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Gene: LOC_Os06g19444.2


  Alternative name:13106.m02072

Genotype (Genotype)
  species: Oryza sativa japonica
  name: (Japanese rice)
  type: wildtype

Gene function:
protein CCT/B-box zinc finger protein, putative, expressed (TIGR 6.1)

Gene Ontology
GO termIdentifierType
transcriptionGO:0006350biological process
bindingGO:0005488molecular function
transcription factor activityGO:0003700molecular function

Related with
Xa21_454_52020 cDNA clone
Xa21_454_27597 cDNA clone

Orthologues and co-orthologues identified by INPARANOID
AT3G07650.1 Arabidopsis thaliana
AT3G07650.4 Arabidopsis thaliana
AT3G07650.2 Arabidopsis thaliana
AT3G07650.3 Arabidopsis thaliana
LOC_Os06g19444.1 Oryza sativa japonica
LOC_Os06g19444.1 Oryza sativa japonica
POPTR_0014s16870.1 Populus trichocarpa

External resources
Michigan State University - Rice Genome Annotation
Aramemnon
Gramene
PlnTFDB
MapCave
iHOP (13106.m02072)
 
Sequence: LOC_Os06g19444.2
submitter of sequence: public data
length: 1224
description: coding sequence (MSU 6.1)
LOC_Os06g19444.2
ATGGGCGCTC TTTGTGATTT CTGCGGGGAG CAGAGGTCTA TGGTTTATTG CCGATCAGAT         60
GCAGCATCCT TGTGCTTATC GTGTGACCGT AATGTGCATT CAGCTAATGC TCTTTCTCGG        120
CGCCATACAA GGACACTTCT GTGTGATAGA TGTGCTTCAC AGCCTGCCAT GGTCCGCTGC        180
CTTGTAGAAA ATGCCTCGCT TTGCCAAAAT TGTGATTGGA ATGGGCATAG TGCTGGGTCT        240
TCAGCTGCTG GTCATAAGAG GCAGACCATA AACTGCTACT CAGGGTGCCC ATCATCTTCA        300
GAACTTTCAA AAATCTGGAC ATTTGTTTCG GATATTCCTA ATGTAGCTCC TGAGCCGAAT        360
TGCGAGCAAG GGATAAGCAT GATGAGCATC AGCGACAGTG GTGTCAGTAA TCAAGACAAT        420
GCTGCAGGGG ACAGCAGTTT GTTAGATATT GCTAGTGCAA CCCTTATGAG TGATCTTGGC        480
ACTGCTGGCA AGCCAAAGTC TTTGATAGGC TCCTCATCTG AAGCTGGCGT GAACCTTCTT        540
CCACTTGCTA CTGATCAGAT GGCTGGATCC GTGGATTCGA CATCAGCTAA GGTGCCCTAT        600
ACGGCAGACC AAGATATGTT CAGCAAAGAC AGTATATATG AAGATTTCTG TGTGGACGAT        660
GTTGATCTTA GTTTCGAAAA TTATGAGGAA CTATTTGGCA CCTCCCATAT TCAAACAGAG        720
CAACTGTTTG ATGATGCTGG GATCGACAGT TACTTTGAAT CGAAGGAAAT ACCTTCTGGA        780
AACTCTGATG AGCCCAAGCT GATGCAGCCA GTGACCAGCA ATGCAGTATC TGCTGATTCA        840
GGGATGTCGA TCCCAGGAGC CAAAGGTGAT TCCAGTCTTT GTATACCTGT GAGGCAAGCT        900
AGGTCCAGTA TCTCTCTTTC ATTTTCTGGT TTGACTGGTG AGAGCAGTGC TGGAGATTAC        960
CAAGATTGTG GGGTATCACC AGTGCTCCTT ATGGGTGAGC CTCCTTGGCA TCCTCCTGGC       1020
CCTGAGGGGT CATTTGCTGG AGCTACCAGA GACGATGCTA TCACACGATA CAAGGAGAAG       1080
AAGAAGAGAA GAAAATTTGA CAAGAAAATC AGGTATGCAT CTCGCAAGGC TAGGGCAGAT       1140
GTGAGAAAAA GAGTCAAGGG CCGGTTTGTT AAGGCTGGTG AAGCATACGA CTACGATCCA       1200
CTCTGTGAAA CGAGGAGCTA CTGA                                              1224
 
Sequence: LOC_Os06g19444.2
submitter of sequence: public data
length: 2298
description: cdna sequence (MSU 6.1)
Sequence features and Clone alignments (BLAST):
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Gene structure   UTR    start codon    stop codon    exon-exon border 
Clone alignments   forward    reverse    start    stop 
Protein domains   domain       
Click on sequence features to obtain additional information.
