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Developing genetic technology to figure out roughly how parts of the cell fit together, and to relate genomic variation to human disease

Current experimental interests:
  • Generating complete 'lookup tables' of functional missense variation in human disease genes, including never-before-seen variation.
  • Exploring high-order complex traits using an 'engineered population' approach
  • En masse condition-dependent protein interaction screening technologies using next-generation sequencing of recombinant DNA barcodes.
Current computational interests:
  • Computational tools to enable a functional variation assay for every human disease gene
  • Inferring order of action in genetic pathways.
  • Exploring the impact of neoantigenicity on patterns of cancer mutations
Information on positions available in the Roth lab.

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Donnelly Centre for Cellular & Biomolecular Research, University of Toronto Samuel Lunenfeld Research Institute, Mt. Sinai Hospital