Ishikawa T. Next-generation sequencing traces human induced pluripotent stem cell lines clonally generated from heterogeneous cancer tissue. World J Stem Cells 2017; 9(5): 77-88 [PMID: 28596815 DOI: 10.4252/wjsc.v9.i5.77]
Corresponding Author of This Article
Tetsuya Ishikawa, PhD (DMSc), Laboratory Head, Central Animal Division, Fundamental Innovative Oncology Core Center, National Cancer Center Research Institute, 1-1, Tsukiji 5-chome, Chuo-ku, Tokyo 104-0045, Japan. humanipscells@gmail.com
Research Domain of This Article
Cell Biology
Article-Type of This Article
Basic Study
Open-Access Policy of This Article
This article is an open-access article which was selected by an in-house editor and fully peer-reviewed by external reviewers. It is distributed in accordance with the Creative Commons Attribution Non Commercial (CC BY-NC 4.0) license, which permits others to distribute, remix, adapt, build upon this work non-commercially, and license their derivative works on different terms, provided the original work is properly cited and the use is non-commercial. See: http://creativecommons.org/licenses/by-nc/4.0/
Fraction of effective bases on or near target (%) (⑧/⑤)
69.06
54.82
62.78
65.43
74.12
67.70
68.38
56.06
72.74
63.05
65.95
66.80
Average sequencing depth on target (⑥/①)
445.06
344.89
317.89
406.72
380.13
430.01
431.06
342.50
432.12
447.66
495.99
344.37
Average sequencing depth near target (⑦/②)
116.05
90.22
93.63
106.76
100.21
115.48
118.31
86.16
117.51
113.43
118.68
90.33
Average sequencing depth on or near target (⑧/③)
265.21
205.68
195.30
242.75
227.11
258.07
260.10
202.38
260.14
264.96
289.74
205.50
Base covered on target ⑨
3143221
3143152
3142784
3143540
3143280
3143263
3143277
3142887
3143338
3143035
3143296
3142818
Coverage of target region (%) (⑨/①)
99.98
99.98
99.97
99.99
99.98
99.98
99.98
99.97
99.98
99.98
99.98
99.97
Base covered near target ⑩
3775671
3773869
3774076
3771915
3768892
3773823
3776942
3760218
3776060
3766215
3762031
3762823
Coverage of near target region (%) (⑩/②)
99.60
99.56
99.56
99.51
99.43
99.56
99.64
99.20
99.62
99.36
99.25
99.27
Fraction of target covered with at least 15 × (%)
99.72
99.62
99.59
99.69
99.65
99.68
99.70
99.55
99.69
99.60
99.68
99.58
Fraction of target covered with at least 8 × (%)
99.86
99.78
99.78
99.83
99.81
99.82
99.83
99.76
99.83
99.78
99.83
99.77
Fraction of target covered with at least 4 × (%)
99.93
99.89
99.89
99.90
99.90
99.90
99.91
99.87
99.92
99.89
99.91
99.89
Fraction of flanking region covered with at least 15 × (%)
86.88
84.24
87.52
85.84
84.62
87.92
89.85
79.85
90.17
84.50
80.72
82.36
Fraction of flanking region covered with at least 8 × (%)
94.32
93.13
94.66
93.66
92.95
94.70
95.77
89.93
95.87
92.55
89.96
91.39
Fraction of flanking region covered with at least 4 × (%)
97.85
97.33
97.91
97.50
97.15
97.87
98.27
95.76
98.32
96.86
95.71
96.37
Table 6 Chromosome number, genome position, reference vs single-nucleotide variant, novelty vs dbSNP135, gene symbol, and mutation types of single-nucleotide variants
SNV No.
Chromo-some No.
Genome position
Ref.|SNV
Novel/known
Gene symbol
Mutation types
1
chr2
37336419
C|T
Novel
EIF2AK2
Missense
2
chr2
179408086
A|G
Novel
TTN
Missense
3
chr3
41705179
A|C
Novel
ULK4
Missense
4
chr5
112769527
C|T
Novel
TSSK1B
Missense
5
chr5
180048626
C|T
Novel
FLT4
Missense
6
chr6
31947203
T|C
Novel
STK19
Missense
7
chr7
23808650
G|T
Novel
STK31
Missense
8
chr7
98490141
G|C
Novel
TRRAP
Missense
9
chr12
1009680
C|T
Novel
WNK1
Missense
10
chr16
23690401
C|T
Novel
PLK1
Missense
11
chr17
8789811
G|A
Novel
PIK3R5
Nonsense
12
chr17
37881392
A|G
Novel
ERBB2
Missense
13
chr19
2046399
G|A
Novel
MKNK2
Missense
Table 7 Allelic depth of single-nucleotide variants among the matched adjacent non-cancerous tissue, the starting cancer tissue, and the cancer tissue-derived induced pluripotent stem cell lines
Allelic depth of SNVs
SNV No.
