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
TraesCS7B01G416500
chr7B
100.000
2741
0
0
1
2741
684617008
684614268
0.000000e+00
5062.0
1
TraesCS7B01G416500
chr7B
97.147
2138
29
7
604
2741
684644299
684642194
0.000000e+00
3581.0
2
TraesCS7B01G416500
chr7B
98.611
1296
18
0
1446
2741
684685262
684683967
0.000000e+00
2294.0
3
TraesCS7B01G416500
chr7B
100.000
495
0
0
2247
2741
684647109
684646615
0.000000e+00
915.0
4
TraesCS7B01G416500
chr7B
91.383
441
37
1
1331
1770
685378943
685379383
1.090000e-168
603.0
5
TraesCS7B01G416500
chr7B
92.996
257
17
1
994
1249
685378639
685378895
9.270000e-100
374.0
6
TraesCS7B01G416500
chrUn
98.139
2741
31
6
1
2741
202525060
202522340
0.000000e+00
4761.0
7
TraesCS7B01G416500
chrUn
97.979
2375
28
5
367
2741
197869979
197867625
0.000000e+00
4102.0
8
TraesCS7B01G416500
chrUn
97.615
2138
30
6
604
2741
224017437
224015321
0.000000e+00
3646.0
9
TraesCS7B01G416500
chrUn
97.198
1463
21
5
851
2313
399485288
399486730
0.000000e+00
2457.0
10
TraesCS7B01G416500
chrUn
98.650
1111
15
0
1
1111
270094405
270093295
0.000000e+00
1969.0
11
TraesCS7B01G416500
chrUn
99.175
848
7
0
1
848
341200776
341201623
0.000000e+00
1528.0
12
TraesCS7B01G416500
chrUn
98.939
848
9
0
1
848
341198256
341199103
0.000000e+00
1517.0
13
TraesCS7B01G416500
chrUn
99.237
786
6
0
1
786
373111563
373112348
0.000000e+00
1419.0
14
TraesCS7B01G416500
chrUn
87.411
699
63
15
312
991
398716727
398717419
0.000000e+00
780.0
15
TraesCS7B01G416500
chrUn
89.385
179
15
3
1768
1945
23713744
23713569
3.550000e-54
222.0
16
TraesCS7B01G416500
chr7A
88.486
799
70
11
994
1770
696251496
696252294
0.000000e+00
946.0
17
TraesCS7B01G416500
chr7A
87.799
795
78
13
994
1770
696200589
696199796
0.000000e+00
913.0
18
TraesCS7B01G416500
chr7A
90.736
367
31
3
625
991
724641430
724641793
1.140000e-133
486.0
19
TraesCS7B01G416500
chr7D
88.287
794
74
14
994
1770
603500047
603499256
0.000000e+00
933.0
20
TraesCS7B01G416500
chr7D
88.690
336
37
1
1334
1668
603646474
603646809
2.540000e-110
409.0
21
TraesCS7B01G416500
chr7D
89.701
301
29
2
1
300
2674341
2674042
1.540000e-102
383.0
22
TraesCS7B01G416500
chr7D
89.369
301
29
3
1
300
69475751
69475453
2.580000e-100
375.0
23
TraesCS7B01G416500
chr6B
87.554
699
62
15
312
991
591510541
591509849
0.000000e+00
785.0
24
TraesCS7B01G416500
chr6B
87.411
699
63
15
312
991
591517609
591516917
0.000000e+00
780.0
25
TraesCS7B01G416500
chr6B
95.106
470
18
5
1978
2443
164871703
164872171
0.000000e+00
736.0
26
TraesCS7B01G416500
chr3B
95.896
463
16
3
1978
2439
11640813
11640353
0.000000e+00
747.0
27
TraesCS7B01G416500
chr5D
94.255
470
23
4
1977
2443
390503067
390502599
0.000000e+00
715.0
28
TraesCS7B01G416500
chr1B
93.978
465
26
2
1980
2443
605667970
605668433
