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种子名称： Coursera - Useful Genetics 1
文件类型： 视频
文件数目： 66个文件
文件大小： 1.48 GB
收录时间： 2016-7-13 23:24
已经下载： 3次
资源热度： 144
最近下载： 2024-6-7 06:04

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Coursera - Useful Genetics 1.torrent

Module 3/5 - 13 - Lecture 3L - Frameworks for predicting the phenotypic effects of mutation (2_06).mp43.59MB

Module 1/2 - 1 - Module 1 Overview (2_43).mp45.46MB

Module 0/15 - 3 - DNA Fingerprinting - Feb. 2013 (3_41).mp47.36MB

Module 0/1 - 3 - Tutorial on quiz marking.mp47.57MB

Module 0/1 - 1 - Welcome Video (4_53).mp48.24MB

Module 4/6 - 12 - Population frequencies tutorial (7_21).mp49.52MB

Module 0/15 - 2 - Angelina Jolie_'s genes in the news - May 15, 2013 (7_39).mp411.19MB

Module 0/1 - 2 - Course Organization Video (8_04).mp411.84MB

Module 3/5 - 7 - Lecture 3F - Diploids_ Heterozygous phenotypes (8_51).mp413.27MB

Module 1/2 - 5 - Lecture 1D - Why molecular biology is confusing (9_51).mp413.8MB

Module 4/6 - 2 - Lecture 4A - Sex chromosomes and sex determination (10_06).mp414.92MB

Module 2/3 - 7 - Lecture 2F - Mutations, selection and evolvability (10_33).mp415.44MB

Module 2/3 - 1 - Module 2 Overview (5_28).mp415.47MB

Module 5/7 - 10 - Lecture 5I - Ethical and social issues surrounding personal genomics (11_59).mp416.72MB

Module 4/6 - 8 - Lecture 4G - Effects of natural genetic variation depend on the environment (11_44).mp417.71MB

Module 4/6 - 4 - Lecture 4C - Expression of X‐linked genes in males (12_28).mp417.95MB

Module 3/5 - 11 - Lecture 3J - Regulatory interactions (12_44).mp418.35MB

Module 3/5 - 1 - Module 3 Overview (6_41).mp418.66MB

Module 4/6 - 9 - Lecture 4H - Effects of natural genetic variation depend on chance (13_40).mp418.72MB

Module 1/2 - 9 - Lecture 1H - Genetic and evolutionary relationships of human populations (12_54).mp418.82MB

Module 0/15 - 1 - Telomeres - October 15, 2013 (6_02).mp418.95MB

Module 0/1 - 5 - Tips for questions tutorial.mp419.11MB

Module 4/6 - 1 - Module 4 Overview (6_17).mp419.36MB

Module 1/2 - 2 - Lecture 1A - How Different Are We_ (11_24).mp419.52MB

Module 3/5 - 10 - Lecture 3I - Gene interaction in biochemical pathways (14_11).mp419.72MB

Module 5/7 - 3 - Lecture 5B - Analyzing a single gene or gene _'panel_' (14_29).mp420.41MB

Module 1/2 - 7 - Lecture 1F - Life cycles and ploidy (15_29).mp420.98MB

Module 1/2 - 6 - Lecture 1E - Properties of chromosomes (14_54).mp421.31MB

Module 5/7 - 7 - Lecture 5F - Exome sequencing (21_25).mp421.36MB

Module 5/7 - 6 - Lecture 5E - SNP-typing services (15_30).mp421.38MB

Module 5/7 - 1 - Module 5 Overview (5_04).mp421.53MB

Module 3/5 - 5 - Lecture 3D - Regulatory proteins and RNAs (20_26).mp421.88MB

Module 4/6 - 3 - Lecture 4B - Expression of X‐linked genes in females (15_21).mp422.31MB

Module 2/3 - 8 - Lecture 2G - Origins and evolution of new genes and gene families (16_17).mp422.75MB

Module 4/6 - 11 - Lecture 4J - Integrating new understanding into old concepts (16_49).mp423.51MB

Module 3/5 - 3 - Lecture 3B - Catalytic proteins (enzymes) (16_16).mp424.02MB

Module 3/5 - 6 - Lecture 3E - Homozygous phenotypes (16_54).mp424.04MB

Module 0/1 - 4 - Discussion forum tutorial.mp424.13MB

Module 1/2 - 10 - Module 1 Tutorial (8_35).mp424.17MB

Module 3/5 - 8 - Lecture 3G - All about dominance (17_30).mp424.5MB

Module 1/2 - 8 - Lecture 1G - Comparing DNA sequences (18_24).mp424.68MB

Module 2/3 - 9 - Lecture 2H - Comparing DNA sequences reveals evolutionary history (17_15).mp424.69MB

Module 1/2 - 3 - Lecture 1B - The Properties of DNA (17_20).mp424.71MB

Module 3/5 - 2 - Lecture 3A - Protein basics (16_50).mp425.17MB

Module 3/5 - 12 - Lecture 3K - How somatic mutations cause cancer (17_54).mp425.28MB

Module 3/5 - 4 - Lecture 3C - Structural, transport and carrier proteins (15_49).mp425.31MB

Module 2/3 - 6 - Lecture 2E - Mutagens (what should we worry about) (18_54).mp426MB

Module 4/6 - 5 - Lecture 4D - Can natural genetic variation explain natural phenotypic variation_ (19_34).mp427.22MB

Module 3/5 - 9 - Lecture 3H - How genes are named (19_29).mp427.25MB

Module 1/2 - 4 - Lecture 1C - Properties of genes (19_55).mp427.68MB

Module 2/3 - 5 - Lecture 2D - Germline and Somatic Mutations (19_28).mp427.7MB

Module 5/7 - 11 - Lecture 5J - Not-so-personal genomics (18_49).mp428.66MB

Module 2/3 - 2 - Lecture 2A - Fidelity of DNA replication (21_06) .mp428.7MB

Module 5/7 - 2 - Lecture 5A - DNA fingerprinting (21_54).mp430.18MB

Module 2/3 - 3 - Lecture 2B - Why most mutations are harmless (21_31).mp430.79MB

Module 4/6 - 7 - Lecture 4F - Many natural genetic variants affect multiple traits (21_28).mp431.38MB

Module 2/3 - 4 - Lecture 2C - Types of mutations and their consequences (25_00).mp432.85MB

Module 5/7 - 4 - Lecture 5C - SNP-typing the genome, Part 1 (22_53).mp433.21MB

Module 4/6 - 6 - Lecture 4E - Most natural variation has very small effects (24_30).mp433.89MB

Module 5/7 - 8 - Lecture 5G - Haplotypes (26_30).mp434.87MB

Module 4/6 - 10 - Lecture 4I - How natural genetic variation affects the risk of cancer (25_56).mp436.02MB

Module 5/7 - 5 - Lecture 5D - SNP-typing the genome, Part 2 (26_09).mp436.76MB

Module 5/7 - 9 - Lecture 5H - Ancestry (29_53).mp441.03MB

Module 0/15 - 4 - Five geneticists take a break on Saturna Island (18_44).mp441.48MB

Module 5/7 - 12 - 23andMe in the News (8_32).mp443.3MB

Module 3/5 - 14 - Field trip to Granville Island (in search of Romanesco cauliflowers).mp443.55MB