Locus

Os09g0506800

Description

Similar to Meiotic asynaptic mutant 1.

RAP-DB Gene Symbol Synonym(s)

RAP-DB Gene Name Synonym(s)

CGSNL Gene Symbol

PAIR2

CGSNL Gene Name

HOMOLOGOUS PAIRING ABERRATION IN RICE MEIOSIS 2

Oryzabase Gene Symbol Synonym(s)

Pair2, OsPAIR2, OsASY1

Oryzabase Gene Name Synonym(s)

Homologous pairing aberration in rice meiosis 2

Transcript Evidence

AK064028 (DDBJ, Best hit)

Protein Evidence

Q76CY8 (UniProt)

Literature

Note

Manual Curation

Gene Ontology (GO)

Biological Process: mitosis (GO:0007067)

Functional domain (InterPro)

DNA-binding HORMA (IPR003511)

Full-length cDNA

001-125-B03 (Online Clone Ordering)

Expression Databases

TENOR (Os09t0506800-01)

RiceXPro (AK064028)

Others

Oryzabase (8428)

KEGG (Os09t0506800-01)

Transcript

2158 bp

>Os09t0506800-01 Similar to Meiotic asynaptic mutant 1.
AAAGCCCCGCAAATTCTCTCGCTCTCTCTCTCTCTCTCTCTCCCACTCCTCTCCCCTCTC
CCTTCTCTCATCTCGCGCGCGGCGCGCCGCCGTAGAGACGAAATGGTGATGGCTCAGAAG
ACGAAGGAGGCGGAGATCACGGAGCAGGATTCGCTGCTTCTGACAAGGAATTTGCTCCGC
ATTGCTATATACAACATCAGCTACATCAGAGGTCTATTCCCTGAGAAGTACTTCAATGAT
AAGTCGGTTCCGGCACTAGAGATGAAGATTAAGAAGCTAATGCCCATGGATACTGAGTCG
AGGAGGTTGATTGATTGGATGGAAAAAGGTGTCTATGATGCACTACAGAAGAAATATCTC
AAGACCCTTCTCTTCTGCATCTGTGAGAAGGAGGAAGGCCCAATGATTGAGGAGTATGCA
TTCTCATTTAGCTACCCCAACACGAGCGGTGATGAAGTTGCAATGAACTTGAGCCGCACA
GGGAGCAAGAAAAACAGTGCTACATTTAAATCAAATGCAGCAGAAGTCACTCCTGATCAG
ATGAGGAGCTCTGCTTGTAAGATGATAAGAACACTGGTTTCACTTATGAGGACCTTGGAC
CAAATGCCAGAGGAGAGGACCATTCTAATGAAGCTGCTATACTACGATGATGTCACACCT
GAAGATTACGAGCCACCCTTTTTTAAGTGTTGCGCTGACAACGAGGCCATAAATATATGG
AACAAGAACCCCTTGAAGATGGAAGTTGGAAATGTCAATAGCAAGCATCTCGTGTTAGCT
TTGAAGGTCAAGAGTGTCCTTGACCCTTGTGATGATAACAATGTCAACAGTGAAGATGAT
AATATGAGCTTGGATAATGAATCTGACCAAGATAATGATTTTTCTGACACTGAGGTTCGC
CCATCTGAAGCAGAGCGTTACATTGTTGCTCCAAATGATGGGACTTGCAAAGGTCAAAAT
GGTACAATCTCAGAAGATGATACTCAAGATCCTGTTCACGAGGAAGAGCTAACAGCTCAA
GTAAGAGAGTGGATATGCTCAAGAGACACTGAAAGTCTTGAGGTTTCAGATGTCCTTGTT
AATTTCCCCGACATATCAATGGAAATGGTTGAAGATATTATGGAGAGGCTACTTAAAGAT
GGTTTACTATCCAGAGCAAAAAAGGATAGTTATTCTGTTAATAAGATTGCTGATCCTACA
ACACCACACATAAAGAAAGAGGTCATCATGCAAAATGTCTCACCTACTgaaggaactaaa
aatagcaatggtgatctgatgtatatgaaggcactgtaccatgcacttccaatggattat
gtgtcagtaggcaaacttcatggcaagctagatggggaggccagccagaacatggttcgt
aagttgattgaaaaaatggtgcaagacggatatgtcaagaattcagccaaccGAAGACTA
GGCAAAGCTGTCATTCATTCTGAAGTCACCAACAGAAAGCTCCTTGAGATAAAAAAGATT
CTGGAAGTCGATATAGCCGAACAAATGGCCATTGATACCAATGCAGAACCTGGTGAGCCT
GAGCGCAAAGACCACCTGAGTGGCCATGAAATGAGAGATGGATCGACGATGGGTTGCCTC
CAGTCCGTCGGATCTGACCTCACCCGCACCCGGGAGCTTCCGGAGCCGCAGCAGAACGTG
TCCATGCAGAGCGGGCAGGAAGCTTCCACGGTGGATAAGGATCCAAGCAGGACTCCTACA
AGCGTGCGCGAGGCGTCCGTTTGTTCCCTGGAGAGTGGGGTTCTCGGGCAGAAGGTCAGA
AAGTCTTTGGCTGGTGCTGGCGGGACGCAGTGCTCGCAGGACAAGCGATTCAGGAAGGCC
AGCACGGTGAAGGAGCCGATCCTCCAGTACGTCAAGCGCCAGAAGTCCCAAGTTCAAGTT
CAAGTTCAGTGAGGGTTCGTGTCGCAAGCGTCAGGAGCAACTAACATCGTAGTTCAGGTG
CAGAAGACCACAAGTAGATATATCCATCCTATTCCTAGTTCCGGTGCTCAAGTTTGTGCA
GATAGTCAGAGAGCACTCACGCACACGTAGATATCTGTCCATGCCGCTGTCCCAAATGGC
AAATGGAGATAGACGCTACTATGTGCTAACACACACTCAAATTAAGCATTCAAAACGC

