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
TraesCS6B01G230800
chr6B
100.000
6452
0
0
1
6452
375643790
375637339
0.000000e+00
11915.0
1
TraesCS6B01G230800
chr6B
97.832
4381
88
5
1
4379
710549430
710545055
0.000000e+00
7557.0
2
TraesCS6B01G230800
chr6B
97.852
3584
67
4
2867
6449
196484764
196488338
0.000000e+00
6183.0
3
TraesCS6B01G230800
chr6B
98.766
2837
34
1
1
2836
196481932
196484768
0.000000e+00
5044.0
4
TraesCS6B01G230800
chr6B
97.730
2599
35
2
162
2760
393070785
393073359
0.000000e+00
4451.0
5
TraesCS6B01G230800
chr6B
96.477
2384
79
5
4067
6449
55867762
55870141
0.000000e+00
3932.0
6
TraesCS6B01G230800
chr6B
97.889
1421
27
1
5032
6449
393090025
393091445
0.000000e+00
2455.0
7
TraesCS6B01G230800
chr6B
98.817
169
2
0
1
169
393069421
393069589
1.050000e-77
302.0
8
TraesCS6B01G230800
chr5B
97.719
6139
130
7
316
6452
446180555
446174425
0.000000e+00
10552.0
9
TraesCS6B01G230800
chr7B
97.004
4773
134
7
1682
6449
411605889
411610657
0.000000e+00
8013.0
10
TraesCS6B01G230800
chr7B
95.277
614
28
1
1075
1688
411605206
411605818
0.000000e+00
972.0
11
TraesCS6B01G230800
chr2B
97.746
4303
74
6
2167
6448
779303542
779307842
0.000000e+00
7387.0
12
TraesCS6B01G230800
chr7D
93.734
4181
231
12
2280
6449
625868598
625872758
0.000000e+00
6240.0
13
TraesCS6B01G230800
chr7D
92.857
910
48
8
695
1602
32521925
32521031
0.000000e+00
1304.0
14
TraesCS6B01G230800
chr2A
93.026
4187
252
15
2280
6452
743397707
743393547
0.000000e+00
6078.0
15
TraesCS6B01G230800
chr2A
93.013
916
60
4
687
1600
90615991
90615078
0.000000e+00
1334.0
16
TraesCS6B01G230800
chr2D
93.110
4180
225
28
2280
6449
97593096
97597222
0.000000e+00
6065.0
17
TraesCS6B01G230800
chr1B
97.477
3329
73
5
3125
6449
586566841
586570162
0.000000e+00
5672.0
18
TraesCS6B01G230800
chr1B
97.264
3070
76
4
3386
6452
12716879
12713815
0.000000e+00
5197.0
19
TraesCS6B01G230800
chr1B
97.394
2226
49
3
82
2307
586557560
586559776
0.000000e+00
3781.0
20
TraesCS6B01G230800
chr1B
97.701
87
2
0
1
87
586553267
586553353
4.030000e-32
150.0
21
TraesCS6B01G230800
chr6D
94.405
2985
140
8
2280
5254
62081459
62078492
0.000000e+00
4562.0
22
TraesCS6B01G230800
chr6D
92.198
910
55
7
695
1602
62083094
62082199
0.000000e+00
1273.0
23
TraesCS6B01G230800
chr6D
93.555
481
24
2
1810
2283
54816047
54816527
0.000000e+00
710.0
24
TraesCS6B01G230800
chr6D
93.555
481
24
2
1810
2283
156017551
156017071
0.000000e+00
710.0
25
TraesCS6B01G230800
chr6D
75.731
342
37
28
1706
2002
11769930
11770270
5.250000e-26
130.0
26
TraesCS6B01G230800
chr1A
87.167
1652
181
22
4816
6449
517804749
517806387
0.000000e+00
1847.0
27
TraesCS6B01G230800
chr1A
91.703
916
73
3
687
1600
379472351
379473265
0.000000e+00
1267.0
28
TraesCS6B01G230800
chr3A
91.060
481
36
4
1810
2283
500017623
500018103
1.520000e-180
643.0
29
TraesCS6B01G230800
chr3A
97.059
34
1
0
1682
1715
723997146
723997113
2.510000e-04
58.4
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
TraesCS6B01G230800
chr6B
375637339
375643790
6451
True
11915.0
11915
100.0000
1
6452
1
chr6B.!!$R1
6451
1
TraesCS6B01G230800
chr6B
710545055
710549430
4375
True
7557.0
7557
97.8320
1
4379
1
chr6B.!!$R2
4378
2
TraesCS6B01G230800
chr6B
196481932
196488338
6406
False
5613.5
6183
98.3090
1
6449
2
chr6B.!!$F3
6448
3
TraesCS6B01G230800
chr6B
55867762
55870141
2379
False
3932.0
3932
96.4770
4067
6449
1
chr6B.!!$F1
2382
4
TraesCS6B01G230800
chr6B
393090025
393091445
1420
False
2455.0
2455
97.8890
5032
6449
1
chr6B.!!$F2
1417
5
TraesCS6B01G230800
chr6B
393069421
393073359
3938
False
2376.5
4451
98.2735
1
2760
2
chr6B.!!$F4
2759
6
TraesCS6B01G230800
chr5B
446174425
446180555
6130
True
10552.0
10552
97.7190
316
6452
1
chr5B.!!$R1
6136
7
TraesCS6B01G230800
chr7B
411605206
411610657
5451
False
4492.5
8013
96.1405
1075
6449
2
chr7B.!!$F1
5374
8
TraesCS6B01G230800
chr2B
779303542
779307842
4300
False
7387.0
7387
97.7460
2167
6448
1
chr2B.!!$F1
4281
9
TraesCS6B01G230800
chr7D
625868598
625872758
4160
False
6240.0
6240
93.7340
2280
6449
1
chr7D.!!$F1
4169
10
TraesCS6B01G230800
chr7D
32521031
32521925
894
True
1304.0
1304
92.8570
695
1602
1
chr7D.!!$R1
907
11
TraesCS6B01G230800
chr2A
743393547
743397707
4160
True
6078.0
6078
93.0260
2280
6452
1
chr2A.!!$R2
4172
12
TraesCS6B01G230800
chr2A
90615078
90615991
913
True
1334.0
1334
93.0130
687
1600
1
chr2A.!!$R1
913
13
TraesCS6B01G230800
chr2D
97593096
97597222
4126
False
6065.0
6065
93.1100
2280
6449
1
chr2D.!!$F1
4169
14
TraesCS6B01G230800
chr1B
586566841
586570162
3321
False
5672.0
5672
97.4770
3125
6449
1
chr1B.!!$F3
3324
15
TraesCS6B01G230800
chr1B
12713815
12716879
3064
True
5197.0
5197
97.2640
3386
6452
1
chr1B.!!$R1
3066
16
TraesCS6B01G230800
chr1B
586557560
586559776
2216
False
3781.0
3781
97.3940
82
2307
1
chr1B.!!$F2
2225
17
TraesCS6B01G230800
chr6D
62078492
62083094
4602
True
2917.5
4562
93.3015
695
5254
2
chr6D.!!$R2
4559
18
TraesCS6B01G230800
chr1A
517804749
517806387
1638
False
1847.0
1847
87.1670
4816
6449
1
chr1A.!!$F2
1633
19
TraesCS6B01G230800
chr1A
379472351
379473265
914
False
1267.0
1267
91.7030
687
1600
1
chr1A.!!$F1
913
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.