0.000000e+00
702.0
29
TraesCS7B01G416500
chr1B
99.336
301
2
0
2441
2741
222254752
222254452
1.860000e-151
545.0
30
TraesCS7B01G416500
chr2B
99.013
304
2
1
2438
2741
125139911
125140213
6.680000e-151
544.0
31
TraesCS7B01G416500
chr2B
96.000
325
12
1
2416
2740
745924448
745924125
6.720000e-146
527.0
32
TraesCS7B01G416500
chr2B
88.925
307
30
4
1
305
747757395
747757699
2.580000e-100
375.0
33
TraesCS7B01G416500
chr2B
100.000
34
0
0
1944
1977
67070331
67070364
2.280000e-06
63.9
34
TraesCS7B01G416500
chr4A
92.098
367
25
4
627
991
190831943
190831579
5.230000e-142
514.0
35
TraesCS7B01G416500
chr4A
89.944
179
15
2
1768
1945
516181222
516181046
7.640000e-56
228.0
36
TraesCS7B01G416500
chr1D
89.577
307
29
3
1
305
440059893
440059588
1.190000e-103
387.0
37
TraesCS7B01G416500
chr3D
90.000
180
13
4
1768
1945
578178789
578178965
7.640000e-56
228.0
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
TraesCS7B01G416500
chr7B
684614268
684617008
2740
True
5062.0
5062
100.0000
1
2741
1
chr7B.!!$R1
2740
1
TraesCS7B01G416500
chr7B
684683967
684685262
1295
True
2294.0
2294
98.6110
1446
2741
1
chr7B.!!$R2
1295
2
TraesCS7B01G416500
chr7B
684642194
684647109
4915
True
2248.0
3581
98.5735
604
2741
2
chr7B.!!$R3
2137
3
TraesCS7B01G416500
chr7B
685378639
685379383
744
False
488.5
603
92.1895
994
1770
2
chr7B.!!$F1
776
4
TraesCS7B01G416500
chrUn
202522340
202525060
2720
True
4761.0
4761
98.1390
1
2741
1
chrUn.!!$R3
2740
5
TraesCS7B01G416500
chrUn
197867625
197869979
2354
True
4102.0
4102
97.9790
367
2741
1
chrUn.!!$R2
2374
6
TraesCS7B01G416500
chrUn
224015321
224017437
2116
True
3646.0
3646
97.6150
604
2741
1
chrUn.!!$R4
2137
7
TraesCS7B01G416500
chrUn
399485288
399486730
1442
False
2457.0
2457
97.1980
851
2313
1
chrUn.!!$F3
1462
8
TraesCS7B01G416500
chrUn
270093295
270094405
1110
True
1969.0
1969
98.6500
1
1111
1
chrUn.!!$R5
1110
9
TraesCS7B01G416500
chrUn
341198256
341201623
3367
False
1522.5
1528
99.0570
1
848
2
chrUn.!!$F4
847
10
TraesCS7B01G416500
chrUn
373111563
373112348
785
False
1419.0
1419
99.2370
1
786
1
chrUn.!!$F1
785
11
TraesCS7B01G416500
chrUn
398716727
398717419
692
False
780.0
780
87.4110
312
991
1
chrUn.!!$F2
679
12
TraesCS7B01G416500
chr7A
696251496
696252294
798
False
946.0
946
88.4860
994
1770
1
chr7A.!!$F1
776
13
TraesCS7B01G416500
chr7A
696199796
696200589
793
True
913.0
913
87.7990
994
1770
1
chr7A.!!$R1
776
14
TraesCS7B01G416500
chr7D
603499256
603500047
791
True
933.0
933
88.2870
994
1770
1
chr7D.!!$R3
776
15
TraesCS7B01G416500
chr6B
591509849
591510541
692
True
785.0
785
87.5540
312
991
1
chr6B.!!$R1
679
16
TraesCS7B01G416500
chr6B
591516917
591517609
692
True
780.0
780
87.4110
312
991
1
chr6B.!!$R2
679
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.