CDS

1830 bp

>Os09t0506800-01 Similar to Meiotic asynaptic mutant 1.
ATGGTGATGGCTCAGAAGACGAAGGAGGCGGAGATCACGGAGCAGGATTCGCTGCTTCTG
ACAAGGAATTTGCTCCGCATTGCTATATACAACATCAGCTACATCAGAGGTCTATTCCCT
GAGAAGTACTTCAATGATAAGTCGGTTCCGGCACTAGAGATGAAGATTAAGAAGCTAATG
CCCATGGATACTGAGTCGAGGAGGTTGATTGATTGGATGGAAAAAGGTGTCTATGATGCA
CTACAGAAGAAATATCTCAAGACCCTTCTCTTCTGCATCTGTGAGAAGGAGGAAGGCCCA
ATGATTGAGGAGTATGCATTCTCATTTAGCTACCCCAACACGAGCGGTGATGAAGTTGCA
ATGAACTTGAGCCGCACAGGGAGCAAGAAAAACAGTGCTACATTTAAATCAAATGCAGCA
GAAGTCACTCCTGATCAGATGAGGAGCTCTGCTTGTAAGATGATAAGAACACTGGTTTCA
CTTATGAGGACCTTGGACCAAATGCCAGAGGAGAGGACCATTCTAATGAAGCTGCTATAC
TACGATGATGTCACACCTGAAGATTACGAGCCACCCTTTTTTAAGTGTTGCGCTGACAAC
GAGGCCATAAATATATGGAACAAGAACCCCTTGAAGATGGAAGTTGGAAATGTCAATAGC
AAGCATCTCGTGTTAGCTTTGAAGGTCAAGAGTGTCCTTGACCCTTGTGATGATAACAAT
GTCAACAGTGAAGATGATAATATGAGCTTGGATAATGAATCTGACCAAGATAATGATTTT
TCTGACACTGAGGTTCGCCCATCTGAAGCAGAGCGTTACATTGTTGCTCCAAATGATGGG
ACTTGCAAAGGTCAAAATGGTACAATCTCAGAAGATGATACTCAAGATCCTGTTCACGAG
GAAGAGCTAACAGCTCAAGTAAGAGAGTGGATATGCTCAAGAGACACTGAAAGTCTTGAG
GTTTCAGATGTCCTTGTTAATTTCCCCGACATATCAATGGAAATGGTTGAAGATATTATG
GAGAGGCTACTTAAAGATGGTTTACTATCCAGAGCAAAAAAGGATAGTTATTCTGTTAAT
AAGATTGCTGATCCTACAACACCACACATAAAGAAAGAGGTCATCATGCAAAATGTCTCA
CCTACTgaaggaactaaaaatagcaatggtgatctgatgtatatgaaggcactgtaccat
gcacttccaatggattatgtgtcagtaggcaaacttcatggcaagctagatggggaggcc
agccagaacatggttcgtaagttgattgaaaaaatggtgcaagacggatatgtcaagaat
tcagccaaccGAAGACTAGGCAAAGCTGTCATTCATTCTGAAGTCACCAACAGAAAGCTC
CTTGAGATAAAAAAGATTCTGGAAGTCGATATAGCCGAACAAATGGCCATTGATACCAAT
GCAGAACCTGGTGAGCCTGAGCGCAAAGACCACCTGAGTGGCCATGAAATGAGAGATGGA
TCGACGATGGGTTGCCTCCAGTCCGTCGGATCTGACCTCACCCGCACCCGGGAGCTTCCG
GAGCCGCAGCAGAACGTGTCCATGCAGAGCGGGCAGGAAGCTTCCACGGTGGATAAGGAT
CCAAGCAGGACTCCTACAAGCGTGCGCGAGGCGTCCGTTTGTTCCCTGGAGAGTGGGGTT
CTCGGGCAGAAGGTCAGAAAGTCTTTGGCTGGTGCTGGCGGGACGCAGTGCTCGCAGGAC
AAGCGATTCAGGAAGGCCAGCACGGTGAAGGAGCCGATCCTCCAGTACGTCAAGCGCCAG
AAGTCCCAAGTTCAAGTTCAAGTTCAGTGA

