Comparative Gene-Expression Analysis I: Hybridization-based techniques
-
00:00
1.
index 1
-
00:02
2.
The History of DNA Discovery
-
11:37
3.
Homework 1
-
12:27
4.
Where is DNA located in cells?
-
15:54
5.
Left-handed DNA
-
16:41
6.
Vertebrate Mitochondrial Codon
-
18:28
7.
Gene Expression: Transcription
-
19:34
8.
Gene Expression: Transcription
-
22:06
9.
Structure of Mature mRNA
-
26:14
10.
The Impact of Alternative RNA Splicing
-
28:52
11.
Normal mRNA Decay
-
33:15
12.
Abnormal Translational Events Leading to Accelerated mRNA Decay
-
35:22
13.
Check RNA Stability
-
38:02
14.
To Explore Gene Regulation
-
42:48
15.
Loss-of-function vs. Gain-of-function
-
44:44
16.
Gene Manipulations
-
46:13
17.
Vector
-
53:29
18.
Gene Manipulations
-
57:10
19.
Factors Influencing Transfection Efficiency
-
58:43
20.
Factors Influencing Transfection Efficiency
-
1:01:30
21.
Recombinant Bacteria
-
1:02:56
22.
Genomic Library
-
1:05:30
23.
Restriction Enzyme
-
1:11:50
24.
Restriction Enzyme
-
1:13:57
25.
Restriction Enzyme: classification
-
1:16:00
26.
Restriction Enzyme: nomenclature
-
1:19:41
27.
Human Genome Project
-
1:21:33
28.
Question:Which technique can be applied to measure gene expression?Hybridization-based techniquesPCR-based techniquesSequence-based techniquesAll of them
-
1:22:28
29.
HUGO (Human Genome Organisation) Gene Nomenclature Committee
-
1:24:56
30.
Nomenclature of Gene & Protein
-
1:25:46
31.
Nomenclature of Gene & Protein
-
1:27:34
32.
Nomenclature of Gene & Protein
-
1:28:07
33.
Nomenclature of Gene & Protein
-
1:28:24
34.
Nomenclature of Gene & Protein
-
1:28:50
35.
Nomenclature of Gene & Protein
-
1:29:28
36.
Nomenclature of Gene & Protein
-
1:29:51
37.
Nomenclature of Gene & Protein
-
1:30:01
38.
Homologs, Orthologs, Paralogs
- Index
- Notes
- Comment
- Fullscreen
Comparative Gene-Expression Analysis I: Hybridization-based techniques (0223)
Duration: 1:31:10, Browse: 780, Last Updated: 2021-02-24
-
00:00
1.
index 1
-
00:02
2.
The History of DNA Discovery
-
11:37
3.
Homework 1
-
12:27
4.
Where is DNA located in cells?
-
15:54
5.
Left-handed DNA
-
16:41
6.
Vertebrate Mitochondrial Codon
-
18:28
7.
Gene Expression: Transcription
-
19:34
8.
Gene Expression: Transcription
-
22:06
9.
Structure of Mature mRNA
-
26:14
10.
The Impact of Alternative RNA Splicing
-
28:52
11.
Normal mRNA Decay
-
33:15
12.
Abnormal Translational Events Leading to Accelerated mRNA Decay
-
35:22
13.
Check RNA Stability
-
38:02
14.
To Explore Gene Regulation
-
42:48
15.
Loss-of-function vs. Gain-of-function
-
44:44
16.
Gene Manipulations
-
46:13
17.
Vector
-
53:29
18.
Gene Manipulations
-
57:10
19.
Factors Influencing Transfection Efficiency
-
58:43
20.
Factors Influencing Transfection Efficiency
-
1:01:30
21.
Recombinant Bacteria
-
1:02:56
22.
Genomic Library
-
1:05:30
23.
Restriction Enzyme
-
1:11:50
24.
Restriction Enzyme
-
1:13:57
25.
Restriction Enzyme: classification
-
1:16:00
26.
Restriction Enzyme: nomenclature
-
1:19:41
27.
Human Genome Project
-
1:21:33
28.
Question:Which technique can be applied to measure gene expression?Hybridization-based techniquesPCR-based techniquesSequence-based techniquesAll of them
-
1:22:28
29.
HUGO (Human Genome Organisation) Gene Nomenclature Committee
-
1:24:56
30.
Nomenclature of Gene & Protein
-
1:25:46
31.
Nomenclature of Gene & Protein
-
1:27:34
32.
Nomenclature of Gene & Protein
-
1:28:07
33.
Nomenclature of Gene & Protein
-
1:28:24
34.
Nomenclature of Gene & Protein
-
1:28:50
35.
Nomenclature of Gene & Protein
-
1:29:28
36.
Nomenclature of Gene & Protein
-
1:29:51
37.
Nomenclature of Gene & Protein
-
1:30:01
38.
Homologs, Orthologs, Paralogs
- Location
-
- Folder name
- 2021
- Author
- 賴亮全
- Branch
- 賴亮全教授
- Created
- 2021-02-23 16:23:44
- Last Updated
- 2021-02-24 14:52:57
- Duration
- 1:31:10