LOC_Os06g19444.2
ACTACTCTCT CTCTCCTCCG GCTATAGGCT GCGTGTTCCC TCTCTCTCTC CTCTTATCCT         60
TCTCTTCTCC GTTTGCTTCG CTGCTGCTGC TGCTGTTCTA CGCGCGCGAC ACGGAAGAGA        120
GAAAAGTGGT TTTTTATTGG GTTCCTAAGC CCTTTTTGTT TCCAGAGGCT TCTGGATTGA        180
TCGGTTGATC TCTCTCCCTT CCCCTCTAGG GTTTCCTGGG GGTGGATCTG AGGAGCGGCG        240
GCGCTCCTTC GTCCCGGTTT ATGTAAATCT GATCGATCCA GAAAGTTTGT GAAAAAAGAG        300
TGTGGCACAT ACCTAAAGCT GGCTTAAAGT TTGCCCATAG CTAATATCAT GGGCGCTCTT        360
TGTGATTTCT GCGGGGAGCA GAGGTCTATG GTTTATTGCC GATCAGATGC AGCATCCTTG        420
TGCTTATCGT GTGACCGTAA TGTGCATTCA GCTAATGCTC TTTCTCGGCG CCATACAAGG        480
ACACTTCTGT GTGATAGATG TGCTTCACAG CCTGCCATGG TCCGCTGCCT TGTAGAAAAT        540
GCCTCGCTTT GCCAAAATTG TGATTGGAAT GGGCATAGTG CTGGGTCTTC AGCTGCTGGT        600
CATAAGAGGC AGACCATAAA CTGCTACTCA GGGTGCCCAT CATCTTCAGA ACTTTCAAAA        660
ATCTGGACAT TTGTTTCGGA TATTCCTAAT GTAGCTCCTG AGCCGAATTG CGAGCAAGGG        720
ATAAGCATGA TGAGCATCAG CGACAGTGGT GTCAGTAATC AAGACAATGC TGCAGGGGAC        780
AGCAGTTTGT TAGATATTGC TAGTGCAACC CTTATGAGTG ATCTTGGCAC TGCTGGCAAG        840
CCAAAGTCTT TGATAGGCTC CTCATCTGAA GCTGGCGTGA ACCTTCTTCC ACTTGCTACT        900
GATCAGATGG CTGGATCCGT GGATTCGACA TCAGCTAAGG TGCCCTATAC GGCAGACCAA        960
GATATGTTCA GCAAAGACAG TATATATGAA GATTTCTGTG TGGACGATGT TGATCTTAGT       1020
TTCGAAAATT ATGAGGAACT ATTTGGCACC TCCCATATTC AAACAGAGCA ACTGTTTGAT       1080
GATGCTGGGA TCGACAGTTA CTTTGAATCG AAGGAAATAC CTTCTGGAAA CTCTGATGAG       1140
CCCAAGCTGA TGCAGCCAGT GACCAGCAAT GCAGTATCTG CTGATTCAGG GATGTCGATC       1200
CCAGGAGCCA AAGGTGATTC CAGTCTTTGT ATACCTGTGA GGCAAGCTAG GTCCAGTATC       1260
TCTCTTTCAT TTTCTGGTTT GACTGGTGAG AGCAGTGCTG GAGATTACCA AGATTGTGGG       1320
GTATCACCAG TGCTCCTTAT GGGTGAGCCT CCTTGGCATC CTCCTGGCCC TGAGGGGTCA       1380
TTTGCTGGAG CTACCAGAGA CGATGCTATC ACACGATACA AGGAGAAGAA GAAGAGAAGA       1440
AAATTTGACA AGAAAATCAG GTATGCATCT CGCAAGGCTA GGGCAGATGT GAGAAAAAGA       1500
GTCAAGGGCC GGTTTGTTAA GGCTGGTGAA GCATACGACT ACGATCCACT CTGTGAAACG       1560
AGGAGCTACT GAACACAATA AAACATTATC CAAGTGTTAG GTTAGCAAGC ATCAACCAAT       1620