Protein

609 aa

>Os09t0506800-01 Similar to Meiotic asynaptic mutant 1.
MVMAQKTKEAEITEQDSLLLTRNLLRIAIYNISYIRGLFPEKYFNDKSVPALEMKIKKLM
PMDTESRRLIDWMEKGVYDALQKKYLKTLLFCICEKEEGPMIEEYAFSFSYPNTSGDEVA
MNLSRTGSKKNSATFKSNAAEVTPDQMRSSACKMIRTLVSLMRTLDQMPEERTILMKLLY
YDDVTPEDYEPPFFKCCADNEAINIWNKNPLKMEVGNVNSKHLVLALKVKSVLDPCDDNN
VNSEDDNMSLDNESDQDNDFSDTEVRPSEAERYIVAPNDGTCKGQNGTISEDDTQDPVHE
EELTAQVREWICSRDTESLEVSDVLVNFPDISMEMVEDIMERLLKDGLLSRAKKDSYSVN
KIADPTTPHIKKEVIMQNVSPTEGTKNSNGDLMYMKALYHALPMDYVSVGKLHGKLDGEA
SQNMVRKLIEKMVQDGYVKNSANRRLGKAVIHSEVTNRKLLEIKKILEVDIAEQMAIDTN
AEPGEPERKDHLSGHEMRDGSTMGCLQSVGSDLTRTRELPEPQQNVSMQSGQEASTVDKD
PSRTPTSVREASVCSLESGVLGQKVRKSLAGAGGTQCSQDKRFRKASTVKEPILQYVKRQ
KSQVQVQVQ*

