Overview of the section

  • Learn concepts and tools to identify cancer susceptibility genes
  • Focus on germline risk factors

Sud et al (see reference section). This review covers most of the concepts we want to cover in this class. We will learn by doing and unpack many of the concepts mentioned in the review. Hopefully, you will re-read the paper at the end of the class and realize how much you have learned.

Learning Objectives

  • Compare Linkage vs. association analysis
  • Describe the genetic architecture of cancer risk
  • Discuss Genome-wide Association Studies (GWAS)

Slides

Homework

  • Define the following terms. You can use the definitions in the Sud et al review but use your own words. Provide a one sentence summary definition and if you need more, write a longer multiple sentence definition as well.

    • heritability
    • relative risk
    • Mendelian disease
    • cancer susceptibility genes
    • penetrance
    • risk allele frequency
    • odds ratios
    • linkage disequilibrium
    • effect size
    • pleiotropy
  • Create an Rstudio cloud (free) user

    • go through Lab0

References

Reuse

Text and figures are licensed under Creative Commons Attribution CC BY 4.0. The source code is licensed under MIT.

Suggest changes

If you find any mistakes (including typos) or want to suggest changes, please feel free to edit the source file of this page on Github and create a pull request.

Citation

For attribution, please cite this work as

Haky Im (2022). Lecture 2 - GWAS of Cancer Risk. BIOS 25328 Cancer Genomics Class Notes. /post/2022/03/30/lecture-2-gwas-of-cancer-risk/

BibTeX citation

@misc{
  title = "Lecture 2 - GWAS of Cancer Risk",
  author = "Haky Im",
  year = "2022",
  journal = "BIOS 25328 Cancer Genomics Class Notes",
  note = "/post/2022/03/30/lecture-2-gwas-of-cancer-risk/"
}