-
00:00
1.
index 1
-
00:03
2.
selection of lung metastatic(LM) subpopulations
-
00:04
3.
Slide 1
-
01:26
4.
selection of lung metastatic(LM) subpopulations
-
02:13
5.
LM breast cancer cells exhibited increased cell motility, EMT properties, fast proliferation rate, and less chemosensitivity
-
03:43
6.
m6A regulated malignancy of LM breast cancer cells
-
08:38
7.
KRT7 was involved in m6A-regulated metastasis potential of breast cancer cells
-
08:40
8.
m6A regulated malignancy of LM breast cancer cells
-
09:08
9.
KRT7 was involved in m6A-regulated metastasis potential of breast cancer cells
-
14:01
10.
KRT7 was involved in m6A-regulated metastasis potential of breast cancer cells
-
17:38
11.
The mRNA stability and translation efficiency of KRT7 increased in LM breast cancer cells
-
23:36
12.
KRT7 was involved in m6A-regulated metastasis potential of breast cancer cells
-
23:37
13.
KRT7 was involved in m6A-regulated metastasis potential of breast cancer cells
-
23:56
14.
KRT7 was involved in m6A-regulated metastasis potential of breast cancer cells
-
23:57
15.
The mRNA stability and translation efficiency of KRT7 increased in LM breast cancer cells
-
24:00
16.
The mRNA stability and translation efficiency of KRT7 increased in LM breast cancer cells
-
25:37
17.
METTL3 increased mRNA stability of KRT7 via upregulation of KRT7-AS
-
25:42
18.
** after 20230515.pptx
-
25:47
19.
METTL3 increased mRNA stability of KRT7 via upregulation of KRT7-AS
-
30:48
20.
Slide 10
-
30:49
21.
METTL3 increased mRNA stability of KRT7 via upregulation of KRT7-AS
-
32:45
22.
Slide 10
-
32:45
23.
METTL3 increased mRNA stability of KRT7 via upregulation of KRT7-AS
-
32:58
24.
Slide 10
-
32:58
25.
METTL3 increased mRNA stability of KRT7 via upregulation of KRT7-AS
-
34:10
26.
IGF2BP1/HuR complexes increased the stability of KRT7-AS/KRT7 mRNA duplex
-
37:36
27.
METTL3 increased mRNA stability of KRT7 via upregulation of KRT7-AS
-
37:37
28.
Slide 10
-
37:37
29.
METTL3 increased mRNA stability of KRT7 via upregulation of KRT7-AS
-
38:12
30.
** after 20230515.pptx
-
38:18
31.
IGF2BP1/HuR complexes increased the stability of KRT7-AS/KRT7 mRNA duplex
-
38:53
32.
Slide 12
-
38:55
33.
IGF2BP1/HuR complexes increased the stability of KRT7-AS/KRT7 mRNA duplex
-
39:08
34.
Slide 12
-
39:20
35.
IGF2BP1/HuR complexes increased the stability of KRT7-AS/KRT7 mRNA duplex
-
41:53
36.
m6A reduced RNase activity
-
41:54
37.
IGF2BP1/HuR complexes increased the stability of KRT7-AS/KRT7 mRNA duplex
-
42:45
38.
Slide 16
-
42:47
39.
YTHDF1/eEF-1 was involved in FTO-regulated translation elongation of KRT7 mRNA
-
43:19
40.
Slide 16
-
43:29
41.
YTHDF1/eEF-1 was involved in FTO-regulated translation elongation of KRT7 mRNA
-
46:49
42.
YTHDF1/eEF-1 was involved in FTO-regulated translation elongation of KRT7 mRNA
-
46:50
43.
YTHDF1/eEF-1 was involved in FTO-regulated translation elongation of KRT7 mRNA
-
48:20
44.
YTHDF1/eEF-1 was involved in FTO-regulated translation elongation of KRT7 mRNA
-
51:09
45.
YTHDF1/eEF-1 was involved in FTO-regulated translation elongation of KRT7 mRNA
-
52:18
46.
The roles of m6A/KRT7/KRT7-AS axis in breast cancer progression
-
53:58
47.
The roles of m6A/KRT7/KRT7-AS axis in breast cancer progression
-
55:23
48.
Slide 22
-
56:25
49.
** after 20230515.pptx