NCC1
CC1
CC1-1
CC1-2
CC1-7
CC1-8
CC1-9
CC1-11
CC1-12
CC1-17
CC1-18
CC1-25
1
250|0
246|0
232|0
250|0
250|0
250|0
250|0
248|0
250|0
250|0
129|121
250|0
2
249|0
240|0
240|0
248|0
248|1
250|0
129|121
248|0
242|0
250|0
250|0
244|0
3
246|0
247|2
249|0
238|1
246|0
248|0
233|0
241|0
238|1
241|0
245|0
132|106
4
250|0
239|0
243|0
248|0
245|0
120|129
250|0
236|0
250|0
250|0
250|0
249|0
5
216|0
150|0
75|79
189|0
184|0
180|0
200|1
131|0
176|0
221|0
207|0
179|0
6
249|0
238|0
250|0
132|114
250|0
250|0
242|0
248|0
248|0
250|0
250|0
249|0
7
250|0
248|0
250|0
250|0
245|0
246|0
245|0
135|111
249|0
250|0
250|0
246|1
8
233|0
240|1
243|0
250|0
245|0
242|0
247|0
248|0
132|113
240|1
247|0
241|0
9
249|0
246|2
250|0
250|0
249|0
220|30
244|0
249|0
250|0
249|1
250|0
249|0
10
247|0
177|0
188|0
119|121
198|0
244|0
241|0
176|0
221|0
224|0
249|0
174|0
11
246|1
172|0
181|0
208|0
209|0
198|0
189|0
175|0
244|0
182|0
233|0
95|87
12
249|1
195|54
241|0
249|0
249|0
249|1
249|0
250|0
249|0
250|0
249|1
250|0
13
137|0
91|10
79|0
131|0
102|0
103|0
103|0
83|0
106|0
111|0
142|0
90|0
Table 8 Genotypes of single-nucleotide variants among the matched adjacent non-cancerous tissue, the starting cancer tissue, and the cancer tissue-derived induced pluripotent stem cell lines
Genotypes of SNVs
SNV No.
NCC1
CC1
CC1-1
CC1-2
CC1-7
CC1-8
CC1-9
CC1-11
CC1-12
CC1-17
CC1-18
CC1-25
1
C/C
C/C
C/C
C/C
C/C
C/C
C/C
C/C
C/C
C/C
C/T
C/C
2
A/A
A/A
A/A
A/A
A/A
A/A
A/G
A/A
A/A
A/A
A/A
A/A
3
A/A
A/A
A/A
A/A
A/A
A/A
A/A
A/A
A/A
A/A
A/A
A/C
4
C/C
C/C
C/C
C/C
C/C
C/T
C/C
C/C
C/C
C/C
C/C
C/C
5
C/C
C/C
C/T
C/C
C/C
C/C
C/C
C/C
C/C
C/C
C/C
C/C
6
T/T
T/T
T/T
T/C
T/T
T/T
T/T
T/T
T/T
T/T
T/T
T/T
7
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/T
G/G
G/G
G/G
G/G
8
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/C
G/G
G/G
G/G
9
C/C
C/C
C/C
C/C
C/C
C/T
C/C
C/C
C/C
C/C
C/C
C/C
10
C/C
C/C
C/C
C/T
C/C
C/C
C/C
C/C
C/C
C/C
C/C
C/C
11
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/A
12
A/A
A/G
A/A
A/A
A/A
A/A
A/A
A/A
A/A
A/A
A/A
A/A
13
G/G
G/A
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/G
G/G
Citation: Ishikawa T. Next-generation sequencing traces human induced pluripotent stem cell lines clonally generated from heterogeneous cancer tissue. World J Stem Cells 2017; 9(5): 77-88