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
TraesCS4D01G146300
chr4D
100.000
2378
0
0
1
2378
135005821
135003444
0
4392
1
TraesCS4D01G146300
chr4D
97.397
2382
54
6
1
2378
483696759
483699136
0
4048
2
TraesCS4D01G146300
chr4D
96.136
2381
87
5
1
2378
241142845
241140467
0
3882
3
TraesCS4D01G146300
chr5D
95.672
2380
100
3
1
2378
79865655
79868033
0
3821
4
TraesCS4D01G146300
chr5D
93.910
2381
134
11
1
2378
197839498
197837126
0
3583
5
TraesCS4D01G146300
chr1B
95.380
2381
94
7
1
2378
286167000
286169367
0
3773
6
TraesCS4D01G146300
chr1B
95.203
2022
92
5
361
2378
286025634
286023614
0
3192
7
TraesCS4D01G146300
chr7A
95.112
2189
101
5
195
2378
571648029
571650216
0
3445
8
TraesCS4D01G146300
chr7A
98.043
920
18
0
1459
2378
4954288
4955207
0
1600
9
TraesCS4D01G146300
chr6B
95.660
1636
54
8
1
1626
53079407
53081035
0
2612
10
TraesCS4D01G146300
chr3A
97.532
1499
34
3
1
1496
191855949
191857447
0
2560
11
TraesCS4D01G146300
chr1D
97.284
1215
31
2
1165
2378
185763599
185764812
0
2060
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
TraesCS4D01G146300
chr4D
135003444
135005821
2377
True
4392
4392
100.000
1
2378
1
chr4D.!!$R1
2377
1
TraesCS4D01G146300
chr4D
483696759
483699136
2377
False
4048
4048
97.397
1
2378
1
chr4D.!!$F1
2377
2
TraesCS4D01G146300
chr4D
241140467
241142845
2378
True
3882
3882
96.136
1
2378
1
chr4D.!!$R2
2377
3
TraesCS4D01G146300
chr5D
79865655
79868033
2378
False
3821
3821
95.672
1
2378
1
chr5D.!!$F1
2377
4
TraesCS4D01G146300
chr5D
197837126
197839498
2372
True
3583
3583
93.910
1
2378
1
chr5D.!!$R1
2377
5
TraesCS4D01G146300
chr1B
286167000
286169367
2367
False
3773
3773
95.380
1
2378
1
chr1B.!!$F1
2377
6
TraesCS4D01G146300
chr1B
286023614
286025634
2020
True
3192
3192
95.203
361
2378
1
chr1B.!!$R1
2017
7
TraesCS4D01G146300
chr7A
571648029
571650216
2187
False
3445
3445
95.112
195
2378
1
chr7A.!!$F2
2183
8
TraesCS4D01G146300
chr7A
4954288
4955207
919
False
1600
1600
98.043
1459
2378
1
chr7A.!!$F1
919
9
TraesCS4D01G146300
chr6B
53079407
53081035
1628
False
2612
2612
95.660
1
1626
1
chr6B.!!$F1
1625
10
TraesCS4D01G146300
chr3A
191855949
191857447
1498
False
2560
2560
97.532
1
1496
1
chr3A.!!$F1
1495
11
TraesCS4D01G146300
chr1D
185763599
185764812
1213
False
2060
2060
97.284
1165
2378
1
chr1D.!!$F1
1213
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.