|
Genome
|
Gene namea
|
Application
|
Forward (F), Reverse (R) Primer (5′ to 3′)b
|
Position (bp)a
|
Product size (bp)a,c
|
Polymorphism
|
|---|
|
Type
|
Sequenced
|
|---|
|
Chloroplast
|
rps16 intron1:
|
Ancient rice
|
F2
|
CCTTATTCCGGTCCAATTCTA
|
4946-4966
|
152
|
In/del
|
+ 7 bp
|
|
OsC01
|
Modern rice
|
R2
|
GGGTATGTTGCTACTCTTTTGAA
|
5097-5075
| | | |
|
Orf100
|
Ancient rice
|
F1
|
TGGATTTCGAAAGTCAATTTT
|
8500-8520
| |
In/del
|
−69 bp
|
|
Modern rice
|
R1
|
CCTTTTCCCACTCGCTCTCTA
|
8599-8579
|
100
| | |
|
R2
|
TCCATGATTCCTATTTCCAAG
|
8661-8641
|
162
| | |
|
trnI:
|
Ancient rice
|
F
|
TCGATTCTCTCCGTTTAACTTT
|
14,116-14,137
|
152
|
SNP
|
A/G
|
|
14,169
|
Modern rice
|
R
|
GGGAAGAACTTTTGGTAATGG
|
14,267-14,247
| | | |
|
petN-trnC:
|
Ancient rice
|
F2
|
ATCAGTTCAAAGAATTTACTC
|
17,758-17,778
|
75
|
In/del
|
+ 32 bp
|
|
I-32
|
Modern rice
|
R2
|
TATTTATACTTAATGCTCCCC
|
17,832-17,812
| | | |
|
Nuclear
|
chr. 1
|
qSH1 promoter
|
Ancient rice
|
F
|
ATGGTATTGATGTATACTGGA
|
38,217,614-38,217,634
|
71
|
SNP
|
G/T
|
|
R
|
CATCTCGTCCAAAGATCCTTA
|
38,217,684-38,217,664
| | | |
|
chr. 4
|
sh4 exon1
|
Ancient rice
|
F
|
AGACGCTCATCCTCATCACC
|
34,631,533-34,631,552
|
142
|
SNP
|
G/T
|
| |
Modern rice
|
R
|
TAGTTCTCCACCCACTTCCAC
|
34,631,431-34,631,411
| | | |
|
chr. 6
|
Non-cording region: DJ6
|
Ancient rice
|
F1
|
TGACCGGTTCTGTAGCAGTG
|
9,043,039-9,043,058
| |
In/del
|
+ 217 bp
|
|
Modern rice
|
R1
|
CCAGTTTAATGTTTTYTCATTGCC
|
9,043,136-9,043,113
|
98
| | |
|
R2
|
GATTTTCCGTTTTCCGTGCC
|
–
|
NA
| | |
- aGene name, position and product size were referred to chloroplast genome (accession No. NC_001320) and nuclear genome of chromosome no.1, 4 and 6 (accession No. NC_008394, NC_008397, NC_008399) in Japonica ‘Nipponbare’
- bThe specific forward primer was F1 for specific reverse primers, R1 and R2, in Orf100 region and DJ6 region. Y = C or T
- c″NA” indicated PCR amplification was not successful with specific forward and reverse primer set
- dNumerical number indicates insertion or deletion length corresponding with Japonica ‘Nipponbare’ sequence. SNP sequence shows about wild type or mutant type by “wild-type sequence/mutant-type sequence” in a cell