Shown here are the results of a BLAST search against the genome using the input sequence. The pipeline uses this
to extract flanking regions for cloning. If the result of the multiple sequence alignment is
not as expected, these results could be used for further investigation.
qseqid
sseqid
percentage.identical
alignment.length
no.mismatch
no.gap.openings
qstart
qend
sstart
send
evalue
bitscore
0
TraesCS2B01G190600
chr2B
100.000
2252
0
0
1
2252
166209292
166211543
0
4159
1
TraesCS2B01G190600
chr2B
94.504
928
47
4
1
926
140813016
140813941
0
1428
2
TraesCS2B01G190600
chr2B
94.384
926
45
6
1
924
247606779
247607699
0
1415
3
TraesCS2B01G190600
chr2B
94.181
928
49
5
1
926
64843659
64844583
0
1410
4
TraesCS2B01G190600
chr2B
94.181
928
49
5
1
926
748732172
748733096
0
1410
5
TraesCS2B01G190600
chr2B
94.696
641
34
0
1612
2252
201431916
201431276
0
996
6
TraesCS2B01G190600
chr3B
94.935
928
43
4
1
926
493566180
493567105
0
1450
7
TraesCS2B01G190600
chr3B
94.397
928
48
4
4
929
261751983
261751058
0
1423
8
TraesCS2B01G190600
chr3B
97.372
685
16
2
930
1613
201505920
201505237
0
1164
9
TraesCS2B01G190600
chr4B
94.289
928
47
6
4
929
398585812
398584889
0
1415
10
TraesCS2B01G190600
chr4B
94.696
641
33
1
1612
2252
575429714
575429075
0
994
11
TraesCS2B01G190600
chr1B
94.092
931
51
4
1
929
581400506
581399578
0
1411
12
TraesCS2B01G190600
chr1B
94.181
928
49
5
1
926
236915345
236916269
0
1410
13
TraesCS2B01G190600
chr2D
98.099
684
12
1
930
1613
628285025
628284343
0
1190
14
TraesCS2B01G190600
chr2D
97.515
684
16
1
930
1613
334225267
334224585
0
1168
15
TraesCS2B01G190600
chr1D
98.099
684
12
1
930
1613
394177204
394176522
0
1190
16
TraesCS2B01G190600
chr1D
98.097
683
12
1
930
1612
394178257
394177576
0
1188
17
TraesCS2B01G190600
chr1D
97.515
684
16
1
930
1613
254489049
254488367
0
1168
18
TraesCS2B01G190600
chr3D
97.953
684
13
1
930
1613
21896909
21896227
0
1184
19
TraesCS2B01G190600
chr5D
97.807
684
14
1
930
1613
6208332
6209014
0
1179
20
TraesCS2B01G190600
chr5D
95.008
641
32
0
1612
2252
30459725
30460365
0
1007
21
TraesCS2B01G190600
chr1A
97.661
684
15
1
930
1613
554465681
554466363
0
1173
22
TraesCS2B01G190600
chr6D
95.164
641
31
0
1612
2252
407542965
407543605
0
1013
23
TraesCS2B01G190600
chr7B
95.008
641
32
0
1612
2252
125530350
125529710
0
1007
24
TraesCS2B01G190600
chr6B
94.852
641
33
0
1612
2252
255321776
255321136
0
1002
25
TraesCS2B01G190600
chr6B
94.860
642
32
1
1612
2252
347307804
347307163
0
1002
26
TraesCS2B01G190600
chr5B
94.852
641
33
0
1612
2252
652831713
652831073
0
1002
27
TraesCS2B01G190600
chr5B
94.696
641
34
0
1612
2252
262697500
262698140
0
996
These results show the homologous regions that are presented in the multiple sequence alignment. HSPs from the
BLAST search that are within 2000 bases of each other have been grouped together. Homologous regions that are
purely upstream or downstream may be removed if they don't overlap both primers.
