Comparative Gene-Expression Analysis I: Hybridization-based techniques
-
00:00
1.
Multiplexed sequencing process
-
01:26
2.
Paired-End Sequence
-
02:13
3.
Mate Paired Analysis
-
04:27
4.
Mate-Paired Library
-
06:39
5.
Usages of Paired-end / Mate-paired Reads
-
09:58
6.
Illumina System: Low-Mid Throughput
-
11:34
7.
Other Sequencing Technology
-
12:18
8.
Complete Genomics
-
17:47
9.
Complete Genomics: building DNA nanoballs
-
24:02
10.
Complete Genomics: arraying
-
25:32
11.
Complete Genomics: sequencing by ligation
-
30:57
12.
Complete Genomics: data analysis
-
31:09
13.
Other Sequencing Technology
-
31:28
14.
Nanopore Sequencing
-
33:23
15.
Nanopore Sequencing
-
35:53
16.
Oxford Nanopore Sequencing
-
37:52
17.
Oxford Nanopore Sequencing
-
39:28
18.
Oxford Nanopore Sequencing
-
40:08
19.
Oxford nanopore minion video
-
43:14
20.
Question: how to decrease sequencing error by using nanopore sequencing?
-
43:42
21.
NABsys: Hybridization-Assisted Nanopore Sequencing Platform
-
46:33
22.
NABsys: Hybridization-Assisted Nanopore Sequencing Platform
-
47:32
23.
NABsys: Hybridization-Assisted Nanopore Sequencing Platform
-
48:51
24.
NABsys: Hybridization-Assisted Nanopore Sequencing Platform
-
49:34
25.
Sequencing by Expansion
-
50:53
26.
Sequencing by Expansion
-
51:55
27.
Sequencing by Expansion
-
52:23
28.
Sequencing by Expansion
-
52:58
29.
Other Sequencing Technology
-
55:18
30.
Pacific Bioscience
-
56:01
31.
Zero-mode Waveguide
-
58:42
32.
Zero-mode Waveguide
-
1:00:18
33.
Reaction Time for Single-molecule DNA Polymerase Activity
-
1:01:29
34.
Pacific Bioscience
-
1:02:48
35.
Pacific Bioscience
-
1:04:57
36.
PacBio Sequencing
-
1:07:10
37.
PacBio Sequence Generation
-
1:08:37
38.
Other Sequencing Technology
-
1:09:00
39.
Question?
-
1:12:08
40.
Semiconductor Sequencing:Ion Torrent
-
1:14:13
41.
Semiconductor Sequencing:Ion Torrent
-
1:15:36
42.
Semiconductor Sequencing
-
1:16:32
43.
Semiconductor Sequencing
-
1:17:01
44.
Other Sequencing Technology
-
1:17:33
45.
Synthetic Long-Read Sequencing10x Genomics
-
1:18:33
46.
Synthetic Long-Read Sequencing10x Genomics
-
1:20:53
47.
Linked reads: fragments sharing a same barcode that are derived from a single long moleculeEach long fragment can be stacked, combining their individual coverage into an overall map
-
1:22:22
48.
Various capture methods
-
1:23:34
49.
Single Cell RNA Sequencing
-
1:25:52
50.
Single Cell RNA Sequencing
-
1:29:31
51.
Unique Molecular Identifiers (UMI)
-
1:31:10
52.
Single Cell RNA Sequencing
-
1:34:24
53.
Comparison of Various Long-Read Methods
-
1:35:32
54.
Pros & Cons of Long-Read Platforms
-
1:36:44
55.
Cite Seq
- 索引
- 筆記
- 討論
- 全螢幕
Comparative Gene-Expression Analysis III Sequence-based techniques (0413)
長度: 1:39:23, 瀏覽: 831, 最近修訂: 2021-04-21
-
00:00
1.
Multiplexed sequencing process
-
01:26
2.
Paired-End Sequence
-
02:13
3.
Mate Paired Analysis
-
04:27
4.
Mate-Paired Library
-
06:39
5.
Usages of Paired-end / Mate-paired Reads
-
09:58
6.
Illumina System: Low-Mid Throughput
-
11:34
7.
Other Sequencing Technology
-
12:18
8.
Complete Genomics
-
17:47
9.
Complete Genomics: building DNA nanoballs
-
24:02
10.
Complete Genomics: arraying
-
25:32
11.
Complete Genomics: sequencing by ligation
-
30:57
12.
Complete Genomics: data analysis
-
31:09
13.
Other Sequencing Technology
-
31:28
14.
Nanopore Sequencing
-
33:23
15.
Nanopore Sequencing
-
35:53
16.
Oxford Nanopore Sequencing
-
37:52
17.
Oxford Nanopore Sequencing
-
39:28
18.
Oxford Nanopore Sequencing
-
40:08
19.
Oxford nanopore minion video
-
43:14
20.
Question: how to decrease sequencing error by using nanopore sequencing?
-
43:42
21.
NABsys: Hybridization-Assisted Nanopore Sequencing Platform
-
46:33
22.
NABsys: Hybridization-Assisted Nanopore Sequencing Platform
-
47:32
23.
NABsys: Hybridization-Assisted Nanopore Sequencing Platform
-
48:51
24.
NABsys: Hybridization-Assisted Nanopore Sequencing Platform
-
49:34
25.
Sequencing by Expansion
-
50:53
26.
Sequencing by Expansion
-
51:55
27.
Sequencing by Expansion
-
52:23
28.
Sequencing by Expansion
-
52:58
29.
Other Sequencing Technology
-
55:18
30.
Pacific Bioscience
-
56:01
31.
Zero-mode Waveguide
-
58:42
32.
Zero-mode Waveguide
-
1:00:18
33.
Reaction Time for Single-molecule DNA Polymerase Activity
-
1:01:29
34.
Pacific Bioscience
-
1:02:48
35.
Pacific Bioscience
-
1:04:57
36.
PacBio Sequencing
-
1:07:10
37.
PacBio Sequence Generation
-
1:08:37
38.
Other Sequencing Technology
-
1:09:00
39.
Question?
-
1:12:08
40.
Semiconductor Sequencing:Ion Torrent
-
1:14:13
41.
Semiconductor Sequencing:Ion Torrent
-
1:15:36
42.
Semiconductor Sequencing
-
1:16:32
43.
Semiconductor Sequencing
-
1:17:01
44.
Other Sequencing Technology
-
1:17:33
45.
Synthetic Long-Read Sequencing10x Genomics
-
1:18:33
46.
Synthetic Long-Read Sequencing10x Genomics
-
1:20:53
47.
Linked reads: fragments sharing a same barcode that are derived from a single long moleculeEach long fragment can be stacked, combining their individual coverage into an overall map
-
1:22:22
48.
Various capture methods
-
1:23:34
49.
Single Cell RNA Sequencing
-
1:25:52
50.
Single Cell RNA Sequencing
-
1:29:31
51.
Unique Molecular Identifiers (UMI)
-
1:31:10
52.
Single Cell RNA Sequencing
-
1:34:24
53.
Comparison of Various Long-Read Methods
-
1:35:32
54.
Pros & Cons of Long-Read Platforms
-
1:36:44
55.
Cite Seq
- 位置
-
- 資料夾名稱
- 2021
- 發表人
- 賴亮全
- 單位
- 賴亮全教授
- 建立
- 2021-04-13 16:27:49
- 最近修訂
- 2021-04-21 09:50:45
- 長度
- 1:39:23