5'UTR

chr09:19620640..19620741 (+ strand) : 102 bp

CDS

chr09:19620742..19620744 (+ strand) : 3 bp

chr09:19620820..19620876 (+ strand) : 57 bp

chr09:19623640..19623736 (+ strand) : 97 bp

chr09:19623829..19623897 (+ strand) : 69 bp

chr09:19623981..19624073 (+ strand) : 93 bp

chr09:19624189..19624312 (+ strand) : 124 bp

chr09:19624899..19624968 (+ strand) : 70 bp

chr09:19625041..19625082 (+ strand) : 42 bp

chr09:19625240..19625368 (+ strand) : 129 bp

chr09:19625463..19625570 (+ strand) : 108 bp

chr09:19625724..19625766 (+ strand) : 43 bp

chr09:19625835..19625873 (+ strand) : 39 bp

chr09:19626071..19626195 (+ strand) : 125 bp

chr09:19626392..19626404 (+ strand) : 13 bp

chr09:19626499..19626569 (+ strand) : 71 bp

chr09:19626661..19626765 (+ strand) : 105 bp

chr09:19626844..19626994 (+ strand) : 151 bp

chr09:19627510..19627595 (+ strand) : 86 bp

chr09:19627703..19627757 (+ strand) : 55 bp

chr09:19627854..19628023 (+ strand) : 170 bp

chr09:19628155..19628268 (+ strand) : 114 bp

chr09:19628387..19628452 (+ strand) : 66 bp

3'UTR

chr09:19628453..19628678 (+ strand) : 226 bp

FASTA

>Os09t0506800-01 class=Sequence position=chr09:19620640..19628678 (+ strand)
AAAGCCCCGC AAATTCTCTC GCTCTCTCTC TCTCTCTCTC TCCCACTCCT CTCCCCTCTC CCTTCTCTCA TCTCGCGCGC
GGCGCGCCGC CGTAGAGACG AAATGGTGGG TTCTCGCTTC GATTTCGCGT TGCGCTTGCT GGTGTGTGCG TGCTGATCGG
AGTGGGTGAT TGCGATGCAG GTGATGGCTC AGAAGACGAA GGAGGCGGAG ATCACGGAGC AGGATTCGCT GCTTCTGGTG
AGTTTTTTTT TCTCTCCTCG CCCATCTCCT GTTCGATTCC CGTGCGACTT TCGATTTCGG TGGTTCGGTG CCGGACATCG
GATCGGTTCA CCCGATCGAG GGTTTTCTGC CGAGGTTTTT GGGAGGTTTT TCGCTGTGGA TTTGATCGCT CGTGTGGTGT
ACTGGGGTTT GCAGTAGCTG GCGTTCGATT TGGGTTTGAT TCGAGTGTTG GTGGTCACGC GTGTCGGATT TCCCCCCCCC
CCCCACTTTG CGAGTGCTTT TGGGTGGAAT TAACTGTTGC TTTGCTGATT TTAACCGATT TCTCGTGCGG ATTTTGGATG
TGTTTGGAGA TCGTCGTGGG GTTTTGGGTT TCTCGCTTTC TCTGGTAGTC TCCGTCCGCT GACTACCAAA TGGTGCTAGT
TGGGCGGCCA GTGCGAAGCA TCAGTAGCAT CTCACTTTGC TAGTGTTTTT GGGTGGATTT CATTGGTGCT TTGCAGATTT
TAACCGATTT CTCGTGCGGA TTTAGGCGTG TTTGGAGCAT GAGTCCTGGG ATTTTTGTTT CACTTCCTCT GGTGCTCTCC
GCCCGTTCAA AAGCTTCTGG GTATCTCAGA TTGGAGTTGG TTTCTGGTTT CTCCGTGTAG CACTATCTCT CGAATGCGTA
ACTGATGGAT CGTTTCGGTA TCGCACTGAA TGATGATTCG GTGGTTTTTC TCCCTGCTGC TTGATCGATG TGAGTTTTGT
TTCTCTGGTT TGAGGCACCG AATCTGTTCT CGTGAAAATT TTTTGACATA ATGTTCTCGT GAAAAATCTC TGGTTGGTTT
GCTAAATTTC GCAGAAATTT TGAGCAGAAT TTCTACTGGT TTGTGCGATT CTCTCAGCAT TAGAATTTTG TTGAACGGAT
CACATCACTT TGTTTTGCTA CTCGCGTGGT GATTCGGTTG GGATTTCAAG GAGACATTCA CTGGTTTGAT AATCGCGTTT