query
scaffold
start
end
length
rev.comp
avg.bitscore
max.bitscore
avg.percent.identical
query.start
query.end
num_hsp
groupid
homo_length
0
TraesCS2B01G190600
chr2B
166209292
166211543
2251
False
4159
4159
100.000
1
2252
1
chr2B.!!$F3
2251
1
TraesCS2B01G190600
chr2B
140813016
140813941
925
False
1428
1428
94.504
1
926
1
chr2B.!!$F2
925
2
TraesCS2B01G190600
chr2B
247606779
247607699
920
False
1415
1415
94.384
1
924
1
chr2B.!!$F4
923
3
TraesCS2B01G190600
chr2B
64843659
64844583
924
False
1410
1410
94.181
1
926
1
chr2B.!!$F1
925
4
TraesCS2B01G190600
chr2B
748732172
748733096
924
False
1410
1410
94.181
1
926
1
chr2B.!!$F5
925
5
TraesCS2B01G190600
chr2B
201431276
201431916
640
True
996
996
94.696
1612
2252
1
chr2B.!!$R1
640
6
TraesCS2B01G190600
chr3B
493566180
493567105
925
False
1450
1450
94.935
1
926
1
chr3B.!!$F1
925
7
TraesCS2B01G190600
chr3B
261751058
261751983
925
True
1423
1423
94.397
4
929
1
chr3B.!!$R2
925
8
TraesCS2B01G190600
chr3B
201505237
201505920
683
True
1164
1164
97.372
930
1613
1
chr3B.!!$R1
683
9
TraesCS2B01G190600
chr4B
398584889
398585812
923
True
1415
1415
94.289
4
929
1
chr4B.!!$R1
925
10
TraesCS2B01G190600
chr4B
575429075
575429714
639
True
994
994
94.696
1612
2252
1
chr4B.!!$R2
640
11
TraesCS2B01G190600
chr1B
581399578
581400506
928
True
1411
1411
94.092
1
929
1
chr1B.!!$R1
928
12
TraesCS2B01G190600
chr1B
236915345
236916269
924
False
1410
1410
94.181
1
926
1
chr1B.!!$F1
925
13
TraesCS2B01G190600
chr2D
628284343
628285025
682
True
1190
1190
98.099
930
1613
1
chr2D.!!$R2
683
14
TraesCS2B01G190600
chr2D
334224585
334225267
682
True
1168
1168
97.515
930
1613
1
chr2D.!!$R1
683
15
TraesCS2B01G190600
chr1D
394176522
394178257
1735
True
1189
1190
98.098
930
1613
2
chr1D.!!$R2
683
16
TraesCS2B01G190600
chr1D
254488367
254489049
682
True
1168
1168
97.515
930
1613
1
chr1D.!!$R1
683
17
TraesCS2B01G190600
chr3D
21896227
21896909
682
True
1184
1184
97.953
930
1613
1
chr3D.!!$R1
683
18
TraesCS2B01G190600
chr5D
6208332
6209014
682
False
1179
1179
97.807
930
1613
1
chr5D.!!$F1
683
19
TraesCS2B01G190600
chr5D
30459725
30460365
640
False
1007
1007
95.008
1612
2252
1
chr5D.!!$F2
640
20
TraesCS2B01G190600
chr1A
554465681
554466363
682
False
1173
1173
97.661
930
1613
1
chr1A.!!$F1
683
21
TraesCS2B01G190600
chr6D
407542965
407543605
640
False
1013
1013
95.164
1612
2252
1
chr6D.!!$F1
640
22
TraesCS2B01G190600
chr7B
125529710
125530350
640
True
1007
1007
95.008
1612
2252
1
chr7B.!!$R1
640
23
TraesCS2B01G190600
chr6B
255321136
255321776
640
True
1002
1002
94.852
1612
2252
1
chr6B.!!$R1
640
24
TraesCS2B01G190600
chr6B
347307163
347307804
641
True
1002
1002
94.860
1612
2252
1
chr6B.!!$R2
640
25
TraesCS2B01G190600
chr5B
652831073
652831713
640
True
1002
1002
94.852
1612
2252
1
chr5B.!!$R1
640
26
TraesCS2B01G190600
chr5B
262697500
262698140
640
False
996
996
94.696
1612
2252
1
chr5B.!!$F1
640
AutoCloner calculated primer pairs
These primer pairs were selected by Autocloner to minimize primer penalty (calculated by Primer3),
whilst remaining within the specified product range where possible.
Listed here are all possible primers based on the multiple sequence alignment and SNPs generated
previously. A lower penalty score indicates a better primer. If the AutoCloner primers did not work
during PCR or sequencing,
these could be used as alternatives.