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The panorama of ALS genomics
Published on Jul 21, 2017896 Views
ALS is a complex disorder, with no single genetic or environmental cause and no known cure. While heritability estimates show us that genetic risk factors clearly play an important role in the disea
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Chapter list
The panorama of ALS genomics00:00
Is ALS genetic? - 100:21
Is ALS genetic? - 201:09
Non-genetic risk02:11
Genetics of ALS03:16
How do we discover new ALS genes?05:30
2016 ALS GWAS - 107:20
2016 ALS GWAS - 210:18
Heritability revisited11:19
Genetic correlation12:04
ALS and schizophrenia are genetically correlated - 113:33
ALS and schizophrenia are genetically correlated - 214:09
GWAS in ALS - 115:24
GWAS in ALS - 215:48
GWAS in ALS - 316:54
GWAS in ALS - 417:45
Finding rare variants20:15
Implicating rare variants - 121:41
Implicating rare variants - 222:46
Implicating rare variants - 323:33
Implicating rare variants - 424:38
Exome sequencing in ALS25:14
Updating ALS genomics - 125:30
Updating ALS genomics - 226:12
From exome to whole-genome sequencing26:19
Whole-genome sequencing in large populations26:35
A hypothesis - 126:36
A hypothesis - 227:00
Some questions in ALS genomics - 127:45
Some questions in ALS genomics - 228:23
Repeat expansions are hard to sequence29:14
Some questions in ALS genomics - 329:52
Some questions in ALS genomics - 429:57
C9orf72 repeat expansion30:25
Some questions in ALS genomics - 531:31
Some questions in ALS genomics - 631:41
Developmental dynamics of repeat expansion stability32:15
Some questions in ALS genomics - 733:05
Some questions in ALS genomics - 833:18
Some questions in ALS genomics - 933:27
How can we find (novel) repeat expansions? - 133:54
How can we find (novel) repeat expansions? - 234:00
Finding repeat expansions - 134:01
Finding repeat expansions - 234:04
Finding repeat expansions - 334:05
Can we directly measure repeat expansions? - 134:05
Can we directly measure repeat expansions? - 235:07
NGS vs 3GS35:35
How long is a long read?36:02
How long is a long read?36:38
C9orf72 locus with Oxford Nanopore - 137:02
C9orf72 locus with Oxford Nanopore - 237:18
Acknowledgements37:53