Basic Info

Gene ID OGI # | Score   Accession | Assembly | Annotation Location Links
OsKYG_09g0018690 OGI:09063770 | 16/16 KHAO YAI GUANG | Os127518RS1 | Gramene(+IsoSeq) Chr09:23967680-23972837
Gene Symbol NLP4, OsNLP4, NLP4.1, NLP4.2
DNA seq

ATCAGATGCCTTTGGAATGAATGGTGGGAGGTGTTCTGGTGGAGCACTAAACCTTTTCTAGAGCTACTACTTGTTGGAGGCTAACACCGAGCTAGGAAGAAGAAAGGAGACTTTTTCATGAGGAGAAGGGAGGCATACGATTACCAGTGAGCTACTACTCTATCAATCTCTTTCTTTGCTTCCTTTCTGTAGAAAATGATGTGTTCTTCCCTACTACCCACACCCTGCAATCCAAACGCAGGCAAATCTAGCACAAAATTCATCCCAGGACTCCCAGTCTCCTGTACTCCCCTTGCCCATGATGTGCAGCGAGCTTTACTTCTTGATTCCGAACAGGAGAGAAGTATTATGACTTGCATGCTCCTTGCCCAAGTTCTTGTCATCATTTCCAAGAGCAAAACCATCTTGTTGGCTTTAATACTGATGCAGTAACTATGGTGTCAAATTCTGTGACCAGATTCTGAAGGAAACCTTACCTGCATGGAAGAGGGAGACCCCCAGCCCAGCATCTCCTTGGCACGCACTCCGTCGGAAGGCGCGGCGGCGGCAGTCGACTTGGATCTCCTTGAGCAGCTTCTCTCAGCCGACAACGCCTGGCTTGAAGTGGCAGCAAACACTTCACGCTCACCCAACTTCTTTGCTACCCCCTCCAACTGCTTGACAGATGCTTCGGTCGCCACCACCACACCTGCAAATTCATGGTGGATTCAGCCGAGCGGTGCAAGCACCTCAGTTCGGGAACGGTTTGACCAAGCTCTAGCTTACATCAGGGAGACACAGAGAGACGCCGATGTGCTTGTGCAGCTCTGGGTGCCAGTCAAGGGCAACGATGGTCAGCTGGTGTTGACGACGAGCGGGCAGCCATTCACTCTCGATCAGAGGTCCAATAGCCTCATACAGTTCAGGGAGGTTTCGACAAAGTACCAGTTCTCTGCAGATGTTGCTTCAGGTTCCTCACCTGGGCTACCAGGGAGGGTGTTCATCGGTAGGCTTCCTGAATGGTCACCAGATGTTCGATACTTCACCAGCTATGAGTACCCTAGGATCAGCCATGCACAATATTTGGATGTCCACGGGACGATGGGGCTGCCGGTGTTTGAGAGGGGGAACTACTCATGCTTAGGTGTCATCGAGTTGATCATGACCAAGCAGAAGCTCAACTTCACCTCCGAGCTCAATACCATTTGCAGTGCTCTCCAGGTATGAGCATCACTTACTCTGAAAAGTTCAAAAAAGAAATCTTGTTGTAAGTATCTGACCAAGAAATAAACTTGGTTGCACAAGAAAGAGCACGTATGGTTTCACCAAGACATGATGACTATTGATTACAGTAGGAAGTAACTGAATATTTTAGGCATATGGACTTTCTTAATGCTAATGCTCTTTGCAGGCAGTTAACCTGACAAGCACAGAAGTTTCAAGCATTCCGCGCACAAAGGTAAGCAGCAACAGAAATTTGAGAATGTTGTATCACAGTTTTGAGTTGGGGCAATATATGTATTTCATTTCGGACAAAACAATGTACTTCCTCCGTTTCACAATGTAAGTCATTCTAGCATTTACCACATACATATTGATGTTAATAAATCTAGATAGATATATATGTCTAGATTCATTAACATCAATATGAATGTGAGAAATGCTAGAATGACTTACATTGTGAAAAGGAGGGAGTAGTACTTATATATACCATAACCATATGGTGTAAACACATGATAGAGTAACACCTGACATTGGCATGATTTGGAGAACTACTGTTAAATTTTGCATTCTTTAGAAAAGGAAATACCAATCTAGGTAAATGTTGATATAAAGATCTTGATATAAAAATGTGCTTATATATTCTTGTGACTTATGGCTGTTCTTGTTGATTATCAACCAGCTTAACAGTGCTTCCTACAAAGATGCTTTACCAGAGATACTAGAAGTCCTGAGAGCAGCCTGCATCACCCACAAGCTACCATTAGCTCAGACCTGGGTCACATGTGCTCAACAAGGAAAGCGGGGCAGTCGCCATTCTGACGAGAACTACAAGTACTGCATTTCCACCATTGATGCAGCATGCTATGTGAATGAACCCCGGATGCAGAGCTTCCACGAGGCCTGCTCCGAACACCACCTGCTACGGGGGCAGGGGGTTGCAGGGAAAGCCTTCACCACAAACCAGCCATGCTTCCTACCAGATATTGGATCCTCCACTAAACTGGAGTACCCATTGTCTCACCATGCTAAGATTTTCAATTTAAAAGGTGCAGTGGCAATCCGATTGCGTTGCACGCGCACAGGGATTGCCGACTTTGTGCTAGAGTTCTTTCTGCCAACTGACTGTGAAGTACTTGAGGAGCAGAAGGCAGTGCTGGACTCATTATCAGGCACCATGAGAAGTGTTTGCCAAACTTTACGTGTTGTTACTGACAAGGAGATGGAGGATGAGGCCATGAGAGAAATGAATGAGCTGAACTCATTTAGTCCTCGGGGCAAGAACAAAGTTGAGGAGTTATCCTTTGGAGACAACACAAGAGGGGATAGAGAGGAGGCATCTTGGACAACCTTAGTAGGGACTTCACAGAAAGGATCAGATTTAGCTGAATTGCATACACATGGAATGTTATCACATGGAGGGCATGGTTCATCTCAAGCTGGTGATCAAACAAGTAAAGAAGGTAGCAAAGTGAAAAGGCGTACAAAGACGGAGAAGACCGTGAGCTTGCAGGTCCTTCGGCAGTACTTTGCTGGGAGCCTGAAGGATGCAGCAAAGAGCCTTGGAGGTGAGTGACATTAACTTATCAGATAAATGCAAGATTCAGCTATGTATACTTTACTATTTAAGTAGATACCATCAGCCATTAAACTATTAACAAACCCAAGCCATGACGCCAGCATTAACTACTGAATAAGAAAACATTCTTCCATAAAAAAGGTCAACCTTCACATGCACCTTATAGTCAGAATGTGAGCATTGTTATCACCCTATTTTTTCGTGATTCGTGCTATTGCATGAAGGTACAAGGTAAAATTTAGTCACTGTAAACTGATTCATGGAAATAGGGAGAATGACTTAGCAAGTCAACTGTACGGTTTTGGCTGTTTGAGCAGATATGTATAGCCTAGAATTGATCAGTCTCTCATGCAATTATTACTTACAGCTGAGCAGCAACTTCATGCAATAAACATGACTTGAAAAATATATAAAGACAAGAAATATGTAACACACTACAGTCCAGAAACAAGTCCCTAAGTTGGTGTGCCATGTTGCTTTCTAGAAACAGAATAGTTGGTTTGGGAGTTCCATGGATAATAGGCAAAATTATTCCTTCCAGGGGAAAAAAAGACAGCTGTTCATCATGTGCATATACTACATGGCTTGCCCGCATTCTTTTTTAGTAAAAATGATTTATATGTGTTTGATCTAGTGGTAAAAAAATCAAAAAAGAGGAAAAAGCAACTGTATTAAAATTGGCTGCACATATACTCACCACATCTTTTTCTCTCACAGTGTGCCCAACCACCCTGAAAAGAATATGCAGGCAGCATGGCATAAACCGCTGGCCATCACGGAAGATAAAGAAAGTAGACCATTCTCTAAGGAAACTGCAGCAAATCATTGATTCAGTTCATGGAGCAGAGACAGCTTTCCAGCTTAACACCCTCTACAAGGACCTCACAAACACCTCTGTATCATCTGACAACAATTTGTCAGGAAGTGTCACAGTTCCTCTGGCTAACCAGAACAATCTAGACTTTGAAATGCACCAACACCACAGGTTAAGCAGCAATATTCCATCGACTTCACTCTCACACTCATCATGCAGCCAAAGTTCCGATTCAAGCCCTTCCTGCAGTGGAGGAGCAACAAAACATTCACCCCAGGTTGGAGCTGATCAGGTGAGGTCAGGATGTCTTCCACAACATAGCCCTGTCCAGACTCTGCAAACAGAAGCTGCTTCAATAAATGAACATTTCTCAGGTCAGGAAGCACCAATAGATCTCTTACAGGATGTTGCTGAAAAGGCAAATGGTGAACAGCACATGTCTCAAAGTCCATCATCCCCCAAGCAGACTGCAAATGTAGGTATGAGAGTAAAGGTCACTTTTGGCTCAGAAAAGGTGAGGTTCAGATTGAAACCTGAGTGTGACTTTCAAGAACTGAAGCAGGAGATATCAAAACGTCTGAGTATAGCAGACATGAATTCCTTGATTGTAAAGTATTTGGATGACGATTCAGAATGGGTCTTGATGACATGTGATGCAGATTTACACGAGTGTTTTCATGTTTATAAACTAGCAGATATCCAAACAATCAAGATTTCAGTTCATCTGGCTGCTAGTCCAACAACAAGGATCACCATTGGTCACACTGGTTTCTCATGAAGACACAATGAGCCTCACTAGCTTGTGGGATGTCTTCAGAAACCCAGGGAAACCCAAAAAATGGTTGGCAGCCTGTGCAAGGTACCAAGTGCCACAATCAGATGCAGGTCTCCTGTTAGCTGGATTAGTCTTTAATCTGTTGCTGAGATTAGGAACTGCTGATTACACTGGAGTACTTGACAATGGGAATACAGTTTTGAAAAGTAGCATATACCAAAGAAACCATTGACTTGTAAATACTCTCACTGATGGACCTGATATTTTCCAAGCCAGTGTAATTTGATTGAGATCATAGGGTGAAATATATCTAAACCAGGTTAGCCCCAAGTATATTTACGTTCTTGGCATGCTTATGTGCAATAATCCTTGCTGGCTACTGATCATTGATCAATGATCAGTTGATCACCTGTGATAGTCCCTTCAAAGGATACTACAGCACTTGCCCCTCGTCTGAGTGACTAGCAGCAAAGTTTTCTTCCCCCTCTTTTGCCGAAAAAAAGCAGCAAGGACTTCAATTCTTTGGCATGCTTCTCTGAAAATACAGTTTGACACAGCAATGGTTCTTAATAAGTTATAGATATTGGAGGATAGGATGCTTCCTTTGTTCAATTTGTTTGTCCATTGGAAAACAAAAATGTATGGTGCACTCGTACAGCATGATGATGTGTTCTTTTTTGGAGAGATTGCTGCTGTTATTCACGCAAAAAATTGTGTTCTTTAAGAAGATTGGATTTTCTGAACTGTAACAAATGCCATTAGTATGTCTAAATTCTAAAATGTACTCCCT

