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
TraesCS6A01G185200
chr6A
100.000
2282
0
0
1
2282
216935639
216933358
0.000000e+00
4215.0
1
TraesCS6A01G185200
chr6A
93.103
87
6
0
2195
2281
258045900
258045986
6.620000e-26
128.0
2
TraesCS6A01G185200
chr6A
86.869
99
4
8
2185
2281
216555604
216555695
4.010000e-18
102.0
3
TraesCS6A01G185200
chr6A
90.789
76
7
0
2206
2281
399944038
399943963
4.010000e-18
102.0
4
TraesCS6A01G185200
chr2A
94.989
2215
98
7
1
2203
352651378
352653591
0.000000e+00
3463.0
5
TraesCS6A01G185200
chr2A
94.851
2214
101
7
1
2203
352643368
352645579
0.000000e+00
3445.0
6
TraesCS6A01G185200
chr2A
86.018
987
77
32
1207
2180
261452881
261451943
0.000000e+00
1002.0
7
TraesCS6A01G185200
chr2A
89.390
754
58
16
1207
1957
604016772
604017506
0.000000e+00
929.0
8
TraesCS6A01G185200
chr2A
80.764
733
76
34
1496
2208
271816237
271815550
1.560000e-141
512.0
9
TraesCS6A01G185200
chr2A
100.000
65
0
0
2218
2282
352645722
352645786
1.110000e-23
121.0
10
TraesCS6A01G185200
chr4A
94.357
2215
85
10
1
2203
85922175
85924361
0.000000e+00
3362.0
11
TraesCS6A01G185200
chr4A
94.134
2216
89
11
1
2203
85954388
85956575
0.000000e+00
3334.0
12
TraesCS6A01G185200
chr4A
86.466
532
52
14
1688
2203
374723994
374724521
1.180000e-157
566.0
13
TraesCS6A01G185200
chr4A
92.072
391
22
4
1821
2203
409180869
409181258
1.990000e-150
542.0
14
TraesCS6A01G185200
chr4A
100.000
65
0
0
2218
2282
85956718
85956782
1.110000e-23
121.0
15
TraesCS6A01G185200
chr4A
100.000
63
0
0
2218
2280
380749710
380749648
1.430000e-22
117.0
16
TraesCS6A01G185200
chr4A
92.105
76
4
2
2206
2280
443125811
443125737
3.100000e-19
106.0
17
TraesCS6A01G185200
chr5A
91.953
2212
128
24
1
2197
268814516
268812340
0.000000e+00
3053.0
18
TraesCS6A01G185200
chr5A
91.776
2213
131
24
1
2197
268822490
268820313
0.000000e+00
3031.0
19
TraesCS6A01G185200
chr5A
89.787
656
59
8
1499
2152
133071031
133070382
0.000000e+00
833.0
20
TraesCS6A01G185200
chr5A
85.062
241
21
10
1967
2194
443027378
443027616
4.900000e-57
231.0
21
TraesCS6A01G185200
chr1A
91.414
2213
136
23
1
2197
201752127
201754301
0.000000e+00
2985.0
22
TraesCS6A01G185200
chr1A
90.578
658
55
7
1497
2152
322707998
322707346
0.000000e+00
865.0
23
TraesCS6A01G185200
chr1A
79.146
609
63
34
1613
2203
183475521
183476083
1.670000e-96
363.0
24
TraesCS6A01G185200
chr1A
82.041
245
28
13
1972
2203
202591640
202591881
6.430000e-46
195.0
25
TraesCS6A01G185200
chr1A
80.408
245
32
12
1972
2203
202545401
202545642
3.010000e-39
172.0
26
TraesCS6A01G185200
chr1A
100.000
65
0
0
2218
2282
322707144
322707080
1.110000e-23
121.0
27
TraesCS6A01G185200
chr1A
90.909
77
6
1
2206
2281
264838995
264839071
4.010000e-18
102.0
28
TraesCS6A01G185200
chr3A
95.276
1376
58
7
12
1382
701989674
701988301
0.000000e+00
2174.0
29
TraesCS6A01G185200
chr3A
94.336
1377
68
10
12
1382
701981808
701980436
0.000000e+00
2102.0
30
TraesCS6A01G185200
chr3A
93.421
76
5
0
2206
2281
85958658
85958583
1.850000e-21
113.0
31
TraesCS6A01G185200
chr7A
93.421
76
5
0
2206
2281
340733534
340733459
1.850000e-21
113.0
32
TraesCS6A01G185200
chr7A
90.789
76
7
0
2206
2281
23066235
23066310
4.010000e-18
102.0
33
TraesCS6A01G185200
chr7A
85.567
97
9
5
2185
2281
249267537
249267446
1.870000e-16
97.1
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
TraesCS6A01G185200
chr6A
216933358
216935639
2281
True
4215.0
4215
100.0000
1
2282
1
chr6A.!!$R1
2281
1
TraesCS6A01G185200
chr2A
352651378
352653591
2213
False
3463.0
3463
94.9890
1
2203
1
chr2A.!!$F1
2202
2
TraesCS6A01G185200
chr2A
352643368
352645786
2418
False
1783.0
3445
97.4255
1
2282
2
chr2A.!!$F3
2281
3
TraesCS6A01G185200
chr2A
261451943
261452881
938
True
1002.0
1002
86.0180
1207
2180
1
chr2A.!!$R1
973
4
TraesCS6A01G185200
chr2A
604016772
604017506
734
False
929.0
929
89.3900
1207
1957
1
chr2A.!!$F2
750
5
TraesCS6A01G185200
chr2A
271815550
271816237
687
True
512.0
512
80.7640
1496
2208
1
chr2A.!!$R2
712
6
TraesCS6A01G185200
chr4A
85922175
85924361
2186
False
3362.0
3362
94.3570
1
2203
1
chr4A.!!$F1
2202
7
TraesCS6A01G185200
chr4A
85954388
85956782
2394
False
1727.5
3334
97.0670
1
2282
2
chr4A.!!$F4
2281
8
TraesCS6A01G185200
chr4A
374723994
374724521
527
False
566.0
566
86.4660
1688
2203
1
chr4A.!!$F2
515
9
TraesCS6A01G185200
chr5A
268812340
268814516
2176
True
3053.0
3053
91.9530
1
2197
1
chr5A.!!$R2
2196
10
TraesCS6A01G185200
chr5A
268820313
268822490
2177
True
3031.0
3031
91.7760
1
2197
1
chr5A.!!$R3
2196
11
TraesCS6A01G185200
chr5A
133070382
133071031
649
True
833.0
833
89.7870
1499
2152
1
chr5A.!!$R1
653
12
TraesCS6A01G185200
chr1A
201752127
201754301
2174
False
2985.0
2985
91.4140
1
2197
1
chr1A.!!$F2
2196
13
TraesCS6A01G185200
chr1A
322707080
322707998
918
True
493.0
865
95.2890
1497
2282
2
chr1A.!!$R1
785
14
TraesCS6A01G185200
chr1A
183475521
183476083
562
False
363.0
363
79.1460
1613
2203
1
chr1A.!!$F1
590
15
TraesCS6A01G185200
chr3A
701988301
701989674
1373
True
2174.0
2174
95.2760
12
1382
1
chr3A.!!$R3
1370
16
TraesCS6A01G185200
chr3A
701980436
701981808
1372
True
2102.0
2102
94.3360
12
1382
1
chr3A.!!$R2
1370
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.