GCTTGTTGTG GCTGGCAGGA AGGCACTCAT ACTACAAACA ATGTGGCAGG CCTGCCTCTA       1680
AAAACAACAA AAAAAACAGA GCAATCAAGG GGACAAAAAG GACAAAAAGA TTTGAATTTG       1740
GGAAATTTTT CAGATGCTAC CCCCTCCTTT TTCTTCTGTA CAGTGGAGGG AATTTGCATC       1800
TTTCTGTTGC TTTCGGGAGG AGCGATTTGA GTCGCTGCCC ACCTTTTGTG AATTAATCTT       1860
GATACAGCTG AACAAACTTC ACTTGCATTT TTATCTCCTT TCTACTAACC AGAGCATCCA       1920
CCTACCCTTG CTGTGGTGTT TTTGGTGGTA TGCTTCCAGA TTGGACTATT AGCAAGACAA       1980
GGATGGATGT AGTCGTGAAA TCTTCTGCTG CTCTATTTAT TGTTATGTAA AATCTGCTGT       2040
AATCCGGAGT TTATTCTGCA ACTCTGCATG TGTAAATACC AGATCAGAAT AAACTGGTAG       2100
ATGTAAAGTT TTCTTTATTT TCTCAAGTCG ATGACATTGG AACCCATGTA ACCGGCCACC       2160
AACTTTTTTG TTTCACTATG CTCAAATATT CGAAAACTTC AGACTGGCTT AATGCTATTA       2220
TTTGTACTAA GCATATGCTT GAATATGCGG TCCTTTTTGT TACAAGTAAT ATTCTTTTTG       2280
TGGTTGATTT GACCTTTT                                                     2298
 
Sequence: LOC_Os06g19444
submitter of sequence: public data
length: 6614
description: genomic sequence (MSU 6.1)
LOC_Os06g19444
ACTACTCTCT CTCTCCTCCG GCTATAGGCT GCGTGTTCCC TCTCTCTCTC CTCTTATCCT         60
TCTCTTCTCC GTTTGCTTCG CTGCTGCTGC TGCTGTTCTA CGCGCGCGAC ACGGAAGAGA        120
GAAAAGTGGT TTTTTATTGG GTTCCTAAGC CCTTTTTGTT TCCAGAGGCT TCTGGATTGA        180
TCGGTTGATC TCTCTCCCTT CCCCTCTAGG GTTTCCTGGG GGTGGATCTG AGGAGCGGCG        240
GCGCTCCTTC GTCCCGGTGC GTGATCTCTC TCTCTCTCAA TCTCCGTTGA GGCGTTGGTT        300
TCCCCGCTTG GATTCTGCGA GGTTGGTAGT GTTTGCGTCC GCGGGGGTTT GCGCTCTGGT        360
TTGGATTTGG ACCGAGTTCG AGTACTTCGG AGCCCTTTCC TCTGTTGGGA TTCGTTGGCT        420
TTGGGGTGTT CTGCATGCAT CGGTCCTTTT ACGGAGGATT TGGGGGGTTT TGTTCTGTTT        480
CTGGCTGGCT TCGATTTTTT ACTGGCTGAG TGATTGCTGC TTCGTGTGTA CTACGGCGTT        540
GTTCGTGTGG TTGGATTTGA TATGGGTTAA TTTTGGTTTG GATTTCGTCC GGGGTCATGT        600
AAGTGAGATT TCGGGTTAAG TTTGTGACGA CAGCTCTGAA GTTTCTTACA AGATGTTTTT        660
TTTAACAGTA ATCGACTTTT CTACGATTGG CTATTTTTTT CCCCTTTGTT TCAATCAGAA        720
AATAAATCTT TTCCCCTTTA ACAAATGGGC GAAGCATGTT TTTGAATTGA ATTTGTGGGA        780
