Comparative Gene-Expression Analysis I: Hybridization-based techniques
-
01:33
1.
Review
-
03:24
2.
Gene Ontology
-
03:56
3.
Pathway Analysis
-
03:16
4.
Ingenuity Pathway Analysis (IPA)
-
03:10
5.
Pathway Analysis
-
00:20
6.
MetaCore
-
01:03
7.
GeneMANIA
-
07:23
8.
Gene Set Enrichment Analysis
-
01:19
9.
Gene Set Enrichment Analysis
-
01:05
10.
MSigDB Collections
-
01:09
11.
Pathway Analysis
-
00:35
12.
Color Objects in KEGG Pathways
-
00:24
13.
BIOCARTA Pathway
-
00:53
14.
The Database for Annotation, Visualization and Integrated Discovery (DAVID)
-
00:50
15.
Reference Databases in DAVID
-
03:08
16.
Transcription Factor Motif Search1
-
05:48
17.
Ways to describe DNA motif
-
02:37
18.
Transcription Factor Motif Search3
-
02:13
19.
Direct TFM search
-
00:49
20.
Position weight matrix method
-
02:28
21.
Greedy Algorithm
-
01:06
22.
C. Phylogenetic footprinting methodUse orthologous promoter sequences of a single gene from multiple speciese.g., ConSite, Phylonet, Phylo-ScanProblems:If the species are too closely related, seq. alignment is obvious but uninformativeIf the species are
-
00:38
23.
MOTIF Similarity Detection Tool
-
01:20
24.
example
-
00:29
25.
Databases
-
00:38
26.
Nucleotide Sequences
-
01:02
27.
Gene Expression
-
02:44
28.
GEO Structure
-
00:30
29.
GEO2R
-
00:13
30.
Transcription Factor Binding Site
-
00:53
31.
Genome Browsers
-
01:03
32.
UCSC Genome Browser
-
00:19
33.
Multipurpose Portals
-
00:54
34.
Workflow of Array Analysis
-
00:26
35.
Array Analysis1
-
00:23
36.
Array Analysis2
-
00:26
37.
Array Analysis3
-
00:01
38.
Array Analysis4
-
00:14
39.
Array Analysis3
-
00:20
40.
Array Analysis4
-
00:40
41.
Array Analysis5
- Index
- Notes
- Comment
- Fullscreen
Comparative Gene-Expression Analysis I: Hybridization-based techniques (0323)
Duration: 1:02:03, Browse: 336, Last Updated: 2021-03-23
-
01:33
1.
Review
-
03:24
2.
Gene Ontology
-
03:56
3.
Pathway Analysis
-
03:16
4.
Ingenuity Pathway Analysis (IPA)
-
03:10
5.
Pathway Analysis
-
00:20
6.
MetaCore
-
01:03
7.
GeneMANIA
-
07:23
8.
Gene Set Enrichment Analysis
-
01:19
9.
Gene Set Enrichment Analysis
-
01:05
10.
MSigDB Collections
-
01:09
11.
Pathway Analysis
-
00:35
12.
Color Objects in KEGG Pathways
-
00:24
13.
BIOCARTA Pathway
-
00:53
14.
The Database for Annotation, Visualization and Integrated Discovery (DAVID)
-
00:50
15.
Reference Databases in DAVID
-
03:08
16.
Transcription Factor Motif Search1
-
05:48
17.
Ways to describe DNA motif
-
02:37
18.
Transcription Factor Motif Search3
-
02:13
19.
Direct TFM search
-
00:49
20.
Position weight matrix method
-
02:28
21.
Greedy Algorithm
-
01:06
22.
C. Phylogenetic footprinting methodUse orthologous promoter sequences of a single gene from multiple speciese.g., ConSite, Phylonet, Phylo-ScanProblems:If the species are too closely related, seq. alignment is obvious but uninformativeIf the species are
-
00:38
23.
MOTIF Similarity Detection Tool
-
01:20
24.
example
-
00:29
25.
Databases
-
00:38
26.
Nucleotide Sequences
-
01:02
27.
Gene Expression
-
02:44
28.
GEO Structure
-
00:30
29.
GEO2R
-
00:13
30.
Transcription Factor Binding Site
-
00:53
31.
Genome Browsers
-
01:03
32.
UCSC Genome Browser
-
00:19
33.
Multipurpose Portals
-
00:54
34.
Workflow of Array Analysis
-
00:26
35.
Array Analysis1
-
00:23
36.
Array Analysis2
-
00:26
37.
Array Analysis3
-
00:01
38.
Array Analysis4
-
00:14
39.
Array Analysis3
-
00:20
40.
Array Analysis4
-
00:40
41.
Array Analysis5
- Location
-
- Folder name
- 2021
- Author
- 賴亮全
- Branch
- 賴亮全教授
- Created
- 2021-03-23 16:20:25
- Last Updated
- 2021-03-23 18:08:25
- Browse
- 336
- Duration
- 1:02:03