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CDS seq

ATGGAAGAGGGAGACCCCCAGCCCAGCATCTCCTTGGCACGCACTCCGTCGGAAGGCGCGGCGGCGGCAGTCGACTTGGATCTCCTTGAGCAGCTTCTCTCAGCCGACAACGCCTGGCTTGAAGTGGCAGCAAACACTTCACGCTCACCCAACTTCTTTGCTACCCCCTCCAACTGCTTGACAGATGCTTCGGTCGCCACCACCACACCTGCAAATTCATGGTGGATTCAGCCGAGCGGTGCAAGCACCTCAGTTCGGGAACGGTTTGACCAAGCTCTAGCTTACATCAGGGAGACACAGAGAGACGCCGATGTGCTTGTGCAGCTCTGGGTGCCAGTCAAGGGCAACGATGGTCAGCTGGTGTTGACGACGAGCGGGCAGCCATTCACTCTCGATCAGAGGTCCAATAGCCTCATACAGTTCAGGGAGGTTTCGACAAAGTACCAGTTCTCTGCAGATGTTGCTTCAGGTTCCTCACCTGGGCTACCAGGGAGGGTGTTCATCGGTAGGCTTCCTGAATGGTCACCAGATGTTCGATACTTCACCAGCTATGAGTACCCTAGGATCAGCCATGCACAATATTTGGATGTCCACGGGACGATGGGGCTGCCGGTGTTTGAGAGGGGGAACTACTCATGCTTAGGTGTCATCGAGTTGATCATGACCAAGCAGAAGCTCAACTTCACCTCCGAGCTCAATACCATTTGCAGTGCTCTCCAGGCAGTTAACCTGACAAGCACAGAAGTTTCAAGCATTCCGCGCACAAAGCTTAACAGTGCTTCCTACAAAGATGCTTTACCAGAGATACTAGAAGTCCTGAGAGCAGCCTGCATCACCCACAAGCTACCATTAGCTCAGACCTGGGTCACATGTGCTCAACAAGGAAAGCGGGGCAGTCGCCATTCTGACGAGAACTACAAGTACTGCATTTCCACCATTGATGCAGCATGCTATGTGAATGAACCCCGGATGCAGAGCTTCCACGAGGCCTGCTCCGAACACCACCTGCTACGGGGGCAGGGGGTTGCAGGGAAAGCCTTCACCACAAACCAGCCATGCTTCCTACCAGATATTGGATCCTCCACTAAACTGGAGTACCCATTGTCTCACCATGCTAAGATTTTCAATTTAAAAGGTGCAGTGGCAATCCGATTGCGTTGCACGCGCACAGGGATTGCCGACTTTGTGCTAGAGTTCTTTCTGCCAACTGACTGTGAAGTACTTGAGGAGCAGAAGGCAGTGCTGGACTCATTATCAGGCACCATGAGAAGTGTTTGCCAAACTTTACGTGTTGTTACTGACAAGGAGATGGAGGATGAGGCCATGAGAGAAATGAATGAGCTGAACTCATTTAGTCCTCGGGGCAAGAACAAAGTTGAGGAGTTATCCTTTGGAGACAACACAAGAGGGGATAGAGAGGAGGCATCTTGGACAACCTTAGTAGGGACTTCACAGAAAGGATCAGATTTAGCTGAATTGCATACACATGGAATGTTATCACATGGAGGGCATGGTTCATCTCAAGCTGGTGATCAAACAAGTAAAGAAGGTAGCAAAGTGAAAAGGCGTACAAAGACGGAGAAGACCGTGAGCTTGCAGGTCCTTCGGCAGTACTTTGCTGGGAGCCTGAAGGATGCAGCAAAGAGCCTTGGAGTGTGCCCAACCACCCTGAAAAGAATATGCAGGCAGCATGGCATAAACCGCTGGCCATCACGGAAGATAAAGAAAGTAGACCATTCTCTAAGGAAACTGCAGCAAATCATTGATTCAGTTCATGGAGCAGAGACAGCTTTCCAGCTTAACACCCTCTACAAGGACCTCACAAACACCTCTGTATCATCTGACAACAATTTGTCAGGAAGTGTCACAGTTCCTCTGGCTAACCAGAACAATCTAGACTTTGAAATGCACCAACACCACAGGTTAAGCAGCAATATTCCATCGACTTCACTCTCACACTCATCATGCAGCCAAAGTTCCGATTCAAGCCCTTCCTGCAGTGGAGGAGCAACAAAACATTCACCCCAGGTTGGAGCTGATCAGGTGAGGTCAGGATGTCTTCCACAACATAGCCCTGTCCAGACTCTGCAAACAGAAGCTGCTTCAATAAATGAACATTTCTCAGGTCAGGAAGCACCAATAGATCTCTTACAGGATGTTGCTGAAAAGGCAAATGGTGAACAGCACATGTCTCAAAGTCCATCATCCCCCAAGCAGACTGCAAATGTAGGTATGAGAGTAAAGGTCACTTTTGGCTCAGAAAAGGTGAGGTTCAGATTGAAACCTGAGTGTGACTTTCAAGAACTGAAGCAGGAGATATCAAAACGTCTGAGTATAGCAGACATGAATTCCTTGATTGTAAAGTATTTGGATGACGATTCAGAATGGGTCTTGATGACATGTGATGCAGATTTACACGAGTGTTTTCATGTTTATAAACTAGCAGATATCCAAACAATCAAGATTTCAGTTCATCTGGCTGCTAGTCCAACAACAAGGATCACCATTGGTCACACTGGTTTCTCATGA

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Protein seq

MEEGDPQPSISLARTPSEGAAAAVDLDLLEQLLSADNAWLEVAANTSRSPNFFATPSNCLTDASVATTTPANSWWIQPSGASTSVRERFDQALAYIRETQRDADVLVQLWVPVKGNDGQLVLTTSGQPFTLDQRSNSLIQFREVSTKYQFSADVASGSSPGLPGRVFIGRLPEWSPDVRYFTSYEYPRISHAQYLDVHGTMGLPVFERGNYSCLGVIELIMTKQKLNFTSELNTICSALQAVNLTSTEVSSIPRTKLNSASYKDALPEILEVLRAACITHKLPLAQTWVTCAQQGKRGSRHSDENYKYCISTIDAACYVNEPRMQSFHEACSEHHLLRGQGVAGKAFTTNQPCFLPDIGSSTKLEYPLSHHAKIFNLKGAVAIRLRCTRTGIADFVLEFFLPTDCEVLEEQKAVLDSLSGTMRSVCQTLRVVTDKEMEDEAMREMNELNSFSPRGKNKVEELSFGDNTRGDREEASWTTLVGTSQKGSDLAELHTHGMLSHGGHGSSQAGDQTSKEGSKVKRRTKTEKTVSLQVLRQYFAGSLKDAAKSLGVCPTTLKRICRQHGINRWPSRKIKKVDHSLRKLQQIIDSVHGAETAFQLNTLYKDLTNTSVSSDNNLSGSVTVPLANQNNLDFEMHQHHRLSSNIPSTSLSHSSCSQSSDSSPSCSGGATKHSPQVGADQVRSGCLPQHSPVQTLQTEAASINEHFSGQEAPIDLLQDVAEKANGEQHMSQSPSSPKQTANVGMRVKVTFGSEKVRFRLKPECDFQELKQEISKRLSIADMNSLIVKYLDDDSEWVLMTCDADLHECFHVYKLADIQTIKISVHLAASPTTRITIGHTGFS