CTGTTTTTTT ATTCGATGAA CTAAAAAAAG TTATGGATCT TAGGATTGTT TTTCTTTTTT        840
TTATTCTTCG TATGTTGTCA CTAAATAAAA AAATTTCAGC TTTTTTCTAT TGTGAAATAT        900
ATTGTCAATA TGTTCTTGCT TTTTTTTTCG TACTATGGTC TAAGAAACTG GAGTTAAAAT        960
GAAAGAGAAC TCGGTCTTTG ACTAATTCTA CAATTTTTTA ATGGGACATC TTTTCTACAT       1020
CTTAAATTCC ATCGTTTTCA TAAAATTTTC TTTCGTGCAG CTTTTTTTTT CTTGCTTGCC       1080
ATAGCTATTA AAATCTTTAG TTCCTTTTTT TTAATCTTTA TCCAGACATA GCTTGCCTAG       1140
ATGCAAAAGT TGTGTGTTTT GCTATGCCCG CCTAAAATAA CATTTATTTT GCCATGTCAT       1200
CAAACATTTT TCTTTCTGCC AATCCTGCAT GTCCATGAAA ACATTTCTTA ATAGGCTTCC       1260
TTACCCTACT TTTTACTGGA GTACTAGTAC TCAAGACTGC AATTTTTTCT TCACCTTTTC       1320
GTTTACCTTT ATAAGGCTTT TTTTCTCCCC TGATGCTATG ATTTTATCCT GCAAATTGAC       1380
CCTTCTTTTG GTTTTATAAA AAAGACTAGG ATAGCTCCGT CTTTCTTTGC TTATATCGTT       1440
ATTTCAGCCT CTTCTGTTAG ATATATTTCC CCCCTATTTC GAGTGTTCAA CTAATGCGGC       1500
TTGTCGTTCG TTGCTTGGAG AAATTGTGAT AAAATATACT ATTTTCATAA TGAAACCGAT       1560
AATTGTCGTT GACTCGTAAT GTAGTTATTT TGGTTCTTGT GATAATTTTC TACATCTCTC       1620
TTTTTCCCTT GCAAACTTAG TACCTATGGG AATGGGAATA TATGCTAGAA GCAATGAGTG       1680
AGGTGCTGGA ATTATATAAT ATGTGCCAAG AGCAGGAGAT TCCAAAGACT AGTTGCTGAT       1740
ACTTTTGTAG TGGGATTTCG ATTTTTTATG CTTCGGTTGG CAAATGGGGG CGGAGTCCAC       1800
AGATTAATGA GTCCGTTGAA ACCTAAAGTA GATGGCGGTA ATATGTCCTA ATTAGGAAAT       1860
ATATCTACAT TATCCTTTAG ATTATATTAT TGATAGCTGA TGCAAGACGA CGCTGAGTGG       1920
AACATACTTG TTGCTACCTG TTTTGAACAT TTCTCTTGGT TTGAATGAAA ACTGAAAAGG       1980
ATGGCTACCT AGGGTCCTAG GTCATAGCAA CTGAAACAGT AAAAAATATA AAATCTATGT       2040
TCTCATGTAG GTGGATGCCC ATAAATGTAT GAATATTCAT TTATGAATAC TCTACGGTTT       2100
TCCAATAGTA TGTGGGAATA TTTTTTTATG TGCTGGTACT AATGTTTTCT AATAACTGTT       2160
TGTTGATACT GTACAGGTTT ATGTAAATCT GATCGATCCA GAAAGTTTGT GAAAAAAGAG       2220
TGTGGCACAT ACCTAAAGCT GGCTTAAAGT TTGCCCATAG CTAATATCAT GGGCGCTCTT       2280
TGTGATTTCT GCGGGGAGCA GAGGTCTATG GTTTATTGCC GATCAGATGC AGCATCCTTG       2340
TGCTTATCGT GTGACCGTAA TGTGCATTCA GCTAATGCTC TTTCTCGGCG CCATACAAGG       2400
