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| − | {{JaponicaGene|
| + | The rice '''''Os01g0909200''''' was reported as '''''OsDCL''''' in 2005 <ref name="ref1" /> by researchers from the USA. |
| − | GeneName = Os01g0909200|
| |
| − | Description = DEAD/DEAH box helicase, N-terminal domain containing protein|
| |
| − | Version = NM_001051683.1 GI:115441736 GeneID:4324864|
| |
| − | Length = 10546 bp|
| |
| − | Definition = Oryza sativa Japonica Group Os01g0909200, complete gene.|
| |
| − | Source = Oryza sativa Japonica Group
| |
| | | | |
| − | ORGANISM Oryza sativa Japonica Group
| + | ==Annotated Information== |
| − | Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta;
| + | [[File:23-f1.png |right |thumb |427px |''''''Figure 1. Representatives of newly identified miRNAs from rice. A, Predicted fold-back structure of OsmiR528, OsmiR529a,OsmiR529b, and OsmiR530 precursors from rice. B, Expression patterns of novel rice miRNAs. The samples from different tissues of wild-type rice, including root, leaf, panicle, and callus, are indicated above. The tRNA bands were visualized by ethidium bromide staining of gels and served as internal loading controls.'''''']] |
| − | Spermatophyta; Magnoliophyta; Liliopsida; Poales; Poaceae; BEP
| + | |
| − | clade; Ehrhartoideae; Oryzeae; Oryza.
| + | ===Gene Symbol=== |
| − | |
| + | *'''''Os01g0909200''''' '''''<=>''''' '''''OsDCL''''','''''DCL''''' |
| − | Chromosome = [[:category:Japonica Chromosome 1|Chromosome 1]]|
| + | |
| − | AP = Chromosome 1:41351529..41362074|
| + | ===Function=== |
| − | CDS = 41351933..41352152,41352244..41352355,41352487..41352670,41352765..41353091,41353368..41353649<br>,41353736..41354209,41354318..41354527,41354612..41354835,41355091..41355188<br>,41355267..41355757,41355837..41356108,41356854..41357110,41357260..41357478<br>,41357595..41357755,41357837..41358029,41358116..41358221,41358535..41358709<br>,41358992..41359144,41359251..41359382,41359708..41359771,41360099..41360169<br>,41360273..41360406,41360985..41361099,41361175..41361355,41361452..41361552<br>|
| + | *The activity of Dicer or Dicer-like (DCL) proteins is required for the maturation of miRNAs and siRNAs. |
| − | GCID = <gbrowseImage1>
| + | *OsDCL1 control developmental arrest at the seedling stage and pleiotropic developmental defects. |
| − | name=NC_008394:41351529..41362074
| + | |
| − | source=RiceChromosome01
| + | ===miRNA/siRNA=== |
| − | preset=GeneLocation
| + | *All miRNAs tested were greatly reduced in OsDCL1IR but not OsDCL4IR transformants,indicating that OsDCL1 plays a critical role in miRNA processing in rice. In contrast, the production of siRNA from transgenic inverted repeats and endogenous CentO regions were not affected in either OsDCL1IR or OsDCL4IR transformants, suggesting that the production of miRNAs and siRNAs is via distinct OsDCLs. |