Function Protein NLP1 [UniProtKB/Swiss-Prot:Q10S83]

Transcripts

Gene Transcript Chromosome Start End Strand Source
OsKYG_09g0018690 OsKYG_09g0018690.02 Chr09 23967755 23972837 + NAM
CDS seq

ATGGAAGAGGGAGACCCCCAGCCCAGCATCTCCTTGGCACGCACTCCGTCGGAAGGCGCGGCGGCGGCAGTCGACTTGGATCTCCTTGAGCAGCTTCTCTCAGCCGACAACGCCTGGCTTGAAGTGGCAGCAAACACTTCACGCTCACCCAACTTCTTTGCTACCCCCTCCAACTGCTTGACAGATGCTTCGGTCGCCACCACCACACCTGCAAATTCATGGTGGATTCAGCCGAGCGGTGCAAGCACCTCAGTTCGGGAACGGTTTGACCAAGCTCTAGCTTACATCAGGGAGACACAGAGAGACGCCGATGTGCTTGTGCAGCTCTGGGTGCCAGTCAAGGGCAACGATGGTCAGCTGGTGTTGACGACGAGCGGGCAGCCATTCACTCTCGATCAGAGGTCCAATAGCCTCATACAGTTCAGGGAGGTTTCGACAAAGTACCAGTTCTCTGCAGATGTTGCTTCAGGTTCCTCACCTGGGCTACCAGGGAGGGTGTTCATCGGTAGGCTTCCTGAATGGTCACCAGATGTTCGATACTTCACCAGCTATGAGTACCCTAGGATCAGCCATGCACAATATTTGGATGTCCACGGGACGATGGGGCTGCCGGTGTTTGAGAGGGGGAACTACTCATGCTTAGGTGTCATCGAGTTGATCATGACCAAGCAGAAGCTCAACTTCACCTCCGAGCTCAATACCATTTGCAGTGCTCTCCAGGCAGTTAACCTGACAAGCACAGAAGTTTCAAGCATTCCGCGCACAAAGCTTAACAGTGCTTCCTACAAAGATGCTTTACCAGAGATACTAGAAGTCCTGAGAGCAGCCTGCATCACCCACAAGCTACCATTAGCTCAGACCTGGGTCACATGTGCTCAACAAGGAAAGCGGGGCAGTCGCCATTCTGACGAGAACTACAAGTACTGCATTTCCACCATTGATGCAGCATGCTATGTGAATGAACCCCGGATGCAGAGCTTCCACGAGGCCTGCTCCGAACACCACCTGCTACGGGGGCAGGGGGTTGCAGGGAAAGCCTTCACCACAAACCAGCCATGCTTCCTACCAGATATTGGATCCTCCACTAAACTGGAGTACCCATTGTCTCACCATGCTAAGATTTTCAATTTAAAAGGTGCAGTGGCAATCCGATTGCGTTGCACGCGCACAGGGATTGCCGACTTTGTGCTAGAGTTCTTTCTGCCAACTGACTGTGAAGTACTTGAGGAGCAGAAGGCAGTGCTGGACTCATTATCAGGCACCATGAGAAGTGTTTGCCAAACTTTACGTGTTGTTACTGACAAGGAGATGGAGGATGAGGCCATGAGAGAAATGAATGAGCTGAACTCATTTAGTCCTCGGGGCAAGAACAAAGTTGAGGAGTTATCCTTTGGAGACAACACAAGAGGGGATAGAGAGGAGGCATCTTGGACAACCTTAGTAGGGACTTCACAGAAAGGATCAGATTTAGCTGAATTGCATACACATGGAATGTTATCACATGGAGGGCATGGTTCATCTCAAGCTGGTGATCAAACAAGTAAAGAAGGTAGCAAAGTGAAAAGGCGTACAAAGACGGAGAAGACCGTGAGCTTGCAGGTCCTTCGGCAGTACTTTGCTGGGAGCCTGAAGGATGCAGCAAAGAGCCTTGGAGTGTGCCCAACCACCCTGAAAAGAATATGCAGGCAGCATGGCATAAACCGCTGGCCATCACGGAAGATAAAGAAAGTAGACCATTCTCTAAGGAAACTGCAGCAAATCATTGATTCAGTTCATGGAGCAGAGACAGCTTTCCAGCTTAACACCCTCTACAAGGACCTCACAAACACCTCTGTATCATCTGACAACAATTTGTCAGGAAGTGTCACAGTTCCTCTGGCTAACCAGAACAATCTAGACTTTGAAATGCACCAACACCACAGGTTAAGCAGCAATATTCCATCGACTTCACTCTCACACTCATCATGCAGCCAAAGTTCCGATTCAAGCCCTTCCTGCAGTGGAGGAGCAACAAAACATTCACCCCAGGTTGGAGCTGATCAGGTGAGGTCAGGATGTCTTCCACAACATAGCCCTGTCCAGACTCTGCAAACAGAAGCTGCTTCAATAAATGAACATTTCTCAGGTCAGGAAGCACCAATAGATCTCTTACAGGATGTTGCTGAAAAGGCAAATGGTGAACAGCACATGTCTCAAAGTCCATCATCCCCCAAGCAGACTGCAAATGTAGGTATGAGAGTAAAGGTCACTTTTGGCTCAGAAAAGGTGAGGTTCAGATTGAAACCTGAGTGTGACTTTCAAGAACTGAAGCAGGAGATATCAAAACGTCTGAGTATAGCAGACATGAATTCCTTGATTGTAAAGTATTTGGATGACGATTCAGAATGGGTCTTGATGACATGTGATGCAGATTTACACGAGTGTTTTCATGTTTATAAACTAGCAGATATCCAAACAATCAAGATTTCAGTTCATCTGGCTGCTAGTCCAACAACAAGGATCACCATTGGTCACACTGGTTTCTCATGA

