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
TraesCS4A01G169600
chr4A
100.000
2774
0
0
1
2774
428134874
428137647
0
5123
1
TraesCS4A01G169600
chr4A
95.228
985
44
1
971
1955
589099142
589098161
0
1555
2
TraesCS4A01G169600
chr7A
95.736
985
42
0
971
1955
642988075
642987091
0
1587
3
TraesCS4A01G169600
chr7A
95.710
979
31
8
1
968
87762423
87763401
0
1565
4
TraesCS4A01G169600
chr1A
95.736
985
39
1
971
1955
498219683
498218702
0
1583
5
TraesCS4A01G169600
chr1A
95.403
979
42
1
971
1949
23400448
23401423
0
1555
6
TraesCS4A01G169600
chr1A
94.958
952
28
10
1
934
62667512
62668461
0
1474
7
TraesCS4A01G169600
chr5A
95.436
986
41
2
971
1955
99544018
99543036
0
1568
8
TraesCS4A01G169600
chr6A
95.330
985
43
1
971
1955
396286574
396285593
0
1561
9
TraesCS4A01G169600
chr6A
95.399
978
41
2
973
1949
37847899
37848873
0
1554
10
TraesCS4A01G169600
chr6A
96.608
796
27
0
1979
2774
592295055
592295850
0
1321
11
TraesCS4A01G169600
chr3A
95.228
985
44
1
971
1955
717936170
717935189
0
1555
12
TraesCS4A01G169600
chr3A
94.320
986
37
11
1
970
596887369
596888351
0
1493
13
TraesCS4A01G169600
chr3A
94.320
986
37
11
1
970
596938322
596939304
0
1493
14
TraesCS4A01G169600
chr3A
93.441
991
42
11
1
971
596865094
596866081
0
1448
15
TraesCS4A01G169600
chr2A
95.306
980
42
2
971
1949
202057225
202058201
0
1552
16
TraesCS4A01G169600
chr2A
94.630
987
36
7
1
971
376910985
376911970
0
1513
17
TraesCS4A01G169600
chr2A
94.416
985
41
10
1
972
376917725
376918708
0
1502
18
TraesCS4A01G169600
chr2A
89.180
878
40
24
126
973
228216496
228215644
0
1044
19
TraesCS4A01G169600
chr6D
94.534
988
36
11
1
971
330608786
330609772
0
1509
20
TraesCS4A01G169600
chr6D
94.260
993
33
11
1
970
330656628
330657619
0
1496
21
TraesCS4A01G169600
chr5D
97.111
796
21
1
1979
2774
384429563
384428770
0
1341
22
TraesCS4A01G169600
chr5D
96.859
796
25
0
1979
2774
174300752
174299957
0
1332
23
TraesCS4A01G169600
chr5D
96.742
798
26
0
1977
2774
371075657
371076454
0
1330
24
TraesCS4A01G169600
chr5D
96.734
796
26
0
1979
2774
193610385
193611180
0
1327
25
TraesCS4A01G169600
chr3D
96.985
796
24
0
1979
2774
550987391
550986596
0
1338
26
TraesCS4A01G169600
chr3D
96.985
796
24
0
1979
2774
552271435
552272230
0
1338
27
TraesCS4A01G169600
chr3D
96.859
796
25
0
1979
2774
2391650
2390855
0
1332
28
TraesCS4A01G169600
chr7D
96.608
796
27
0
1979
2774
501412696
501413491
0
1321
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
TraesCS4A01G169600
chr4A
428134874
428137647
2773
False
5123
5123
100.000
1
2774
1
chr4A.!!$F1
2773
1
TraesCS4A01G169600
chr4A
589098161
589099142
981
True
1555
1555
95.228
971
1955
1
chr4A.!!$R1
984
2
TraesCS4A01G169600
chr7A
642987091
642988075
984
True
1587
1587
95.736
971
1955
1
