Comparative Gene-Expression Analysis I: Hybridization-based techniques
-
01:49
1.
Effects of Efficiency
-
01:38
2.
Melting Curve
-
00:55
3.
Melting Curve
-
05:34
4.
Relative Quantity Value: 2-ΔΔCT
-
00:46
5.
Question:Given the following Ct values, please calculate the fold change of YFG in experiment group.
-
01:12
6.
Real Time - PCR
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00:43
7.
SYBR Green Dye Assay
-
01:17
8.
Fluorescence Resonance Energy Transfer (FRET)
-
02:35
9.
Principle of TaqMan Assay
-
02:14
10.
TaqMan RT-PCR assay
-
01:02
11.
LightCycler Probes
-
00:39
12.
Molecular Beacons
-
00:37
13.
QuestionHow to amplify strand-specific DNA by PCR?
-
03:37
14.
Strand Specific PCR
-
01:06
15.
Absolute vs. Relative Quantification for qPCR
-
00:50
16.
QuestionWhat is the difference between analog vs digital signal?
-
05:03
17.
Digital PCR
-
02:04
18.
Digital PCR
- Index
- Notes
- Comment
- Fullscreen
Comparative Gene-Expression Analysis II: PCR-based techniques (0330)
Duration: 33:51, Browse: 376, Last Updated: 2021-03-30
-
01:49
1.
Effects of Efficiency
-
01:38
2.
Melting Curve
-
00:55
3.
Melting Curve
-
05:34
4.
Relative Quantity Value: 2-ΔΔCT
-
00:46
5.
Question:Given the following Ct values, please calculate the fold change of YFG in experiment group.
-
01:12
6.
Real Time - PCR
-
00:43
7.
SYBR Green Dye Assay
-
01:17
8.
Fluorescence Resonance Energy Transfer (FRET)
-
02:35
9.
Principle of TaqMan Assay
-
02:14
10.
TaqMan RT-PCR assay
-
01:02
11.
LightCycler Probes
-
00:39
12.
Molecular Beacons
-
00:37
13.
QuestionHow to amplify strand-specific DNA by PCR?
-
03:37
14.
Strand Specific PCR
-
01:06
15.
Absolute vs. Relative Quantification for qPCR
-
00:50
16.
QuestionWhat is the difference between analog vs digital signal?
-
05:03
17.
Digital PCR
-
02:04
18.
Digital PCR
- Location
-
- Folder name
- 2021
- Author
- 賴亮全
- Branch
- 賴亮全教授
- Created
- 2021-03-30 16:17:46
- Last Updated
- 2021-03-30 20:38:33
- Browse
- 376
- Duration
- 33:51