicting patient outcomes and discover the power of EIR for large-scale genomics data analysis. Examine methods for integrating genomics and biomarkers, and learn about unsupervised deep learning approaches, including autoencoders, for data integration in a T2D cohort. Gain valuable insights into latent representation and future perspectives in multi-modal data integration, essential for advancing personalized medicine and genomic research.

Integrating Patient Level Multi-omics Data Using Deep Learning Models

Broad Institute
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