Os12g0566300

Name: Os12g0566300
Type: gene
Description: Subunit A of the heteromeric ATP-citrate lyase, Negative regulation of cell death, Disease resistance (Os12t0566300-01)
Source: irgsp1_locus
Position: chr12:23275214..23279087 (+ strand)
Length: 3874 bp
CGSNL Gene Name: ATP-CITRATE LYASE A2
CGSNL Gene Symbol: ACLA2
Note: Subunit A of the heteromeric ATP-citrate lyase, Negative regulation of cell death, Disease resistance (Os12t0566300-01)
Oryzabase Gene Name Synonym(s): spotted leaf 30, ATP-citrate lyase A2
Oryzabase Gene Symbol Synonym(s): SPL30, OsACL-A2, ACL-A2
RAP-DB Gene Name Synonym(s): ATP-citrate lyase A2, spotted leaf 30
RAP-DB Gene Symbol Synonym(s): OsACL-A2, SPL30
Transcript variants: Os12t0566300-01
load_id: Os12g0566300
primary_id: 66377
gbrowse_dbid: annotation:database
>Os12g0566300 class=Sequence position=chr12:23275214..23279087 (+ strand)
ACGCGACCCA AGCCGATCCG CCCGCACCCG CACACACATC GCTCGGTCGA AGGAGGAGGT TCTAGAAACT TCTGGAAGCG
GCGGAGGTGT GGGGAGAGAG AGAGAGAGAG AGAGAGAGAG AGAGAGGCAG AGAGCCATGG CGCGGAAGAA GATCCGGGAG
TACGACTCCA AGCGCCTCCT AAGGGAGCAC CTCAAGCGCC TCGCCGCCAT CGACCTCCAC ATCCTCTCCG CCCAGGTACA
CCACATCCAT CTACCTCTCT GTTCCTCGCG CTTGGATCGG CTCGTGGTTT GGTGGAATTC CGCGTGGATC TCGGCGCTCG
GGGATCGGAG CGTGTGGATT CGGCGACCTC TCGCGGTTTG GCCTCGTAGG ATCTTCGGGG GGGGGGGGGG GGGGGAGGGG
GGGTAAGGGT TGGAGTTCTG AGGTGTTTTG GACTCGGAGG TGTGCTCCGA TTAGGCGAAA TTCTGCTCAA AGAGGGCTCA
ATTTCGTGTT GTCAACTGGT GATTGTAGCT GTGGCTGTAG CTGCCGGCTG ATGTGGAAGT ATATGTGATT TGTTAGAATG
GTTAGTACCT GGCAACGAAA TCTGTTTGGG TGATTGGGCA AAATACATTT GAATTGGATA AAATGAGAAT GGGGAATTGT
TTACAGCAAT CGTACACTTC CACTGCTGCT AAGCTTTTCG CATATTTGAT GCAACCTGCG ATCATCGGAG CATCCTTTGT
GCTATGGGAT CTCATTAGTG GTATGATGGT ATGATGCTTT TGTTTGTGGG TTGGATGGGT CATGTGATGC ACAAGGTGTG
TCTTAGATCT GTTGCGATGA TGGTGTAAAC TCTGTCTGAG GTATTGCTTT ATTGTCCTTA CCAAGGTTTT GGTTTCGGTG
TCTGGTTTTC CTAATGAAAT TCCACTGCTG GTAGGTGAAC TGGTTGGTAG CTTTTGACTT GGAGTGCTCT GCTTTTGATA
TTTGGTTACC TTTCTTTTGA TTTTTAACCA TAATGGTAGA CGTTTAATGT GCGCTACCGA GGTCCAAAGC TTCATCTTGG
ATCTGAGATT CAACATCTCT AGTTTGGGTT AGGATAATCT TGCTCTGATG GTGTAGGCTC ATGTTGAATT TCAGTACCAT
CTATGAAAAG CTAAGTGTTG TCATATTTCT AAATACCAGA TAGGAACAAG CAATCTATTC TGATTTCCTT TGAACTCAAA
AGCACACTCA GCTGTGTTAG AATAGCTACG CTTATGGGTG AAAAAGAGTG AAGTTAGTTT TGATATATTC TTGACTGCAT
TAGCTTTTGT TCTGCAGTAG TTTGTGTTTA ATAGTGCCGC AATCCATGAC TAATTTGAAC TGTACTTTTT CTTAGGTCAC
GGAATCAACT GATTTCACAG AGCTCGTCAA CCAAGAGCCA TGGCTCTCGT CTATGAAGTT GGTTGTGAAA CCCGACATGC
TGTTTGGCAA ACGTGGGAAG AGTGGCCTTG TGGCCCTCAA CCTAGATCTT GCTCAAGTCC GCCAATTCGT CAAAGAGCGG
