1. 1.Linus Pauling and the triple helix model





























  1. 2.Watson and Cricks and the double helix model






























  1. 3.Chromatin: how DNA is packaged































  1. 4.The cell cycle 1: Mitosis (optional)































  1. 5.The cell cycle 2: Meiosis

(optional)






























  1. 6.DNA replication 1: the simple model































  1. 7.DNA replication 2: the replisome
































  1. 8.Telomere replication































  1. 9.The polymerase chain reaction






























  1. 10.The central dogma
































  1. 11.Protein structure































12. RNA polymerase II
































13. Transcription details
































  1. 14.RNA splicing
































  1. 15.tRNA structure































  1. 16.Translation
































  1. 17.Translation 2: ribosome































18. Translation 3: extension of AA chain































19. Polyribosome

































  1. 20.Antibiotic targeting ribosomes





























21. Mutations
































22. DNA repair































23. Chromosomal mutations





























25. Mendelian genetics (optional)





























  1. 26.Dihybrid crosses and Mendel’s Laws (optional)





























27. Sex linked traits, Morgan and white eyed male flies
(optional)






























28. Polygenic traits






























29. Human recessive disorders





























  1. 30.Incomplete dominance and co-dominance































  1. 31.Genes and environment






























  1. 32.Epistasis 






























33. Gene regulation 1: transcription factors































34. Gene regulation in prokaryotes: the lac operon
































35. Gene regulation in eukaryotes































  1. 36.RNA interference































37. Drosophila embryogenesis
(optional)




























  1. 38. Hardy-Weinberg principle
    (optional)





























39. Genetic drift
(optional)






































Teaching

UBC - BIOL 366 - Molecular Genetics, supplementary material


In anticipation of your midterm and final exams, I have compiled the videos that I used to supplement the lecture material and to illustrate some concepts with animations. The links with the (optional) in the title will not be tested on.


Note: please be patient, having so many videos embedded may be slow to load at first, but should work fine once fully loaded.