CGATTTGGTT TCGTTGTGAT ACCCACAGGC ATTTGCCTGA TTGTTTGTGC GTAGACCATC GTGCTGGAAA CATAGGCGCA
TAGTCTCTGC AGTCTGCGTA GTTGATCAAA TTGGTAGGGT TGAAAGTTTT TTTCCCTGGC TTAGATATCC TTGCGAAGAA
TTTCGAATTC AAGTCGTGTT GTTTCGAACT GTTTCGCCAG AAGCATCTAA GGAATTGTTC AGTTCGTTGA ACTTCTCATG
TGCTTTGCGT TTGGAATCTC TTCTGAAGTG TTTTGGGAGC AGCAGTTACA GTGAGTAACT TCATTTTGCT TCCGAAATGC
TTGCTTGAAC ATGGAATCGA GACACGACTC GTATTGGCCT GGGCCTGGTT GTTCAGGATT TCCATTTCTG ACAGTCGTAT
GAGTCGATTT TTTCAAATGT TTCCAGTAGG CTTGTTAGTT GTTTGGGTTT TGAACAAACG TTGCCTACCT TGGTTGGAAT
TCTAGGAGAC ATTCGCTGGT TTGATAATCC CGTTTCGTTT TTGTTTCGTT GTGAAACCCA CGAGCATTGG CCTGATGATT
TGTGCGTAGA TGATTATATG CTGGAATCAT GGGTGCATAC CCCCCACGGT TCACTGAATC GATCAAATTG GCAGGGCCTA
AAAAGGTTTT TTCCTTGCTT CCATAGCCTT GTGAAGAGTT TCTACTTCCA ATCGTTTTGA ATCATATTGT TAGAAGCATC
TAAAATTTAT TCAGTTCGTT GAATTCTTGC TGTGCTTGCT TTTGGTATCT CTTTAGACTT CAGAGTTTTT TTGGCAGCAG
CAGATTCCAT GAGTAATTTT AGTTTCTCTT TTCAAACTTG TTGCTTGGAC GTGGAATTGA GACACCACAG TACCACACGT
ATTGGTTTGG TTATTCCCAG ATTTCCTGTT CTGATAGTTC TATGACCTAA TTCTTCTTCT GTTTTTTAAA ATATTTCCGA
TACACTACTT TGGGTTTGAA CAGACATTTG CTTAATCCTG CATTAGTTTG TGATAAGAAA AGCTGCACTT CTGTTTATAA
TCGGTTATTT TGTTGCGCTA TCATTTGAAT TTGGAATTTA TGTTATGCCT TTAGGAATTA TATGCCAGCT TATTAAACCT
CTGCTGGCAT GATTTTTAGA CTAGCCCCCA CTCTCACTCC TATTTTAACA TCTTTGTTAG ATACTCGGTT TAATAAGTGG
ACATTGGCTT TGCCACATGA GTTTTAGGAT TACTGGTTGA TCACCAAACT TTGGTACCTC TTGTACTTTC AAAAAACCAG
TTGGTTTATA TCCAATCAAA TAATGTTTTT CTTTGTCTTT TCTAGTACTT GTTTGCTCAC ATGGTCAGCT GCACTTTGCC
TAGAAGTGCT TAGGATCCCA TGACTGCAAG TGCATAGTAG GTGAAATATA TCGTATGGTC CATGTTCATT TATGCATTTG
TTAAGAAATT TATTGCAGGT GTGTGTTTGA ATGGGACTGG TACCCTATTT GATTCAACAT GTGCTAAAGT ATTGAAAAGC
ATGACACATT TGTTGTTTGG TGAACTTTTG TGCCTCACCT TGTTTGGCAA GCCCAAAACC CTGGGCCATG CTCCAGGATG
GGCTAGGAAA CTGAACTACA ATTTCAGTCC ATCCCTGGGG GTGGACCAGG ATCCAATAAG GCCTAAACTT GTTAATCAGT
AATCCAATTT GTGATGATTT TATTGCCCTT CTATTTCTAT TACATTGAAT ACTGAACTCT CTTTGAATTA TGTATGGTAG
AACGCTATTG TGATAACGTG GTGATATTTT GACCAAACAG ACAAGGAATT TGCTCCGCAT TGCTATATAC AACATCAGCT
ACATCAGAGG TCTATTCCCT GAGAAGTACT TCAATGATAA GTCGGTTCCG GCACTAGGTC ACATTACCTA TAGTCCCTAA
CCCTTTTATA CACCAAATTC CTCAGATGAT ATGATATTAT TAGCTGGAAC ACCCTTTTAT TTATTGCAGA GATGAAGATT
AAGAAGCTAA TGCCCATGGA TACTGAGTCG AGGAGGTTGA TTGATTGGAT GGAAAAAGGT GAAAATATGT CCTGTTTTAC
GTGTTAAATC TTTTTAATTT TCCAATTTGT TCATTTAATC CATTTTTGTG ATAAATTTTA GGTGTCTATG ATGCACTACA
GAAGAAATAT CTCAAGACCC TTCTCTTCTG CATCTGTGAG AAGGAGGAAG GCCCAATGAT TGAGGAGTAT GCATGTGAGT