TTGGGAGTTG AGGTAGTTAT ACATTTTCCC ATGCTTTGCC TCTAAAACCT TGTTAGTTAT AACTATTCTA AGCTATCCGG
TATGCCTGTT ATGCAGGTTG AGATGGGTGG CTGCAAGGCT CCTATTACAA CATTCATAGT TGAGCCATTT GTTCCACATG
ATCAAGAGTA CTATCTTTCT ATTGTATCAG AGAGGCTTGG TTCCACCATT AGCTTCTCGG AGTGTGGAGG TATTGAGATC
GAGGAGAACT GGGATAAGGT CAAGACAGTT TTTCTTCCCA CCGAGAAAGC AATGACACCT GATGCGTGTG CTCCATTGAT
TGCCACCCTA CCGTTAGAGG TACGCTTATA CATTGTATCA CCTTCCCCAT GTCACGTTGT TTTTTTTTTA ACATGTTGAC
TTTTCTCCCA TTCTGGACTC AATTCCTCTA GTGTTAGAAC TTATTATTGA TGATACCTAT TTTGGTCTGC ATTAGCCATC
TTGTGCTCAT GTCATTCACG TCTTCTGTCT GAATTTCAGG TTCGGACAAA AATAGGTGAT TTCATCAGAG GTGTATATTC
TGTTTTCCAA GGTAATTCAC AGTTGAAAAA TAAAAATAAT CTGGAATTGT TGTTTTCCAA GATAACTCAG TTCATTCTAT
TGATCTTCTG GCAGACTTGG ATTTCTCATT CCTTGAGATG AATCCGTTCA CCATGGTGAA TGGGGAACCA TATCCTCTAG
ACATGAGAGG AGAATTGGAC GACACAGCTG CCTTTAAGAA CTTTAAGAAG TATGATTCAG GCTTTTTTTT TTCTAGCTTA
CATAGTGTCC AGTTCAATCC TTTCACCATG CTTGTCATGC TAACCAGAGC TTCCATGGCA TAGGTGGGGA AACATTCAGT
TCCCTCTGCC TTTCGGAAGA GTCCTCAGCC CCTCTGAAAG CTTTATCCAT GAACTGGATG AGAAGGTAAC CTCATATTTC
TTTCTTTCCC CTCTGAAGTC TGCTGCCTGT TAGTACATAT CACTTAAATT TGGATACAAA TTGAATTTCA CTGCCTCTGC
ATGCAAAATA TTGAATCTTG AATTGAGGTT GATGTAATTT TTCAGACAAG CTCATCGCTC AAATTCACAG TCCTGAACCC
GAAAGGGCGC ATTTGGACAA TGGTTGCAGG TGGTGGTGCT AGTGTCATAT ATGCTGATAC TGTAAGTCTA ACTCTATCCA
GATCTTTTTT AGGTTAAGTT TTGAAGTTTA TCAGTGCCAT TCACACACTG GACAATATCA CCAGGTTGGA GATTTGGGAT
ATGCGTCAGA GCTTGGAAAT TATGCAGAAT ACAGCGGCGC TCCCAACGAG GAGGAGGTTC TGCAGTATGC TAGAGTGGTT
TTGGATGTAA GGGCTCCAGA GGAACCTTTT CGGCTGACAG TTTGATCATT ATGTTTCCGC TCTGACAAAA TGATATTTGA
ATCTTTGTAG TGTGCCACTG CTGATCCTGA TGGCCGTAAG AGAGCTCTTC TCATTGGAGG TGGTATAGCG AACTTCACTG
ATGTCGCTGC TACATTCAGT GGCATCATTC GAGCTTTAAG AGAGAAGGCA AGTTTCGATT GGATCGTTGT TCTGTCCCCA
ACCACTCCCA CTTGTTGCCA TTAAAATCTT CATCCATCTT ATTATTGTCT GGCTTCCAAA TCTGGTGGCA GGAATCCAAA
TTGAAGGCTG CACGGATGAA CATTTACGTT CGGAGAGGTG GTCCAAACTA CCAAACTGGC CTTGCCAAAA TGCGTACACT
AGGTGCAGAA CTTGGTGTTC CAATTGAGGT ATGGACCTAC TGGCTACTTA CTATGTTCTT CCAGCAAACC TTAGCTCAGC
CATTTCCTAC ACTATTTATC AGAATTCGTC AGAGATTAAC TTTATTAGAC ATAGGACACC ATTGGACCAT CCCCATGATC
ATAACGGACG AGCTGAATTC ACTGAATTGC AGGTATATGG ACCAGAGGCA ACAATGACTG GAATCTGCAA GCAAGCCATT
GATTGCATCA TGGCTGAAGC ATAATTCAGA CAACTATTTG CGCTGTTCCC AGCTTGAGTC CATTTTGTTT CAGAAATTGT
CAGTGTGAGG TGTTGCCTTT CTCTCTGAGG GAATGTGTGC TGTTGTTGGT GTAAAACAAA ACAAAGAAAG ATCGTATTGT
TAGAATAAAC TACATCTGTA AGTTTGTAAC GTAATTACGC AATAATGTTA ATGTTTGTTT CTAGTTCTGA ATTCTCTGTG
CCTTGGTTGG TGGCCTTATC CACCAAACTC AAAGAGGGTT CTTGATTTTG TCATGTATGA GAGACAGTGA AATGGAGGGC
TTAGTGACAG GAACTGCGTT GTTGTGGCTT GATT