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Protein seq

MEEGDPQPSISLARTPSEGAAAAVDLDLLEQLLSADNAWLEVAANTSRSPNFFATPSNCLTDASVATTTPANSWWIQPSGASTSVRERFDQALAYIRETQRDADVLVQLWVPVKGNDGQLVLTTSGQPFTLDQRSNSLIQFREVSTKYQFSADVASGSSPGLPGRVFIGRLPEWSPDVRYFTSYEYPRISHAQYLDVHGTMGLPVFERGNYSCLGVIELIMTKQKLNFTSELNTICSALQAVNLTSTEVSSIPRTKLNSASYKDALPEILEVLRAACITHKLPLAQTWVTCAQQGKRGSRHSDENYKYCISTIDAACYVNEPRMQSFHEACSEHHLLRGQGVAGKAFTTNQPCFLPDIGSSTKLEYPLSHHAKIFNLKGAVAIRLRCTRTGIADFVLEFFLPTDCEVLEEQKAVLDSLSGTMRSVCQTLRVVTDKEMEDEAMREMNELNSFSPRGKNKVEELSFGDNTRGDREEASWTTLVGTSQKGSDLAELHTHGMLSHGGHGSSQAGDQTSKEGSKVKRRTKTEKTVSLQVLRQYFAGSLKDAAKSLGVCPTTLKRICRQHGINRWPSRKIKKVDHSLRKLQQIIDSVHGAETAFQLNTLYKDLTNTSVSSDNNLSGSVTVPLANQNNLDFEMHQHHRLSSNIPSTSLSHSSCSQSSDSSPSCSGGATKHSPQVGADQVRSGCLPQHSPVQTLQTEAASINEHFSGQEAPIDLLQDVAEKANGEQHMSQSPSSPKQTANVGMRVKVTFGSEKVRFRLKPECDFQELKQEISKRLSIADMNSLIVKYLDDDSEWVLMTCDADLHECFHVYKLADIQTIKISVHLAASPTTRITIGHTGFS

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Gene Transcript Chromosome Start End Strand Source
OsKYG_09g0018690 OsKYG_09g0018690.01 Chr09 23967680 23972837 + NAM
CDS seq