chr7A.!!$R1
984
3
TraesCS4A01G169600
chr7A
87762423
87763401
978
False
1565
1565
95.710
1
968
1
chr7A.!!$F1
967
4
TraesCS4A01G169600
chr1A
498218702
498219683
981
True
1583
1583
95.736
971
1955
1
chr1A.!!$R1
984
5
TraesCS4A01G169600
chr1A
23400448
23401423
975
False
1555
1555
95.403
971
1949
1
chr1A.!!$F1
978
6
TraesCS4A01G169600
chr1A
62667512
62668461
949
False
1474
1474
94.958
1
934
1
chr1A.!!$F2
933
7
TraesCS4A01G169600
chr5A
99543036
99544018
982
True
1568
1568
95.436
971
1955
1
chr5A.!!$R1
984
8
TraesCS4A01G169600
chr6A
396285593
396286574
981
True
1561
1561
95.330
971
1955
1
chr6A.!!$R1
984
9
TraesCS4A01G169600
chr6A
37847899
37848873
974
False
1554
1554
95.399
973
1949
1
chr6A.!!$F1
976
10
TraesCS4A01G169600
chr6A
592295055
592295850
795
False
1321
1321
96.608
1979
2774
1
chr6A.!!$F2
795
11
TraesCS4A01G169600
chr3A
717935189
717936170
981
True
1555
1555
95.228
971
1955
1
chr3A.!!$R1
984
12
TraesCS4A01G169600
chr3A
596887369
596888351
982
False
1493
1493
94.320
1
970
1
chr3A.!!$F2
969
13
TraesCS4A01G169600
chr3A
596938322
596939304
982
False
1493
1493
94.320
1
970
1
chr3A.!!$F3
969
14
TraesCS4A01G169600
chr3A
596865094
596866081
987
False
1448
1448
93.441
1
971
1
chr3A.!!$F1
970
15
TraesCS4A01G169600
chr2A
202057225
202058201
976
False
1552
1552
95.306
971
1949
1
chr2A.!!$F1
978
16
TraesCS4A01G169600
chr2A
376910985
376911970
985
False
1513
1513
94.630
1
971
1
chr2A.!!$F2
970
17
TraesCS4A01G169600
chr2A
376917725
376918708
983
False
1502
1502
94.416
1
972
1
chr2A.!!$F3
971
18
TraesCS4A01G169600
chr2A
228215644
228216496
852
True
1044
1044
89.180
126
973
1
chr2A.!!$R1
847
19
TraesCS4A01G169600
chr6D
330608786
330609772
986
False
1509
1509
94.534
1
971
1
chr6D.!!$F1
970
20
TraesCS4A01G169600
chr6D
330656628
330657619
991
False
1496
1496
94.260
1
970
1
chr6D.!!$F2
969
21
TraesCS4A01G169600
chr5D
384428770
384429563
793
True
1341
1341
97.111
1979
2774
1
chr5D.!!$R2
795
22
TraesCS4A01G169600
chr5D
174299957
174300752
795
True
1332
1332
96.859
1979
2774
1
chr5D.!!$R1
795
23
TraesCS4A01G169600
chr5D
371075657
371076454
797
False
1330
1330
96.742
1977
2774
1
chr5D.!!$F2
797
24
TraesCS4A01G169600
chr5D
193610385
193611180
795
False
1327
1327
96.734
1979
2774
1
chr5D.!!$F1
795
25
TraesCS4A01G169600
chr3D
550986596
550987391
795
True
1338
1338
96.985
1979
2774
1
chr3D.!!$R2
795
26
TraesCS4A01G169600
chr3D
552271435
552272230
795
False
1338
1338
96.985
1979
2774
1
chr3D.!!$F1
795
27
TraesCS4A01G169600
chr3D
2390855
2391650
795
True
1332
1332
96.859
1979
2774
1
chr3D.!!$R1
795
28
TraesCS4A01G169600
chr7D
501412696
501413491
795
False
1321
1321
96.608
1979
2774
1
chr7D.!!$F1
795
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.