ACACTTCTGT GTGATAGATG TGCTTCACAG CCTGCCATGG TCCGCTGCCT TGTAGAAAAT       2460
GCCTCGCTTT GCCAAAATTG TGATTGGAAT GGGCATAGTG CTGGGTCTTC AGCTGCTGGT       2520
CATAAGAGGC AGACCATAAA CTGCTACTCA GGGTGCCCAT CATCTTCAGA ACTTTCAAAA       2580
ATCTGGACAT TTGTTTCGGA TATTCCTAAT GTAGCTCCTG AGCCGAATTG CGAGCAAGGG       2640
ATAAGCATGA TGAGCATCAG CGACAGTGGT GTCAGTAATC AAGACAATGC TGCAGGGGAC       2700
AGCAGTTTGT TAGATATTGC TAGTGCAACC CTTATGAGTG ATCTTGGCAC TGCTGGCAAG       2760
CCAAAGTCTT TGATAGGCTC CTCATCTGAA GCTGGCGTGA ACCTTCTTCC ACTTGCTACT       2820
GATCAGATGG CTGGATCCGT GGATTCGACA TCAGCTAAGG TGCTATAAGG CTTTCACACA       2880
TTCCTCCATA CATAGATTTA CTAATTCGCC TCAATTCACC TCTGCCGCTG CATATACTAC       2940
CCATATCCCA TGGATGTAAG ATAATCGACT GTTTTCCTCC CTACAGTTGG CCATTATCAT       3000
TTGTTTACTC TACCATATAT GCCATGATTT TCTTTTTCTG TGTGTACTCT ATTTTGAATG       3060
CATATTGTAA GTGAGTTCAC TTAAATTTCT ATACAAGAAA AAGAAATAAT CTAACTGTTA       3120
ATGATGCATA AGCATAAGCT TGTCAATGAT TACTTTACCA TATGTCATGG ATTTTTTCTG       3180
TGTACTCCGT TTTGAATGGA TATTGCAAGT GAGTTCAGTT AAATGTCTAT ACCAAAAAAA       3240
ACTGTTAATT GTGCATAAGC ATAAGCTTAT CGGGGTAGTG GATGGTGCAT GGAGGTTCAA       3300
TAGGCTAGCA GAAGTTGCTG AAACTGTATA CATGCATGTG CAATGAGATA TGAACATTAT       3360
GATGTGTATG GACTACAATC TGGATCCACT CAGCAGATAT GAATAGATGA AACAGGGTAA       3420
TAACAGAATA TGGAGTATAG AAAATGTCTA TATTACAGAA ATAGTTATAG GACTATCGAG       3480
AGGTTTAGAC AGGTGGATAA CTATGGTGCT TATGTTCTTA TGTCAAGTCT TGTCTTCCAA       3540
GTGTTCTGTG ACCTCATGCA GATCTACAAA TGCATATTCT CACAACATTA AAATTTGGTA       3600
CAAGTAATCT TTTAAAATTA TTCCTTCACA ATTTCTTTGG AAAATGTTAA GAACACTGCT       3660
TTGTATTATT TGGATGATGT AGCATTTCAC ATTTTAGTCT ATCTCGTATT CTAATTTATC       3720
TTACTGGACC ATAGATTCCC ATGACAGGTT ATTTGTGTGG AGAACTTTAA AGATTCTATA       3780
CAGAGAGAAT TTACTTTCGT CTTTCTTCAA ATCACTTTCT CTGTACAGCA TTTGCAAATT       3840
TTCAGGCCGT TTTACTTCAA TCTTCCACTA CACCATGTTT CTTTTTTAGA GAGCATAAGA       3900
CACACACACA CACACACACA AACACATTCT TCCACATACA TTCACACCGT GTGTGCGTGT       3960
AAGCACCCTA TGCACACACA AGGCTTCACC CAGGACATGC TTTCTCTCTT AATCCACACG       4020
