American Campus Tree Genomes
latest

Contents:

  • Introduction
  • Course Setup
  • Module 1: Plant Genomics
  • Module 2: Planning a Genome Project
    • Lesson 1: Isolating DNA and RNA
    • Lesson 2: Data Types in Genomics
    • Lesson 3: Measuring Genome Complexity
      • 2.3 Instructions
      • 2.3 Resources
      • 2.3 Lesson
      • 2.3 Lab Exercises
    • Lesson 4: Plotting Heterozygosity and Size
  • Module 3: Genome Assembly
  • Module 4: Genome Annotation
  • Module 5: Comparative Genomics
  • Module 6: Publishing Scientific Results
American Campus Tree Genomes
  • Module 2: Planning a Genome Project
  • Lesson 3: Measuring Genome Complexity
  • Edit on GitHub

Lesson 3: Measuring Genome Complexity

Learning Material:

  • 2.3 Instructions
  • 2.3 Resources
  • 2.3 Lesson
    • Learning Objectives
    • Vocabulary
    • Learning Material
  • 2.3 Lab Exercises
    • Overview
    • Task A:
      • Step 1: What is a k-mer?
      • Step 2: Calculate all possible 21-mers in our dataset
    • Task B
      • Run Jellyfish as GenomeScope describes
    • Mastering Content
Previous Next

© Copyright 2022 Harkess A. Revision 34f0f037.

Built with Sphinx using a theme provided by Read the Docs.