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The Analysis of Patterns
Pascal

Pattern Discovery in Bioinformatics

author: Jaak Vilo, University of Tartu
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Slides
0:00 Pattern Discovery in Bioinformatics
0:41 Topics
1:27 Pattern Discovery
2:16 Bioinformatics - 1
2:50 Bioinformatics - 2
3:08 DNA Structure
4:09 DNA Determines Function
5:18 A Simple Gene
6:41 Species and Individuals
7:30 Cell Structure
9:24 A Unified Theory of Gene Expresion - 1
10:47 A Unified Theory of Gene Expresion - 2
13:58 Gene Regulation - 1
14:59 Gene Regulation - 2
15:25 Gene Regulation - 3
15:44 Gene Regulation - 4
15:48 Gene Regulation - 3
15:49 Gene Regulation - 4
16:17 Gene Regulation - 5
16:48 Gene Regulation - 6
17:23 MicroRNA - 1
17:41 MicroRNA - 2
18:45 MicroRNA - 3
19:16 MicroRNA - 4
19:37 Alignment of MicroRNA Targets
19:54 Sequence Patterns in BI
19:56 Alignment of MicroRNA Targets
20:00 Sequence Patterns in BI
20:10 Biological Applications
20:28 Gene Regulatory Signal Finding
20:45 How Can We Find TF Binding Sites?
21:02 How to Detect Signals in DNA?
21:38 Position Weight Matrices
24:48 Motif Matching
25:02 Motif Discovery
25:33 Common Biological Role
26:02 Microarrays
26:41 How to Know What´s in the Cells? - 1
27:14 How to Know What´s in the Cells? - 2
27:56 Microarray - The “Measurement Device”
28:36 Microarray - After Hybridisation
29:22 Microarray - 2 Colors Mixed
29:31 TIGR 32k Human Arrays
30:14 Affymetrix Wafer and Chip Format
30:57 From Microarray Images to Gene Expression Data - 1
31:58 From Microarray Images to Gene Expression Data - 2
32:15 From Microarray Images to Gene Expression Data - 1
32:24 From Microarray Images to Gene Expression Data - 2
33:02 From Microarray Images to Gene Expression Data - 3
33:22 From Microarray Images to Gene Expression Data - 4
34:18 Cluster of Co-Expressed Genes - Pattern Discovery in Regulatory Regions
35:13 Binomial or Hypergeometric Distribution Tail
35:42 ChIP-Chip (or Sequencing) - 1
36:22 ChIP-Chip (or Sequencing) - 2
36:49 ChIP-Chip (or Sequencing) - 3
37:11 ChIP-Chip (or Sequencing) - 4
38:14 Clustering and Gene Set Enrichment - 1
39:18 - Questions
44:56 Clustering and Gene Set Enrichment - 3
45:43 Clustering and Gene Set Enrichment - 4
46:48 Clustering and Gene Set Enrichment - 5
47:01 Clustering and Gene Set Enrichment - 6
47:17 Clustering and Gene Set Enrichment - 5
47:19 - Questions
48:11 Clustering and Gene Set Enrichment - 7
48:17 Clustering and Gene Set Enrichment - 8
48:40 Clustering and Gene Set Enrichment - 9
49:03 Find a Common Function (Pattern)
49:06 Clustering and Gene Set Enrichment - 9
49:13 Find a Common Function (Pattern)
51:25 Previously Known Functions - 1
51:51 Previously Known Functions - 2
52:30 Previously Known Functions - 3
52:39 Previously Known Functions - 4
53:26 Previously Known Functions - 5
53:27 Previously Known Functions - 6
53:40 Previously Known Functions - 5
53:41 Previously Known Functions - 6
53:53 Previously Known Functions - 5
54:11 KEGG: Biosynthesis of Steroids Query
54:12 Previously Known Functions - 6
54:22 KEGG: Biosynthesis of Steroids Query
55:15 p-Value
56:19 SCS - Set Counts and Sizes Threshold
59:04 Motif Discovery in Sequences
61:00 Cluster of Co-Expressed Genes - Pattern Discovery in Regulatory Regions - 1
61:08 Cluster of Co-Expressed Genes - Pattern Discovery in Regulatory Regions - 2
61:09 Cluster of Co-Expressed Genes - Pattern Discovery in Regulatory Regions - 1
62:58 Cluster of Co-Expressed Genes - Pattern Discovery in Regulatory Regions - 2
64:24 Cluster of Co-Expressed Genes - Pattern Discovery in Regulatory Regions - 3
64:54 Pattern vs Cluster “Strength”
67:13 Suffix Tree – Represent All Suffixes
67:18 Pattern vs Cluster “Strength”
67:34 Suffix Tree – Represent All Suffixes

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