| − | </gbrowseImage1>| | + | |
| − | GSID = <gbrowseImage2>
| + | ==Labs working on this gene== |
| − | name=NC_008394:41351529..41362074
| + | *National Key Laboratory of Plant Genomics and Center for Plant Gene Research, Institute of Genetics and Developmental Biology; |
| − | source=RiceChromosome01
| + | *Chinese Academy of Sciences, Beijing 100101, China (B.L., P.L., C.L., S.C.,C.C., X.C.); |
| − | preset=GeneLocation
| + | *Graduate School of the Chinese Academy of Sciences, Beijing 100039, China (B.L., P.L.); |
| − | </gbrowseImage2>| | + | *China Agricultural University, Beijing 100094, China (X.L.). |
| − | CDNA = <cdnaseq>atgaaccctttaaagaggtcattggaatcatcttctcaggaacatgaagcaggcaaacagaaactgcagaagagagagtgtcaagatttcactcccagaagatatcagcttgatgtctatgaggttgcaatgcggagaaacacgattgcgatgcttgacacaggagccgggaagacaatgattgctgtgatgcttatcaaggagttcggaaagataaacagaacaaagaatgctggaaaagtcatcatatttcttgcaccaacagttcaacttgttacacagcaatgcgaggtgattgaaatccacacagattttgaggtagaacaatactatggtgcaaagggggttgatcaatggacaggtcctagatggcaagagcaaatctcaaaataccaggtcatggtcatgacaccacaggtgttcctacaagctttacgcaatgctttcttaatcttggacatggttagtctcatgatatttgatgaatgccatcatgcaactggaaaccacccttatacaagaataatgaaggagttctatcacaaatcagaacataagccaagtgtgtttggtatgacagcatcacctgttataagaaaaggtatctcttctcatttggattgtgaaggtcagttctgtgaattggagaacctgttagatgctaagatctacacagtttcagatagagaagagatagagttttgtgttccttctgcaaaagaaatgtgcaggtactatgactcgaaaccagtttgttttgaagatttgagtgaagaattgggagttttatgttccaagtatgatgcattgataacagagttgcagaataagcgaagcgacatgtataaagatgctgatgatataacaaaagaatcaaagagacgcctttctaaatctatagcaaaaatttgctactgccttgatgatgttggtcttatttgtgcaagtgaggccacaaaaatctgcattgaaaggggccaggagaaaggttggctgaaggaagtagttgatgccacagatcagcaaactgatgcaaatggatcacgcctatttgcagaaaattcagcgcttcatatgaagttctttgaggaagccttgcatttaattgacaaacgcctccaacaaggtatcgacatgcttctaaactcagaaagtggatgtgttgaagcagcaaagacgggctatatttccccaaagctctatgaactcatccagatctttcactcttttagtaactctcgtcatgctcgatgcctcatttttgttgatcgaaagatcactgctagagtcattgaccggatgattaagaaaattggccaccttgcacatttcacagtttcttttcttactggagggagatcttcggtggatgctctgacacccaaaatgcagaaggatacattggattcatttcgctctggaaaggtgaacttactatttactacagatgttgctgaagagggtatccatgtcccagaatgctcttgtgtaatacgatttgatttgccaaggacaacacgtagctatgtgcagtcacgtggacgagcacgccaggaagactctcagtacattctcatgattgaacgggggaacgtgaagcaaaatgatttgatatctgcaattgtgagaagtgagacttcaatggttaagattgcttcaagcagagagtctggaaatctgtcgcctggttttgttcccaatgaagaaataaacgaataccatgtaggcacaacaggagcgaaagtaactgctgattcaagcatcagtattgtctaccgatactgtgagaagcttccgcaggataagtgctactccccaaaacctacatttgagttcactcatcatgatgatggatatgtgtgtacattagcattaccaccaagtgctgtgcttcaaattctggtgggcccaaaagcaagaaacatgcacaaagcaaaacagctcgtttgccttgatgcatgtaagaagttgcatgagctaggagcacttgatgaccacctttgtctatctgttgaagatccagttccagaaattgtaagcaaaaataagggtactggtataggtacaaccaaacggaaggagctacatggtacaacaagaattcatgcttggtctggcaattgggtgtcaaagaaaactgcactcaagcttcaaagctacaaaatgaattttgtttgtgaccaagctggtcagatttactctgaatttgttctgttaattgatgcaactttaccggatgaagtcgctactttggagattgacctatatttgcacgacaagatggtcaaaacttcagtttcttcttgtggacttcttgagttggatgctcaacagatggaacaagcaaagttgtttcaagggcttctcttcaatggtttgtttggaaagctgtttactagatcaaaagtacctaatgctccgagggaattcattcttaataaagaggatacatttgtgtggaacactgcgagtgtatatttgcttttaccaacaaatccttcttttgactccaacgtttgtattaattggagtgtcattgatgcggcagctacggcagttaaacttatgagaaggatttattctgagaataaaagagaattacttggaatatttgattctgaccaaaatgttggagatttaattcatttagctaacaagtcgtgtaaggctaacagcctcaaagatatggtagttctagcagttcacactgggaagatatatactgctcttgatattactgaattatctggcgatagcgcttttgatggtgcatctgataagaaagaatgtaaattccggacattcgcagaatatttcaaaaagaagtatggcatagtacttcgccacccctcacagccactactagttttgaagcctagtcataatcctcacaaccttctttcctcgaagttcagggatgaaggtaatgttgtggagaatatgagtaatggcacaccagttgtaaataaaacaagcaaccgtgtccacatgcctcctgagttgctgattccccttgatttacctgtggaaattttgagatcattctatttgtttccggctttgatgtatcggattgagtcattaacgttagctagtcaactaagaagtgaaattggatacagcgattctaatatatcaagtttcctgattctggaagctattacaacgcttaggtgctctgaggatttctctatggagcgtctagaattattgggagactctgtattgaagtatgcagtgagttgtcatcttttcctgaaatttcctaataaggatgaggggcagctatcatccataaggtgccatatgatttgtaatgccacactttataagcttggaattgaacgcaatgtacagggttacgtacgtgatgctgcatttgatcctcgtcgatggctagcaccaggacagctctctattcgtccatctccttgtgaatgccctgtaaaatctgaggttgtaactgacgatattcatatcattgatgacaaggctattgttctaggcaaggcgtgtgacaagggacacagatggatgtgttccaaaaccattgctgattgtgttgaggctattattggggcatattatgcagggggtggtttaagagcagccatggcagttctcaaatggttgggcatcggggctgaaattgaagaagacttgattgtgcaggccatattgagtgcttctgtgcagacttatcttccaaaagacaatgtatttgaaatgcttgaagcaaaactaggctattctttctcggtgaaaggtcttttggtagaggctctgactcacccatcacagcaggagttaggtgcaaaatactgctacgagcgcctagagttcctcggtgatgcggtcttagacattctgttaacaagatatcttttcaatagtcataaagacactaatgagggggagttgacagacttacgttctgcatcagtcaataatgaaaactttgcacaagttgcagtaaagcacaacttccatcactttctccagcattcttctgggcttctgttagaccaaattactgaatatgtgaataggttggaaggttcatccatggacaaagttgaactgttatcagatggactcccaaaagggcctaaagtccttggtgatattgtagaaagtattgcaggtgcaattcttttagacaccaaacttgatttggatgtagtctggggtatttttgaaccccttctttccccaattgtcacacctgagaatctggagttacctccatacagagagcttatcgaatggtgtggcaaacatgggtattttgtaggaattaactgtagagatcaaggagacacagtagtggctactcttgatgtacagctcaaagaggtgcttcttgtgaggcaaggttttagcaagaaaagaaaagatgcgaaagcgcatgcatcttccttactgctcaaagatctcgaggaaaaaggactaataatcccaaagaatgcaagcaagacagaacaatttgaaaagcattgtggcagcactaatcccttcaacaatttgcatgtcgatgcaatggatacacagactccaaaaccaaccaaggaaaaaaacgcagctgattcaaggaacatttctgatcccctgcttggtaaaccattgcacgtgattgtgaaaacgagtaaaggaggaccacgcattgcattatatgagttgtgtaaaaagttgcaatggccaatgcctacaatggaatctgagaaagtacaaccaagctttagcagcgtgtgctcctcccctggtggttcctctcagaaagctaccccccaagcgttcgctttcgcttcaaccattacattgcatataccaaatgctgatgtgatcagcctcacaggagatggccgtgcagataagaagagctcacaggattctgctgccctgttcttgctctatgagcttcagcggcgaggtactttgcaactccaggaggtgtga</cdnaseq>|
| + | <br> |
| − | AA = <aaseq>MNPLKRSLESSSQEHEAGKQKLQKRECQDFTPRRYQLDVYEVAM RRNTIAMLDTGAGKTMIAVMLIKEFGKINRTKNAGKVIIFLAPTVQLVTQQCEVIEIH TDFEVEQYYGAKGVDQWTGPRWQEQISKYQVMVMTPQVFLQALRNAFLILDMVSLMIF DECHHATGNHPYTRIMKEFYHKSEHKPSVFGMTASPVIRKGISSHLDCEGQFCELENL LDAKIYTVSDREEIEFCVPSAKEMCRYYDSKPVCFEDLSEELGVLCSKYDALITELQN KRSDMYKDADDITKESKRRLSKSIAKICYCLDDVGLICASEATKICIERGQEKGWLKE VVDATDQQTDANGSRLFAENSALHMKFFEEALHLIDKRLQQGIDMLLNSESGCVEAAK TGYISPKLYELIQIFHSFSNSRHARCLIFVDRKITARVIDRMIKKIGHLAHFTVSFLT GGRSSVDALTPKMQKDTLDSFRSGKVNLLFTTDVAEEGIHVPECSCVIRFDLPRTTRS YVQSRGRARQEDSQYILMIERGNVKQNDLISAIVRSETSMVKIASSRESGNLSPGFVP NEEINEYHVGTTGAKVTADSSISIVYRYCEKLPQDKCYSPKPTFEFTHHDDGYVCTLA LPPSAVLQILVGPKARNMHKAKQLVCLDACKKLHELGALDDHLCLSVEDPVPEIVSKN KGTGIGTTKRKELHGTTRIHAWSGNWVSKKTALKLQSYKMNFVCDQAGQIYSEFVLLI DATLPDEVATLEIDLYLHDKMVKTSVSSCGLLELDAQQMEQAKLFQGLLFNGLFGKLF TRSKVPNAPREFILNKEDTFVWNTASVYLLLPTNPSFDSNVCINWSVIDAAATAVKLM RRIYSENKRELLGIFDSDQNVGDLIHLANKSCKANSLKDMVVLAVHTGKIYTALDITE LSGDSAFDGASDKKECKFRTFAEYFKKKYGIVLRHPSQPLLVLKPSHNPHNLLSSKFR DEGNVVENMSNGTPVVNKTSNRVHMPPELLIPLDLPVEILRSFYLFPALMYRIESLTL ASQLRSEIGYSDSNISSFLILEAITTLRCSEDFSMERLELLGDSVLKYAVSCHLFLKF PNKDEGQLSSIRCHMICNATLYKLGIERNVQGYVRDAAFDPRRWLAPGQLSIRPSPCE CPVKSEVVTDDIHIIDDKAIVLGKACDKGHRWMCSKTIADCVEAIIGAYYAGGGLRAA MAVLKWLGIGAEIEEDLIVQAILSASVQTYLPKDNVFEMLEAKLGYSFSVKGLLVEAL THPSQQELGAKYCYERLEFLGDAVLDILLTRYLFNSHKDTNEGELTDLRSASVNNENF AQVAVKHNFHHFLQHSSGLLLDQITEYVNRLEGSSMDKVELLSDGLPKGPKVLGDIVE SIAGAILLDTKLDLDVVWGIFEPLLSPIVTPENLELPPYRELIEWCGKHGYFVGINCR DQGDTVVATLDVQLKEVLLVRQGFSKKRKDAKAHASSLLLKDLEEKGLIIPKNASKTE QFEKHCGSTNPFNNLHVDAMDTQTPKPTKEKNAADSRNISDPLLGKPLHVIVKTSKGG PRIALYELCKKLQWPMPTMESEKVQPSFSSVCSSPGGSSQKATPQAFAFASTITLHIP NADVISLTGDGRADKKSSQDSAALFLLYELQRRGTLQLQEV</aaseq>|
| + | |
| − | DNA = <dnaseqindica>9923..10142#9720..9831#9405..9588#8984..9310#8426..8707#7866..8339#7548..7757#7240..7463#6887..6984#6318..6808#5967..6238#4965..5221#4597..4815#4320..4480#4046..4238#3854..3959#3366..3540#2931..3083#2693..2824#2304..2367#1906..1976#1669..1802#976..1090#720..900#523..623#gtagtggcctctgtcgtccgtgagttaccctgacccctcctcgtcagtttgcccgccgcggcgccgccgccgccgccgccgatccccatccatcccgcgagcgagcagggcgccgtcgttcgtcctgctgcatccgccgcatcctggtgagcacctcctccgccaccgccgcctgcgtcgatccccatccatcgcgcgcgcgagcgagctgggtcgccgtcgttcgtactgctgcttccgccgcttccgttacgcacatcctctttctacccacgcactttttctcggatttgcgttaatcctagcttctgttctagaaactgacttaaccttagaaaatagtactaataacagttcaatggttcccaaaaagtttgggggtttaactgaaccccatgtcccatgttagatccgccactgcttcgaggattactaattccgttctatttgggtgtgaatattctcaatggtgaattgtcatgacctcactttgtaaatttctctgttggaatggcagtaaacatgaaccctttaaagaggtcattggaatcatcttctcaggaacatgaagcaggcaaacagaaactgcagaagagagagtgtcaagatttcactcccagaaggttctgcggagttctccttttcacagttactatattatataatcagaaaaagagtgcaatcctgtgacattgctttgtgatgctgaaattggtcagatatcagcttgatgtctatgaggttgcaatgcggagaaacacgattgcgatgcttgacacaggagccgggaagacaatgattgctgtgatgcttatcaaggagttcggaaagataaacagaacaaagaatgctggaaaagtcatcatatttcttgcaccaacagttcaacttgttacacaggttataccagtctgtagactgttcgttttatcctaactgtaatgtaatttatactaacattattttttgccacagcaatgcgaggtgattgaaatccacacagattttgaggtagaacaatactatggtgcaaagggggttgatcaatggacaggtcctagatggcaagagcaaatctcaaaataccaggcaagcatttatttgttgttgttttaaaggctcactgattcatcatatgtgctaaagaaaatactcattccatgctagcagcacttatgatctgcagtcttctgttcactatattatagagtaaatttcacgaaactacagatttttaaccaaattatcgcaaaactacagatttaaggccaagtattagagaactacagatttaatactaaagttatcacaaaacaacatattctagagtataaatctatagcactaccgttacgttagagctataaacattgtagttttgtgcttaaaattggcactaaacctgtagttttgtggtaaatttgctacttaatctttatctttgtgatactctatcttaaatctgtagttctatgagaaattccatgctaaatctgtagttttgtgatataacacctaaactctgtagttttgtgacagtttgatcgaagtatccatagttttgtgaaatttactcaacatcttttgttaagaatatcccatagatgtttttcccctgttctatctacttgttgatgctttcaacacttataataataaaattgcaggtcatggtcatgacaccacaggtgttcctacaagctttacgcaatgctttcttaatcttggacatggttagtctcatgatatttgatgaatgccatcatgcaactggaaaccacccttatacaagaataatgaaggtattgtgaaataccatcttatcatgtttttttttttttgacattagcatttaggtttttcttttttgtgtttgtcatatgttataactcatcactatctcaggagttctatcacaaatcagaacataagccaagtgtgtttggtatgacagcatcacctgttataagaaaaggcaagtattcagttatctgcaagagctatagaatgcttcttcttcttttcttttgtgtgggtgtgggtggggggaggaatgggatgttaagagacttataagtcagaaaagatcagcaataaatttcttgtaaacagtggcatttaggacatgtgttaattctgacctgccatctaagagaaatatccaggaataatgatcgtgcgcataatctccaatttcactttggccatagagttcataaatgccaatatttctggcagatttgatttattcgcatcacttagtcttattagatgatttgagttttcatggttttctttgcaggtatctcttctcatttggattgtgaaggtcagttctgtgaattggagaacctgttagatgctaaggtatgttcagtttcctgctttgccacacatattatttgaataagctgggttagattatacaggacatgttagttctgataactacactattctactttgtctattgaagtgcaaggatatatacatacctgaattccaattatttactgattgtggttttcaaccaaatgcaaattgttttactgttgtgttcgttttgagagcttaggtgatatatatttatctgttttacccatgccattttgggatacacctatgaccccttttaaaaatgtgatacggttatctgcgtactttgattctcattaatttttatctgtaacagatctacacagtttcagatagagaagagatagagttttgtgttccttctgcaaaagaaatgtgcaggtactatgactcgaaaccagtttgttttgaagatttgagtgaagaattgggagttttatgttccaaggttttatatctcttttttctcttctatattgatcaaatttgtcatcaaagtttgcagctcagcatttttaatgtttctaagaacacactcttttatgtatgtgcagtatgatgcattgataacagagttgcagaataagcgaagcgacatgtataaagatgctgatgatataacaaaagaatcaaagagacgcctttctaaatctatagcaaaaatttgctactgccttgatgatgttggtcttatttgtgcaagtgaggtatttgttatattcatttgttctagctacttatgttacaggaactgagcttaacttggtgcgaagcgcgtttgcacgcctcacaacctatttaaatccttttcagcctaattttgggttactttcttcttaaccaaaaaaatcccatctcttagtaattcttttttctctctcatactgcaacgttagctttctatgtttgaagagttcttttaccgtcactttgcttcagagttcatgtcttaatatgggtaaataataacttatcattcattctcttaggccacaaaaatctgcattgaaaggggccaggagaaaggttggctgaaggaagtagttgatgccacagatcagcaaactgatgcaaatggatcacgcctatttgcagaaaattcagcgcttcatatgaagttctttgaggaagccttgcatttaattgacaaacgcctccaacaaggtatgactatgtagataaactaataatggactggtaatgtctgtaaacttatttgcaaccttacactgttatgccatgccattagccaatggatctaagcatatatagcactgcaacaccctatatgaacttatggagtatgatgaatctgtttgataggaagtatcatgtaccatctccttgatgaattcctatcctttcatttgatgtctgtgtgtagcatgaagatggtacttcagtcttttggctctcttctcaatatgaaaatgctcagtccttctgtgtattctctaaactatttgctatcttccaggtatcgacatgcttctaaactcagaaagtggatgtgttgaagcagcaaagacgggctatatttccccaaagctctatgaactcatccagatctttcactcttttaggtattatttcttggggaaggtccacttgtttatttttttcaattgtgtgcctttaaactgacgtgacacatttctattcctaacagtaactctcgtcatgctcgatgcctcatttttgttgatcgaaagatcactgctagagtcattgaccggatgattaagaaaattggccaccttgcacatttcacagtttcttttcttactggagggagatcttcggtggatgctctgacacccaaaatgcagaaggatacattggattcatttcgctctggaaaggtaattaagatatgtcaacacttggagaaactgaagcatagttctcatgatataaccttgttttccctttctaaaatgcaggtgaacttactatttactacagatgttgctgaagagggtatccatgtcccagaatgctcttgtgtaatacgatttgatttgccaaggacaacacgtagctatgtgcagtcacgtggacgagcacgccaggaagactctcagtacattctcatgattgaacggtataaccttaatgctaccccattacaccttttattcacgtgcttttaactgaatgcagagaggaatggcaaacaagaaggatgcaaggatacataattcatttcttctaatgcagggggaacgtgaagcaaaatgatttgatatctgcaattgtgagaagtgagacttcaatggttaagattgcttcaagcagagagtctggaaatctgtcgcctggttttgttcccaatgaag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tcagtgcacgtgattgtgaaaacgagtaaaggaggaccacgcattgcattatatgagttgtgtaaaaagttgcaatggccaatgcctacaatggaatctgagaaagtacaaccaaggtactaagatttcatactagcctgtgaatgcctgtttatttacttatctatgcaacagtgcaaaataacttactaatctttcatggttcagctttagcagcgtgtgctcctcccctggtggttcctctcagaaagctaccccccaagcgttcgctttcgcttcaaccattacattgcatataccaaatgctgatgtgatcagcctcacaggagatggccgtgcagataagaagagctcacaggattctgctgccctgttcttgctctatgagcttcagcggcgaggtactttgcaactccaggaggtgtgaaggaacgacaactgattgcttgccaaccagttgcttggaagttggaataatagaccaaccagttgcttgccaccactcagctttgtacatcttctccagtgttcaccttctgaattatgataagagggtacccaaagaatggagaacagctgacctggttctggtgtgtgtcagttgttatgtgtgtttgtccatatgttatctgcgtagaaactgaataagcccccaaagttgttgctgacgataaacacgcaaatatcatgcccctgtagcctgtaggtgttaaaccaattgttcaaggataaaaagagagaccattttcaaatcatgtttccttgttctattattacataaacataccggactttttttcttataaaaactactccagtaaacatttgatc</dnaseqindica>|
| + | ==References== |
| − | Link = [http://www.ncbi.nlm.nih.gov/nuccore/NM_001051683.1 RefSeq:Os01g0909200]|
| + | <references> |
| − | }}
| + | <ref name="ref1"> |
| − | [[Category:Genes]] | + | Adai A, Johnson C, Mlotshwa S, Archer-Evans S, Manocha V, Vance V,Sundaresan V (2005) Computational prediction of miRNAs in Arabidopsis thaliana. Genome Res 15: 78–91 |
| − | [[Category:Japonica mRNA]]
| + | </ref> |
| − | [[Category:Oryza Sativa Japonica Group]] | + | |
| − | [[Category:Japonica Genes]]
| + | </references> |
| − | [[Category:Japonica Chromosome 1]] | + | |
| − | [[Category:Chromosome 1]]
| + | ==Structured Information== |
| | + | [[Category:Genes]][[Category:Oryza Sativa Japonica Group]][[Category:Japonica Chromosome 1]] |
