20190624-lab meeting_鈺琴 | 賴亮全實驗室

00:00 1.
index 1
00:09 2.
Diabetes study model
01:36 3.
Fig.1 Dnm3os (dynamin 3 opposite strand) is upregulated in macrophages in diabetes mellitus and enriched in nucleus
05:24 3.1
miRNA nomenclature
13:57 4.
Fig. 2 Dnm3os (dynamin 3 opposite strand) is regulated by NF-κB under diabetic conditions
22:25 5.
Fig. 3 Dnm3os (dynamin 3 opposite strand) overexpression promotes proinflammatory functions in macrophages.
24:55 6.
DAVID
25:10 6.1
Slide 9
25:11 6.2
Slide 8
25:15 6.3
Slide 9
25:41 6.4
Slide 8
25:42 7.
Fig. 4. Dnm3os (dynamin 3 opposite strand) overexpression promotes proinflammatory functions in macrophages.
37:13 8.
Dnm3os (dynamin 3 opposite strand) promotes inflammation and phagocytosis
44:41 9.
Antisense LNA™ GapmeRs 結構與功能
52:45 10.
Dnm3os (dynamin 3 opposite strand) promotes inflammation and phagocytosis
53:24 10.1
Effects of oligonucleotide on mRNA
56:30 11.
Fig. 5. Dnm3os (dynamin 3 opposite strand) interacts with key nuclear proteins in macrophages
1:04:05 12.
Fig. 6. Nucleolin modulates proinflammatory and epigenetic actions of Dnm3os in macrophages
1:24:39 13.
Nucleolin modulates proinflammatory and epigenetic actions of Dnm3os in macrophages
1:25:41 14.
** after 20190624 complete W1 meeting Diabetes Mellitus–Induced Long Noncoding RNA Dnm3os.pptx

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00:00 1.
index 1
00:09 2.
Diabetes study model
01:36 3.
Fig.1 Dnm3os (dynamin 3 opposite strand) is upregulated in macrophages in diabetes mellitus and enriched in nucleus
05:24 3.1
miRNA nomenclature
13:57 4.
Fig. 2 Dnm3os (dynamin 3 opposite strand) is regulated by NF-κB under diabetic conditions
22:25 5.
Fig. 3 Dnm3os (dynamin 3 opposite strand) overexpression promotes proinflammatory functions in macrophages.
24:55 6.
DAVID
25:10 6.1
Slide 9
25:11 6.2
Slide 8
25:15 6.3
Slide 9
25:41 6.4
Slide 8
25:42 7.
Fig. 4. Dnm3os (dynamin 3 opposite strand) overexpression promotes proinflammatory functions in macrophages.
37:13 8.
Dnm3os (dynamin 3 opposite strand) promotes inflammation and phagocytosis
44:41 9.
Antisense LNA™ GapmeRs 結構與功能
52:45 10.
Dnm3os (dynamin 3 opposite strand) promotes inflammation and phagocytosis
53:24 10.1
Effects of oligonucleotide on mRNA
56:30 11.
Fig. 5. Dnm3os (dynamin 3 opposite strand) interacts with key nuclear proteins in macrophages
1:04:05 12.
Fig. 6. Nucleolin modulates proinflammatory and epigenetic actions of Dnm3os in macrophages
1:24:39 13.
Nucleolin modulates proinflammatory and epigenetic actions of Dnm3os in macrophages
1:25:41 14.
** after 20190624 complete W1 meeting Diabetes Mellitus–Induced Long Noncoding RNA Dnm3os.pptx

20190624-lab meeting_鈺琴

Duration: 1:25:53, Browse: 788, Last Updated: 2019-06-24

Attachment(s):

Keypoint

00:00 1.
index 1
00:09 2.
Diabetes study model
01:36 3.
Fig.1 Dnm3os (dynamin 3 opposite strand) is upregulated in macrophages in diabetes mellitus and enriched in nucleus
05:24 3.1
miRNA nomenclature
13:57 4.
Fig. 2 Dnm3os (dynamin 3 opposite strand) is regulated by NF-κB under diabetic conditions
22:25 5.
Fig. 3 Dnm3os (dynamin 3 opposite strand) overexpression promotes proinflammatory functions in macrophages.
24:55 6.
DAVID
25:10 6.1
Slide 9
25:11 6.2
Slide 8
25:15 6.3
Slide 9
25:41 6.4
Slide 8
25:42 7.
Fig. 4. Dnm3os (dynamin 3 opposite strand) overexpression promotes proinflammatory functions in macrophages.
37:13 8.
Dnm3os (dynamin 3 opposite strand) promotes inflammation and phagocytosis
44:41 9.
Antisense LNA™ GapmeRs 結構與功能
52:45 10.
Dnm3os (dynamin 3 opposite strand) promotes inflammation and phagocytosis
53:24 10.1
Effects of oligonucleotide on mRNA
56:30 11.
Fig. 5. Dnm3os (dynamin 3 opposite strand) interacts with key nuclear proteins in macrophages
1:04:05 12.
Fig. 6. Nucleolin modulates proinflammatory and epigenetic actions of Dnm3os in macrophages
1:24:39 13.
Nucleolin modulates proinflammatory and epigenetic actions of Dnm3os in macrophages
1:25:41 14.
** after 20190624 complete W1 meeting Diabetes Mellitus–Induced Long Noncoding RNA Dnm3os.pptx

Location

Folder name

2019

Author

李冠儀

Branch

賴亮全教授

Created

2019-06-24 10:58:57

Last Updated

2019-06-24 16:17:21

Duration

1:25:53