-
00:00
1.
index 1
-
00:28
2.
Slide 2
-
00:43
3.
Slide 3
-
00:52
4.
RNA categories
-
01:17
5.
CircRNAs Biogenesis
-
01:40
6.
Functions of CircRNA
-
02:00
7.
Functions of CircRNA
-
02:17
8.
Functions of CircRNA
-
02:35
9.
Slide 10
-
03:00
10.
Characteristic of Circular RNA
-
04:51
11.
Circular RNAs in Cancers
-
05:50
12.
Slide 22
-
06:06
13.
Slide 23
-
06:19
14.
RNA N6-Methyladenosine Modification
-
06:48
15.
Writer, Eraser, and Reader
-
07:25
16.
Methylated RNA immunoprecipitation
-
08:04
17.
Detected the m6A Modification on CircRNA
-
09:44
18.
Slide 28
-
09:57
19.
The m6A Modification Influenced CircARHGAP35 Biogenesis
-
10:51
20.
Slide 31
-
11:05
21.
YTHDC1 Binds to m6A Site and Exported CircMET to Cytoplasm
-
11:40
22.
Slide 33
-
12:25
23.
CircMET is Exported to Cytoplasm by YTHDC1
-
12:51
24.
Slide 35
-
13:06
25.
CircMET Downregulates CDKN2A mRNA by Direct Binding
-
14:10
26.
CircMET Decreased CDKN2A mRNA Stability
-
14:57
27.
CircMET Recruited YTHDF2 to Accelerate the Decay of CDKN2A
-
15:32
28.
Slide 39
-
15:52
29.
The m6A Modification of CircALG1 Enhanced its Stability
-
16:39
30.
CircALG1 Sponge with miR-342-5p
-
17:33
31.
PGF was a Downstream Target of the CircALG1/miR-342-5p Axis
-
18:04
32.
Slide 44
-
18:23
33.
CircARHGAP35 Encode a Protein with m6A Modification
-
19:42
34.
The circARHGAP35 Protein Interacts with TFII-I in the Nucleus
-
20:36
35.
CircARHGAP35 Protein Interacts with TFII-I in the Nucleus
-
21:18
36.
Slide 48
-
21:57
37.
Slide 49
-
22:37
38.
CircMET Accelerates Cell Proliferation
-
00:00
1.
index 1
-
00:28
2.
Slide 2
-
00:43
3.
Slide 3
-
00:52
4.
RNA categories
-
01:17
5.
CircRNAs Biogenesis
-
01:40
6.
Functions of CircRNA
-
02:00
7.
Functions of CircRNA
-
02:17
8.
Functions of CircRNA
-
02:35
9.
Slide 10
-
03:00
10.
Characteristic of Circular RNA
-
04:51
11.
Circular RNAs in Cancers
-
05:50
12.
Slide 22
-
06:06
13.
Slide 23
-
06:19
14.
RNA N6-Methyladenosine Modification
-
06:48
15.
Writer, Eraser, and Reader
-
07:25
16.
Methylated RNA immunoprecipitation
-
08:04
17.
Detected the m6A Modification on CircRNA
-
09:44
18.
Slide 28
-
09:57
19.
The m6A Modification Influenced CircARHGAP35 Biogenesis
-
10:51
20.
Slide 31
-
11:05
21.
YTHDC1 Binds to m6A Site and Exported CircMET to Cytoplasm
-
11:40
22.
Slide 33
-
12:25
23.
CircMET is Exported to Cytoplasm by YTHDC1
-
12:51
24.
Slide 35
-
13:06
25.
CircMET Downregulates CDKN2A mRNA by Direct Binding
-
14:10
26.
CircMET Decreased CDKN2A mRNA Stability
-
14:57
27.
CircMET Recruited YTHDF2 to Accelerate the Decay of CDKN2A
-
15:32
28.
Slide 39
-
15:52
29.
The m6A Modification of CircALG1 Enhanced its Stability
-
16:39
30.
CircALG1 Sponge with miR-342-5p
-
17:33
31.
PGF was a Downstream Target of the CircALG1/miR-342-5p Axis
-
18:04
32.
Slide 44
-
18:23
33.
CircARHGAP35 Encode a Protein with m6A Modification
-
19:42
34.
The circARHGAP35 Protein Interacts with TFII-I in the Nucleus
-
20:36
35.
CircARHGAP35 Protein Interacts with TFII-I in the Nucleus
-
21:18
36.
Slide 48
-
21:57
37.
Slide 49
-
22:37
38.
CircMET Accelerates Cell Proliferation
- 位置
-
- 資料夾名稱
- 2022
- 發表人
- 黃照穎
- 單位
- 賴亮全教授
- 建立
- 2022-08-31 11:52:05
- 最近修訂
- 2022-09-19 10:35:10
- 長度
- 1:34:02