ATGGAAGAGGGAGACCCCCAGCCCAGCATCTCCTTGGCACGCACTCCGTCGGAAGGCGCGGCGGCGGCAGTCGACTTGGATCTCCTTGAGCAGCTTCTCTCAGCCGACAACGCCTGGCTTGAAGTGGCAGCAAACACTTCACGCTCACCCAACTTCTTTGCTACCCCCTCCAACTGCTTGACAGATGCTTCGGTCGCCACCACCACACCTGCAAATTCATGGTGGATTCAGCCGAGCGGTGCAAGCACCTCAGTTCGGGAACGGTTTGACCAAGCTCTAGCTTACATCAGGGAGACACAGAGAGACGCCGATGTGCTTGTGCAGCTCTGGGTGCCAGTCAAGGGCAACGATGGTCAGCTGGTGTTGACGACGAGCGGGCAGCCATTCACTCTCGATCAGAGGTCCAATAGCCTCATACAGTTCAGGGAGGTTTCGACAAAGTACCAGTTCTCTGCAGATGTTGCTTCAGGTTCCTCACCTGGGCTACCAGGGAGGGTGTTCATCGGTAGGCTTCCTGAATGGTCACCAGATGTTCGATACTTCACCAGCTATGAGTACCCTAGGATCAGCCATGCACAATATTTGGATGTCCACGGGACGATGGGGCTGCCGGTGTTTGAGAGGGGGAACTACTCATGCTTAGGTGTCATCGAGTTGATCATGACCAAGCAGAAGCTCAACTTCACCTCCGAGCTCAATACCATTTGCAGTGCTCTCCAGGCAGTTAACCTGACAAGCACAGAAGTTTCAAGCATTCCGCGCACAAAGCTTAACAGTGCTTCCTACAAAGATGCTTTACCAGAGATACTAGAAGTCCTGAGAGCAGCCTGCATCACCCACAAGCTACCATTAGCTCAGACCTGGGTCACATGTGCTCAACAAGGAAAGCGGGGCAGTCGCCATTCTGACGAGAACTACAAGTACTGCATTTCCACCATTGATGCAGCATGCTATGTGAATGAACCCCGGATGCAGAGCTTCCACGAGGCCTGCTCCGAACACCACCTGCTACGGGGGCAGGGGGTTGCAGGGAAAGCCTTCACCACAAACCAGCCATGCTTCCTACCAGATATTGGATCCTCCACTAAACTGGAGTACCCATTGTCTCACCATGCTAAGATTTTCAATTTAAAAGGTGCAGTGGCAATCCGATTGCGTTGCACGCGCACAGGGATTGCCGACTTTGTGCTAGAGTTCTTTCTGCCAACTGACTGTGAAGTACTTGAGGAGCAGAAGGCAGTGCTGGACTCATTATCAGGCACCATGAGAAGTGTTTGCCAAACTTTACGTGTTGTTACTGACAAGGAGATGGAGGATGAGGCCATGAGAGAAATGAATGAGCTGAACTCATTTAGTCCTCGGGGCAAGAACAAAGTTGAGGAGTTATCCTTTGGAGACAACACAAGAGGGGATAGAGAGGAGGCATCTTGGACAACCTTAGTAGGGACTTCACAGAAAGGATCAGATTTAGCTGAATTGCATACACATGGAATGTTATCACATGGAGGGCATGGTTCATCTCAAGCTGGTGATCAAACAAGTAAAGAAGGTAGCAAAGTGAAAAGGCGTACAAAGACGGAGAAGACCGTGAGCTTGCAGGTCCTTCGGCAGTACTTTGCTGGGAGCCTGAAGGATGCAGCAAAGAGCCTTGGAGTGTGCCCAACCACCCTGAAAAGAATATGCAGGCAGCATGGCATAAACCGCTGGCCATCACGGAAGATAAAGAAAGTAGACCATTCTCTAAGGAAACTGCAGCAAATCATTGATTCAGTTCATGGAGCAGAGACAGCTTTCCAGCTTAACACCCTCTACAAGGACCTCACAAACACCTCTGTATCATCTGACAACAATTTGTCAGGAAGTGTCACAGTTCCTCTGGCTAACCAGAACAATCTAGACTTTGAAATGCACCAACACCACAGGTTAAGCAGCAATATTCCATCGACTTCACTCTCACACTCATCATGCAGCCAAAGTTCCGATTCAAGCCCTTCCTGCAGTGGAGGAGCAACAAAACATTCACCCCAGGTTGGAGCTGATCAGGTGAGGTCAGGATGTCTTCCACAACATAGCCCTGTCCAGACTCTGCAAACAGAAGCTGCTTCAATAAATGAACATTTCTCAGGTCAGGAAGCACCAATAGATCTCTTACAGGATGTTGCTGAAAAGGCAAATGGTGAACAGCACATGTCTCAAAGTCCATCATCCCCCAAGCAGACTGCAAATGTAGGTATGAGAGTAAAGGTCACTTTTGGCTCAGAAAAGGTGAGGTTCAGATTGAAACCTGAGTGTGACTTTCAAGAACTGAAGCAGGAGATATCAAAACGTCTGAGTATAGCAGACATGAATTCCTTGATTGTAAAGTATTTGGATGACGATTCAGAATGGGTCTTGATGACATGTGATGCAGATTTACACGAGTGTTTTCATGTTTATAAACTAGCAGATATCCAAACAATCAAGATTTCAGTTCATCTGGCTGCTAGTCCAACAACAAGGATCACCATTGGTCACACTGGTTTCTCATGA