TGTGCATGCT CCATGCTTCT TCAAAATTAG TTTGTCACTA ATCTGTGTTT ATGGTCTCCT       4080
TATGCAGGTG CCCTATACGG CAGACCAAGA TATGTTCAGC AAAGACAGTA TATATGAAGA       4140
TTTCTGTGTG GACGATGTTG ATCTTAGTTT CGAAAATTAT GAGGAACTAT TTGGCACCTC       4200
CCATATTCAA ACAGAGCAAC TGTTTGATGA TGCTGGGATC GACAGTTACT TTGAATCGAA       4260
GGAAATACCT TCTGGAAACT CTGATGAGGT TTGTAGTTTA CTCTTAATGG TTCCTTTTTA       4320
AGAAGTAAGC TTCAATTCCA CAGTAACATT CATTTGTAGG TTTTCTCGCA ACTCCTGATC       4380
TTCTTTGTTT CACCAATTCA ACTTGCCCTG CACATCTTTA TTGCTTGCAG GCTTTTCTCT       4440
TGGTTCGATT TCTCAGATAT ATGTTATTTA TTTGACCTGG TTTGAGTCAA ATTTATCTTT       4500
CATTAAAGAT AAATTATTAG GTGTTAAATC TCTGTACAAG AGGAGTCAGC ATTTGGATTA       4560
ATAATTAAAT TACTCTCGTC TCTCCCAAGT TTATCATTTC AGTCCATGGT CTCATCCTTC       4620
TCTTAGATCC CTCCCCTTTA GTTGTTCCTT CCCTGCTCTC CTTGGAACTG ATATATTCGC       4680
AGCTCCCATG TTCAAGAAGC AAAAGATGGA AGTTCTTAAT TAGTGTTTCT GGTCTTTGTG       4740
TTTATGAAAC AAACAAAACT ATGACTGAAA ATGGTAATCA GTATACATTC TCAAATGCAG       4800
CAGTTCATTT GTAATCCATT TGTTTGGAAA TTCATGTTGT ATTTAGTTTT GTCTGGGGCT       4860
TATTGGAGTT AACTTTCAGC ATTTATATTC ATTATTATCT TTTCAGCAGC CCAAGCTGAT       4920
GCAGCCAGTG ACCAGCAATG CAGTATCTGC TGATTCAGGG ATGTCGATCC CAGGAGCCAA       4980
AGGTGATTCC AGTCTTTGTA TACCTGTGAG GCAAGCTAGG TCCAGTATCT CTCTTTCATT       5040
TTCTGGTTTG ACTGGTGAGA GCAGTGCTGG AGATTACCAA GATTGTGGGG TATCACCAGT       5100
GCTCCTTATG GGTGAGCCTC CTTGGCATCC TCCTGGCCCT GAGGGGTCAT TTGCTGGAGC       5160
TACCAGAGAC GATGCTATCA CACGATACAA GGAGAAGAAG AAGAGAAGAA AGTAAGTGCA       5220
TTTCTTACTA ATTTCGCTAC TCATTTGCTT AAACATTTAT GCTGTATAAC CACGTAAGAA       5280
TTCTATAATA AATTTGTGGC TGCAAAAGAA CTCAAAGAGA AATTGTAGCT TGTAAACTTT       5340
TCGGCACAAC CTCTACTTTA CACATTTGGT AAAGAGTGCT TGTATCGTTG AGTTTCATGA       5400
AAGAAGACAC ATGGAAGTAG TTTTCATGGA AGTTAAATTT TGAGTTTTTG GAAACATCAG       5460
TTTTTGTTAC CCTAGTTTTA CAGTAGGTAG AAGTAAAATT ACCTTAACTC TGTATCTTTT       5520
TACTTACACC AAAAATGTTT TTGGTAGGTA ACTGCATCAC ATAAAAACAT GCTGAAGATT       5580
TTCTGCTTGA AGATAACTTA TTGCTACCTT TTCATTCAGA GAGCTAATAA CTTCTTGTTT       5640
