【英属哥伦比亚大学】实用遗传学(useful genetics)第二部分-英文字幕

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2019-03-29 02:14:00
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https://courses.edx.org/courses/course-v1:UBCx+UseGen.2x+1T2016/course/ 遗传学第二部分,课件链接:https://pan.baidu.com/s/1ZHMl2RG-9oUD5LcdGeofSg 提取码:fdqm 同样勘误见评论区。
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视频选集
(84/102)
7.1-1 Introduction to mitosis
05:37
7.1-2
10:38
7.2-1 The mechanism of mitosis
00:48
7.2-2
08:56
7.3 Sexual life cycles
13:15
7.4-1 Meiosis, the basics
08:36
7.4-2
01:26
7.5-1 Meiosis in males and females
05:56
7.5-2
00:39
7.6 Meiosis, more basics
06:13
7.7-1 Genotypes in meiosis, part 1
01:15
7.7-2
03:56
7.8-1 Homolog pairing and crossing-over
01:34
7.8-2
03:08
7.9-1 Following genotypes through meiosis (this time with crossovers)
01:40
7.9-2
00:42
7.10-1 Predicting genotype numbers and proportions after crossovers
00:58
7.10-2
00:36
7.11 Gametes and mating
05:34
7.12 Using a mating square
05:24
7.12-2
00:27
7.13-1 Problem 1-A cross with linkage
10:01
7.13-2
03:55
7.14 Problem 2-Inferring parent genotype from offspring genotypes
10:55
7.15 Problem 3 Following alleles through generations
11:19
7.16 Relatedness
11:18
7.17-1 Haplotypes and ancestry
10:32
7.17-2
05:52
7.18-1 Sex chromosomes in meiosis
08:06
7.18-2
02:00
8.1 Genetic analysis began with Mendel
11:04
8.2-1 The causes of Mendel's findings
02:29
8.2-2
00:53
8.3-1 How to do genetic analysis
06:15
8.3-2
06:53
8.4-1 How to do genetic analysis II
00:46
8.4-2
15:12
8.5-1 Mendel's genetic analysis
04:30
8.5-2
01:23
8.6 Analyzing crosses with sex-linked genes
08:12
8.7-1 Using crosses to investigate locations of autosomal genes
05:59
8.7-2
01:00
8.8-1 Physical and genetic linkage and maps
07:46
8.8-2
01:20
8.9-1 Using crosses to investigate gene function
05:15
8.9-2
01:35
8.10 Using pedigrees to investigate family inheritance
12:50
8.11-1 Predicting genotypes and probabilities from pedigree diagrams
01:45
8.11-2
04:27
8.12 Experiments and sampling
07:57
8.13 Using a statistical test
12:00
8.14 Testing a null hypothesis
03:28
8.14-2
01:22
9.1 Heritability
06:27
9.2 How to estimate heritability
07:01
9.3 Studies of heritablility in humans
08:17
9.4 Genome-wide association studies revisited
11:54
9.5-1 Evaluating GWAS studies
05:11
9.5-2
04:46
9.6-1 Inbreeding
07:21
9.6-2
06:59
9.7 Inbreeding in a human population
06:29
9.8 Inbreeding in livestock, pets and research
11:22
9.9 Inbreeding and genetic variation in evolution and conservation
08:28
9.10 Within-species hybrids
11:08
9.11 Between-species hybrids
07:16
9.12 Speciation and hybridization
09:06
9.13 Hybridization and conservation
11:00
9.14 Plant Breeding
08:41
9.15 Genetically Modified Organisms
10:09
10.1 Polyploidy, part 1
11:10
10.2 Polyploidy, part 2
08:09
10.3 Aneuploidy
11:51
10.4 Risk factors for aneuploidy
12:19
10.5 Origins of sex chromosome aneuploidies
08:49
10.6-1 Aneuploidy for sex chromosomes
08:22
10.6-2
07:54
10.7 Causes of chromosome rearrangements I
11:31
10.8-1 Causes of chromosome rearrangements II
06:47
10.8-2
02:34
10.9-1 Consequences of chromosome rearrangements for chromosome function
03:18
10.9-2
00:44
10.9-3
01:47
10.10 Consequences of chromosome rearrangements for meiosis and gene function
13:19
10.11 Small chromosomal differences
10:02
10.12 Mobile DNA, part 1
09:59
10.13 Retrotransposons, pseudogenes and junk DNA
14:21
10.14-1 Chromosome evolution
08:27
10.15 Genome evolution
11:18
11.1 The Origin of Life
14:13
11.2 Mitochondrial genetics
12:05
11.3 Mitochondrial mutations
18:25
11.4 Epigenetics
12:26
11.5-1 Imprinting
18:17
11.5-2
01:30
11.6 Genetic chimeras
09:31
11.7 Microchimerism
09:30
11.8 Circulating cell-free DNA
13:38
11.9 Genetics of aging
13:14
11.10 Gene therapy
23:21
11.11-1 Gene editing by CRISPRCas9
05:02
11.11-2
07:10
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