Notes from Genetics 201: Principles of Genetics at Harvard Medical School

• 12/05/14 Genetics 27: 'Epigenetics Part II'
• 12/03/14 Genetics 26: 'Epigenetics Part I'
• 11/21/14 Genetics 25: 'Mapping the genetic basis of complex phenotypes'
• 11/19/14 Genetics 24: 'Complex traits, heritability, and the genetics of populations'
• 11/14/14 Genetics 23: 'Genetics in families and the analysis of Mendelian traits'
• 11/12/14 Genetics 22: 'Genome variation in humans'
• 11/10/14 Genetics 21: 'Mouse models of human disease'
• 11/07/14 Genetics 20: 'How to do genetics in cultured somatic cells'
• 11/05/14 Genetics 19: 'Zebrafish genetics'
• 10/31/14 Genetics 18: 'Modifier and mosaic screens in Drosophila'
• 10/29/14 Genetics 17: 'Forward genetic screens in Drosophila'
• 10/27/14 Genetics 16: 'Introduction to Drosophila: genotypes, recombination and balancer chromosomes'
• 10/22/14 Genetics 15: 'How to study the neural basis of behavior using C. elegans'
• 10/20/14 Genetics 14: 'C. Elegans methods workshop' or, 'Putting genes into pathways'
• 10/17/14 Genetics 13: 'How to study developmental mechanisms using C. elegans'
• 10/15/14 Genetics 12: 'How to do a C. elegans screen'
• 10/01/14 Genetics 11: 'Transposon sequencing (Tn-seq): how to identify mutants that die'
• 09/29/14 Genetics 10: 'Genetic screens by example: virulence factor gene regulation'
• 09/26/14 Genetics 09: 'Transduction and Recombineering: a CRISPR case study'
• 09/24/14 Genetics 08: 'Bacterial Basics, Phages, and CRISPR elements'
• 09/22/14 Genetics 07: 'Cytoplasmic inheritance and complex traits'
• 09/17/14 Genetics 06: 'Methods to find interacting proteins'
• 09/15/14 Genetics 05: 'Suppressor analysis in yeast'
• 09/12/14 Genetics 04: 'Molecular and genomic studies in yeast'
• 09/08/14 Genetics 03: 'Linkage and tetrad analysis in yeast'
• 09/05/14 Genetics 02: 'Introduction to yeast genetics and complementation'
• 09/03/14 Genetics 01: 'What we learned from Mendel'