This course on Comparative Genomics aims to teach students about genomics, evolution, genetic change, human genome, prokaryotic and eukaryotic genomes, transcriptomics, epigenetics, metabolomics, systems biology, and their applications in anthropology and human health. The course covers various topics through lectures and supplemental video materials, providing insights into the field of genomics and its significance in different areas. The intended audience for this course includes students interested in genomics, biology, anthropology, and related fields.
Overview
Syllabus
Comparative Genomics Lecture 1 - Introductions to Genomics.
Comparative Genomics Lecture 2 - Evolution and Genetic Change.
Comparative Genomics Lecture 3 - The Human Genome.
Comparative Genomics Lecture 5 - Comparative Genomics.
Comparative Genomics Lecture 6: Genomes of Prokaryotes.
Comparative Genomics Lecture 7: Genomes of Eukaryotes.
Comparative Genomics: Lecture 8 - Genomics and Anthropology.
Comparative Genomics: Lecture 9 - Transcriptomics.
Comparative Genomics: Lecture10 - Epigenetics.
Comparative Genomics: Lecture 11 - Metabolomics.
Comparative Genomics: Lecture12 - Systems Biology.
Comparative Genomics: Lecture 14 - Human Health and Genomics.
Comparative Genomics: ClinVar Baseline Annotation Demo.
Hypothes.is Intro.
Taught by
Nathaniel Jue