ATTACCATGT GAAATATGGC TAACTTCTAG CATACAAAGT TGGTTTTACA TCAGTGATTG TGGGTCATAT GTCAAACATT
TTCTTATTCT GTGTCAAACT CCCCTGCAGT CTCATTTAGC TACCCCAACA CGAGCGGTGA TGAAGTTGCA ATGAACTTGA
GCCGCACAGG GAGCAAGAAA AACAGTGCTA CATTTAAATC AAATGCAGCA GAAGTCACTC CTGATCAGAT GAGGTTCTCT
CATACATATC CCTTTTAAAG GCTATGATTC ATTCTAGACT TCTAGTTAGT TATCCATGCT GCTTAGCTAA ATGCTACGAT
TTAATGGTTA ATTTTTCATA TTGCTTAGCA TTATACATTT TGGAGAGTGT TTGTTTAATG AAGTTGCAGT CCCAACATAA
CAATAGTTTA AAATTTTATG ATTTCAAAGA AGTAGGAGCA AATTGATGAC TAAAAGGAGT TCAGATTTTC TTTTTCTATG
TAAGGAATGT GGTGAAAAAG TGAGGTACAT AGATTCCAGT AACTTTGTAA ATTTAGGTAC ATAGGACTGT GAGGTGGCAA
TAAATGATGT AAATCCTTTT TAAAAACATA GTTGGGCTTA TAATTTTGAG TCCAACTTTT CTGCGAGTTG TTCTTAAATA
TTCTTCCACA ACTTGCAGAA TTCTAGTTCT GAAGGTATGG TTTCAATTTA GTCCTTTAGA TAAGCTCATT AATGGTTGTT
TATTGGTTTT TATATGTGTA TGGCAATTGC AAAGTAATTA TTGTAAGCTT TAACTAGTCA CTGCTGATAT CCTGACATGA
TCATATGGTT CCCAATCAGG AGCTCTGCTT GTAAGATGAT AAGAACACTG GTTTCACTTA TGAGGACCTT GGACCAAATG
CCAGAGGAGG TAATTTTTGC ACTTCACAGA TTTGTTACAA TGGATTGAAC TTACCTAATG CTATCCTGTA TTTGTCCTCA
GAGGACCATT CTAATGAAGC TGCTATACTA CGATGATGTC ACAGTGAGTG CAGCAATTTG TTCTTGCTAT TTACTGAAAC
TTGAAGCCGC CATAATAGAT AATTATTTTT GCTCTGAACA AATGAAGGAT TCAACCTTTT CTGTTCTATA GAACTTTGTT
CGTGGAATCG AAAACAGTTA ATTTATTATG CTATTTGCAG CCTGAAGATT ACGAGCCACC CTTTTTTAAG TGTTGCGCTG
ACAACGAGGC CATAAATATA TGGAACAAGA ACCCCTTGAA GATGGAAGTT GGAAATGTCA ATAGCAAGCA TCTCGTGTTA
GCTTTGAAGG TAGTGGATTA TGGAGATAGC AGTCGTTTGG ACCAGGAAAC CTCTGTTTTC TCAATTAAAC TCATTGCTAC
ATATGTTTTT ATTCTTTATG CAGGTCAAGA GTGTCCTTGA CCCTTGTGAT GATAACAATG TCAACAGTGA AGATGATAAT
ATGAGCTTGG ATAATGAATC TGACCAAGAT AATGATTTTT CTGACACTGA GGTAAAGACC TAAGAGAACA TATAATTGAG
CATCTTTATT AGTGAGATTC TCTTAATTTT CTCCTTAGTG TGCTGTGATG CCACCTTTCG ATGTATACGC ATATTTTTGT
CTTCCTTTTA CCTGTAGTAT AGACTGAATC GCTAATTCTA TTAGGTTCGC CCATCTGAAG CAGAGCGTTA CATTGTTGCT
CCAAATGGTA AAGTTTCTTT GTTTGTATTC TTGTTGTACT TTCTGTTTTT GGTGCTAACA TACTTATCAA AATAGATGGG
ACTTGCAAAG GTCAAAATGG TACAATCTCA GAAGGTCAGT TAATTTGATC TGAGAGCTTC ATCTGTGCAT CCTTTTCCAT
ACAAATGAAT TTTATGTCAA CTATTAAGTT ATTATTCAAA TGTTTGGATG CTCATTTAAT TTTTCATGAA GTGTGCAATA
CATGTTCAAC ATTCTCTGAC TCTGTAGTAC CTGAAAATTT CATACGTTTC TCTGACTTTG TATGTTTGCA GATGATACTC
AAGATCCTGT TCACGAGGAA GAGCTAACAG CTCAAGTAAG AGAGTGGATA TGCTCAAGAG ACACTGAAAG TCTTGAGGTT
TCAGATGTCC TTGTTAATTT CCCCGACATA TCAATGGTAA TGCCTACTGG TATTTCATTT ATATAATAAA ATAGCTATTT
AGAGTATTTA CTGTTTTGTG CTAGACTTAC AAGTAGGTCA CAAACTTTTA CCCGCTTTTA TGTCATCAGT GTTTATAAAT
CAAACAATAT CTTGATATAC TGTATGAGCT GTATGGCTGG CTATTAACAA TATCTTGTTG AATGCTTTGC AGGAAATGGT
