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
TraesCS2D01G252000
chr2D
100.000
5396
0
0
1
5396
302241321
302246716
0.000000e+00
9965.0
1
TraesCS2D01G252000
chr2B
95.483
4251
133
18
923
5139
357913329
357917554
0.000000e+00
6732.0
2
TraesCS2D01G252000
chr2B
92.447
331
13
5
151
480
357911349
357911668
3.810000e-126
462.0
3
TraesCS2D01G252000
chr2B
94.942
257
7
4
5141
5396
357917643
357917894
1.090000e-106
398.0
4
TraesCS2D01G252000
chr2B
86.572
283
2
5
672
926
357912893
357913167
4.120000e-71
279.0
5
TraesCS2D01G252000
chr2B
95.455
110
5
0
1
110
357911239
357911348
5.550000e-40
176.0
6
TraesCS2D01G252000
chr2B
86.154
130
4
2
1151
1280
494372799
494372914
1.580000e-25
128.0
7
TraesCS2D01G252000
chr2A
95.547
3952
112
13
482
4401
379114880
379118799
0.000000e+00
6264.0
8
TraesCS2D01G252000
chr2A
92.254
426
5
7
4467
4892
379119023
379119420
3.620000e-161
579.0
9
TraesCS2D01G252000
chr2A
90.529
454
15
11
30
464
379114449
379114893
4.690000e-160
575.0
10
TraesCS2D01G252000
chr2A
95.082
366
10
3
5031
5396
379150318
379150675
2.180000e-158
569.0
11
TraesCS2D01G252000
chr2A
93.450
229
12
2
4893
5120
379150096
379150322
2.410000e-88
337.0
12
TraesCS2D01G252000
chr2A
91.753
97
3
3
4399
4491
379118881
379118976
4.390000e-26
130.0
13
TraesCS2D01G252000
chr2A
100.000
31
0
0
2
32
379094929
379094959
2.100000e-04
58.4
14
TraesCS2D01G252000
chr3A
95.897
780
28
3
4578
5356
730359817
730360593
0.000000e+00
1260.0
15
TraesCS2D01G252000
chr3A
95.897
780
27
4
4578
5356
102823110
102822335
0.000000e+00
1258.0
16
TraesCS2D01G252000
chr3A
95.006
781
33
5
4578
5356
696664582
696663806
0.000000e+00
1221.0
17
TraesCS2D01G252000
chr5B
85.350
157
11
3
1946
2099
669724879
669725026
9.360000e-33
152.0
18
TraesCS2D01G252000
chr5B
95.833
72
3
0
1095
1166
495820019
495819948
3.410000e-22
117.0
19
TraesCS2D01G252000
chr5B
84.746
118
4
2
1163
1280
495809893
495809790
7.390000e-19
106.0
20
TraesCS2D01G252000
chr5B
100.000
28
0
0
2120
2147
669725027
669725054
1.000000e-02
52.8
21
TraesCS2D01G252000
chr7B
83.007
153
14
3
1946
2095
157116377
157116520
1.580000e-25
128.0
22
TraesCS2D01G252000
chr7B
100.000
30
0
0
2118
2147
157116523
157116552
7.550000e-04
56.5
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
TraesCS2D01G252000
chr2D
302241321
302246716
5395
False
9965.0
9965
100.00000
1
5396
1
chr2D.!!$F1
5395
1
TraesCS2D01G252000
chr2B
357911239
357917894
6655
False
1609.4
6732
92.97980
1
5396
5
chr2B.!!$F2
5395
2
TraesCS2D01G252000
chr2A
379114449
379119420
4971
False
1887.0
6264
92.52075
30
4892
4
chr2A.!!$F2
4862
3
TraesCS2D01G252000
chr2A
379150096
379150675
579
False
453.0
569
94.26600
4893
5396
2
chr2A.!!$F3
503
4
TraesCS2D01G252000
chr3A
730359817
730360593
776
False
1260.0
1260
95.89700
4578
5356
1
chr3A.!!$F1
778
5
TraesCS2D01G252000
chr3A
102822335
102823110
775
True
1258.0
1258
95.89700
4578
5356
1
chr3A.!!$R1
778
6
TraesCS2D01G252000
chr3A
696663806
696664582
776
True
1221.0
1221
95.00600
4578
5356
1
chr3A.!!$R2
778
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.