Keynote Session

• Phil Febbo, Chief Medical Officer, Illumina: Our genomic future(s)
• Sarah Tishkoff, Director of the Center for Global Genomics and Equity at University of Pennsylvania: Genomic insights from studying diverse populations in Africa
• Ian Cree, Head, Tumor Classifications Group, World Health Organization, The application of genomics to classify cancers

Genomic & Precision Medicine

• Gary Middleton, Professor at University of Birmingham, UK: Lessons from the largest precision medicine trials ever conducted in cancer
• Anita Gandhi, Executive Director of Translational Medicine, Bristol-Myers Squibb: Application of genomic medicine in the development of immunomodulatory agents
• Michelle Green, Program Leader of Molecular Tumor Board at Duke University: A comprehensive review of the current precision medicine landscape in cancers.

Genomic Pathology & Diagnostics

• Kojo Elenitoba-Johnson, Director of Precision Medicine Program at University of Pennsylvania: Genomic testing in the age of COVID-19
• Amy Zitiello: Vice President and Medical Director, Avalon Healthcare: Genomic testing from the health insurance payor’s perspective

Genomic Discovery & Global Health

• Raj Ramesar, Director of Genetics Department at University of Cape Town: The genetics underlying cancers in Africa
• Jason Cyster, Howard Hughes Investigator and Professor at UC San Francisco: Traversing genomic discovery to function–using the focal adhesion pathway as an example
• Ari Melnick, Professor at Cornell University: The epigenetic journey of EZH2 from genomic oddity to new drug

Genomic Training

• Genomics for Everyone:  A gentle introduction to the basic concepts of genomics and precision medicine
• Sample to Sequencing:  How to convert a human sample into genomic data
• DNA sequencing to Mutation Detection: How to identify mutations from genomic data
• DNA sequencing to detecting Structural DNA changes: How to detect copy number changes and translocations from genomic data
• The Changing Genome: Introduction to CHIPseq, ATACseq, RNAseq, single-cell RNAseq
• Manipulating the genome: Introduction to RNAi, genome-editing and CRISPR