TGAAGGTAGT GGTGTGAAAA ACTTATGTGT GCTTACCAGG CATTCTTTCT TCACTCTCAC TAAAGCCTTG AAATACTTGA
CTAATGACTC ACTTTTCAGA TATTATGGAG AGGCTACTTA AAGATGGTTT ACTATCCAGA GCAAAAAAGG ATAGTTATTC
TGTTAATAAG GTCAACCAAA CATTTTCTTC ATGTGCTATA TTTTAGTTTT ACCCTGTGGC ATATTGTACT GTCCATCACT
AGCATCATAG AGTGGCTTCA GATTGCTGAT CCTACAACAC CACACATAAA GAAAGAGGTC ATCATGCAAA ATGTCTCACC
TACTgaagga actaaaaata gcaatggtga tctgatgtat atgaaggtgt atctctgtcg cttacccttg gcttgtattt
ggaggtcatc atgtcatttc tgctgatata tatcgttgct acaggcactg taccatgcac ttccaatgga ttatgtgtca
gtaggcaaac ttcatggcaa gctagatggg gaggccagcc agaacatggt tcgtaagttg attgaaaaaa tggtgcaaga
cggatatgtc aagaattcag ccaaccGAAG ACTAGGTAAC ACCTTGAACT AATCTCTTGC AAAATCTCAA ATGCTTCTAT
TCTATGGTAC ATTATTTACT TTTCTGGTTT AGTCTGTCAG CCAGGAGCAA GTTATGTATT GTTTGCTCAA TTCTGTTACA
ACTGTGAAAG GAGAATAACT GAATCAACAT GCCAACTGAG TGTCATTTTC TACATAGATT GTGCAACTTC AAGTGATTAC
CTTTTGTCAT GTTCACTTAT TATATGAAGA ACTGTCAACA ACTTCTCTTG AAGAAGGATT TTGGATGCCT CATGAAAAAC
ATTGTCTAAC TGTAATACTT GTGAAGAATA TACATGTACT GAAGCTGTTG CTGCTTTAGA TGAAAACTAA TGATTTTAGG
AACTTCAGAT ACATCACTCT TATCTTTTCA GATTGACCAT TGCCGCCATG CATTGTACTA ATAGAACTAG TACTAATCTT
TGAGCAAATG ACTGATTCAC TACTACTGTG CACCATACCA TCTTATGGCC TATGTCACTC TATTTTACAG GCAAAGCTGT
CATTCATTCT GAAGTCACCA ACAGAAAGCT CCTTGAGATA AAAAAGATTC TGGAAGTCGA TATAGCCGAA CAAATGGTAC
CATAATCATA TCTAACAGCA CCAAGTTTTT ATCTAGTAAT TCTTTGCATT CCACAACATT CATTTTATTC ATGGTTAATC
TGAAACTCTG CTTCATCATG CAGGCCATTG ATACCAATGC AGAACCTGGT GAGCCTGAGC GCAAAGACCA CCTGAGTGGT
AATGGCAACA ACAATCCGCA TCTCCATGGA CTTGGCATCT GTCTTTGCGT ATATAGTACT AACATGACAT TGTCCAATAT
GTTTCTCTTT ATAGGCCATG AAATGAGAGA TGGATCGACG ATGGGTTGCC TCCAGTCCGT CGGATCTGAC CTCACCCGCA
CCCGGGAGCT TCCGGAGCCG CAGCAGAACG TGTCCATGCA GAGCGGGCAG GAAGCTTCCA CGGTGGATAA GGATCCAAGC
AGGACTCCTA CAAGCGTGCG CGAGGTATAA CCGAAACCTG ATCCCCTACT AACCACAGAC GATTCTGAGC CATATGCGAC
TCAGAATCCA GGTAAATTAA ATCACAGACA AACGTAGAGC TGAAGGTGAT GAACTGTGTG ATACCTTTGC AGCAGGCGTC
CGTTTGTTCC CTGGAGAGTG GGGTTCTCGG GCAGAAGGTC AGAAAGTCTT TGGCTGGTGC TGGCGGGACG CAGTGCTCGC
AGGACAAGCG ATTCAGGAAG GCCAGCACGG TAAACTCTCC ATGTCCCAAC TCTGAACTGA AACATCTGGC ATTTGGCATG
TACTAGTATT TGGCATTTGG CGCTGTAATC AAGTTGAGTT TAATTGATCC CGTGAAAATG ACCGCAGGTG AAGGAGCCGA
TCCTCCAGTA CGTCAAGCGC CAGAAGTCCC AAGTTCAAGT TCAAGTTCAG TGAGGGTTCG TGTCGCAAGC GTCAGGAGCA
ACTAACATCG TAGTTCAGGT GCAGAAGACC ACAAGTAGAT ATATCCATCC TATTCCTAGT TCCGGTGCTC AAGTTTGTGC
AGATAGTCAG AGAGCACTCA CGCACACGTA GATATCTGTC CATGCCGCTG TCCCAAATGG CAAATGGAGA TAGACGCTAC
TATGTGCTAA CACACACTCA AATTAAGCAT TCAAAACGC