CTTGCCTTCT CTTCTAATAT GTCAGTCCAC TGATGCTAAC ATGCTATATT TCTAGCATAC       5700
CAATTGCCTC CTTTTTGACA GCTAGCTGAT TATCTTTTCT CATGGCTTCT CTTGACAGAT       5760
TTGACAAGAA AATCAGGTAT GCATCTCGCA AGGCTAGGGC AGATGTGAGA AAAAGAGTCA       5820
AGGGCCGGTT TGTTAAGGCT GGTGAAGCAT ACGACTACGA TCCACTCTGT GAAACGAGGA       5880
GCTACTGAAC ACAATAAAAC ATTATCCAAG TGTTAGGTTA GCAAGCATCA ACCAATGCTT       5940
GTTGTGGCTG GCAGGAAGGC ACTCATACTA CAAACAATGT GGCAGGCCTG CCTCTAAAAA       6000
CAACAAAAAA AACAGAGCAA TCAAGGGGAC AAAAAGGACA AAAAGATTTG AATTTGGGAA       6060
ATTTTTCAGA TGCTACCCCC TCCTTTTTCT TCTGTACAGT GGAGGGAATT TGCATCTTTC       6120
TGTTGCTTTC GGGAGGAGCG ATTTGAGTCG CTGCCCACCT TTTGTGAATT AATCTTGATA       6180
CAGCTGAACA AACTTCACTT GCATTTTTAT CTCCTTTCTA CTAACCAGAG CATCCACCTA       6240
CCCTTGCTGT GGTGTTTTTG GTGGTATGCT TCCAGATTGG ACTATTAGCA AGACAAGGAT       6300
GGATGTAGTC GTGAAATCTT CTGCTGCTCT ATTTATTGTT ATGTAAAATC TGCTGTAATC       6360
CGGAGTTTAT TCTGCAACTC TGCATGTGTA AATACCAGAT CAGAATAAAC TGGTAGATGT       6420
AAAGTTTTCT TTATTTTCTC AAGTCGATGA CATTGGAACC CATGTAACCG GCCACCAACT       6480
TTTTTGTTTC ACTATGCTCA AATATTCGAA AACTTCAGAC TGGCTTAATG CTATTATTTG       6540
TACTAAGCAT ATGCTTGAAT ATGCGGTCCT TTTTGTTACA AGTAATATTC TTTTTGTGGT       6600
TGATTTGACC TTTT                                                         6614
 
Sequence: LOC_Os06g19444.2
submitter of sequence: public data
length: 408
description: amino acid sequence (MSU 6.1)
LOC_Os06g19444.2
MGALCDFCGE QRSMVYCRSD AASLCLSCDR NVHSANALSR RHTRTLLCDR CASQPAMVRC         60
LVENASLCQN CDWNGHSAGS SAAGHKRQTI NCYSGCPSSS ELSKIWTFVS DIPNVAPEPN        120
CEQGISMMSI SDSGVSNQDN AAGDSSLLDI ASATLMSDLG TAGKPKSLIG SSSEAGVNLL        180
PLATDQMAGS VDSTSAKVPY TADQDMFSKD SIYEDFCVDD VDLSFENYEE LFGTSHIQTE        240
QLFDDAGIDS YFESKEIPSG NSDEPKLMQP VTSNAVSADS GMSIPGAKGD SSLCIPVRQA        300
RSSISLSFSG LTGESSAGDY QDCGVSPVLL MGEPPWHPPG PEGSFAGATR DDAITRYKEK        360
KKRRKFDKKI RYASRKARAD VRKRVKGRFV KAGEAYDYDP LCETRSY*                     408

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