Locus: Os09g0506800

Loading... No data Feature: Raw Normalized or Cy5/Cy3 Ratio
RXP_0001: Spatio-temporal gene expression of various tissues/organs throughout entire growth in the field RXP_0002: Diurnal and circadian gene expression profile of leaf throughout entire growth RXP_0003: Leaf gene expression profile throughout entire growth in the field (12:00) RXP_0004: Leaf gene expression profile throughout entire growth in the field (00:00) RXP_0005: Leaf gene expression profile during sunrise RXP_0006: Leaf gene expression profile during sunset RXP_0007: Root gene expression profile throughout entire growth in the field (12:00) RXP_0008: Root gene expression profile throughout entire growth in the field (00:00) RXP_0009: Diurnal and circadian gene expression profile of root RXP_0010: Gene expression profile during reproductive organ development RXP_0011: Grain gene expression profile at early developmental stage RXP_0012: Embryo and Endosperm gene expression profile at ripening stage RXP_1001: Root gene expression profile in response to abscisic acid RXP_1006: Shoot gene expression profile in response to abscisic acid RXP_1002: Root gene expression profile in response to gibberellin RXP_1007: Shoot gene expression profile in response to gibberellin RXP_1003: Root gene expression profile in response to auxin RXP_1008: Shoot gene expression profile in response to auxin RXP_1004: Root gene expression profile in response to brassinosteroid RXP_1009: Shoot gene expression profile in response to brassinosteroid RXP_1005: Root gene expression profile in response to cytokinin RXP_1010: Shoot gene expression profile in response to cytokinin RXP_1011: Root gene expression profile in response to jasmonic acid RXP_1012: Shoot gene expression profile in response to jasmonic acid

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Locus: Os09g0506800

Loading... No data Hierarchy: 1 2 3 4    MR or MR rank: 1 2 3 4 5 10 15 1 2 3 4

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