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Protein seq

MEEGDPQPSISLARTPSEGAAAAVDLDLLEQLLSADNAWLEVAANTSRSPNFFATPSNCLTDASVATTTPANSWWIQPSGASTSVRERFDQALAYIRETQRDADVLVQLWVPVKGNDGQLVLTTSGQPFTLDQRSNSLIQFREVSTKYQFSADVASGSSPGLPGRVFIGRLPEWSPDVRYFTSYEYPRISHAQYLDVHGTMGLPVFERGNYSCLGVIELIMTKQKLNFTSELNTICSALQAVNLTSTEVSSIPRTKLNSASYKDALPEILEVLRAACITHKLPLAQTWVTCAQQGKRGSRHSDENYKYCISTIDAACYVNEPRMQSFHEACSEHHLLRGQGVAGKAFTTNQPCFLPDIGSSTKLEYPLSHHAKIFNLKGAVAIRLRCTRTGIADFVLEFFLPTDCEVLEEQKAVLDSLSGTMRSVCQTLRVVTDKEMEDEAMREMNELNSFSPRGKNKVEELSFGDNTRGDREEASWTTLVGTSQKGSDLAELHTHGMLSHGGHGSSQAGDQTSKEGSKVKRRTKTEKTVSLQVLRQYFAGSLKDAAKSLGVCPTTLKRICRQHGINRWPSRKIKKVDHSLRKLQQIIDSVHGAETAFQLNTLYKDLTNTSVSSDNNLSGSVTVPLANQNNLDFEMHQHHRLSSNIPSTSLSHSSCSQSSDSSPSCSGGATKHSPQVGADQVRSGCLPQHSPVQTLQTEAASINEHFSGQEAPIDLLQDVAEKANGEQHMSQSPSSPKQTANVGMRVKVTFGSEKVRFRLKPECDFQELKQEISKRLSIADMNSLIVKYLDDDSEWVLMTCDADLHECFHVYKLADIQTIKISVHLAASPTTRITIGHTGFS

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OsKYG_09g0018690.02OsKYG_09g0018690.01AS23968000 bp23969000 bp23970000 bp23971000 bp23972000 bp23973000 bpAll AS eventsIsoSeq based ASRoot based ASLeaf based ASPanicle based AS
Event Type Chromosome Start End Strand Alternative mRNAs Total mRNAs Source
SE Chr09 23967825 23968137 + OsKYG_09g0018690.02 OsKYG_09g0018690.02,OsKYG_09g0018690.01 All

Expression

Leaf Root Panicle
FPKM 0.796660 0.0 None

Homologues

Genome & Annotation Homologs Type Expression(FPKM)
Leaf Root Panicle
Nipponbare | IRGSP 1.0 | Gramene(+IsoSeq) OsNip_09g0549450 RBH 1.675986 1.990505 3.320187
Nipponbare | IRGSP 1.0 | MSU LOC_Os09g37710 RBH 1.084378 1.294992 0.908092
Nipponbare | IRGSP 1.0 | RAP-db Os09g0549450 RBH None None None
Azucena | AzucenaRS1 | Gramene(+IsoSeq) OsAzu_09g0018830 RBH 0.108217 5.226875 3.861164
KETAN NANGKA | Os128077RS1 | Gramene(+IsoSeq) OsKeNa_09g0018910 RBH 0.647886 2.860107 1.918990
CHAO MEO | Os132278RS1 | Gramene(+IsoSeq) OsCMeo_09g0019120 RBH 0.595489 13.304216 9.853669
ARC 10497 | Os117425RS1 | Gramene(+IsoSeq) OsARC_09g0018890 RBH 0.187759 0.216729 None
PR 106 | Os127742RS1 | Gramene(+IsoSeq) OsPr106_09g0019060 RBH 9.904552 11.352179 10.583805
Minghui 63 | MH63RS3 | HZAU OsMH63_09G0368000 RBH 2.232435 5.795518 1.6840505
IR 64 | OsIR64RS1 | Gramene(+IsoSeq) OsIR64_09g0018830 RBH 0.128975 0.744818 1.307780
Zhenshan 97 | ZS97RS3 | HZAU OsZS97_09G0354300 RBH 3.373137 2.315976 3.508836
LIMA | Os127564RS1 | Gramene(+IsoSeq) OsLima_09g0018930 RBH 0.431661 0.236296 None
KHAO YAI GUANG | Os127518RS1 | Gramene(+IsoSeq) NA NA NA NA NA
GOBOL SAIL | Os132424RS1 | Gramene(+IsoSeq) OsGoSa_09g0018680 RBH 4.025741 21.570032 None
LIU XU | Os125827RS1 | Gramene(+IsoSeq) OsLiXu_09g0018670 RBH 0.480876 0.0 0.557549
LARHA MUGAD | Os125619RS1 | Gramene(+IsoSeq) OsLaMu_09g0018810 RBH 0.307692 2.757302 None
N22 | OsN22RS2 | Gramene(+IsoSeq) OsN22_09G019220 RBH 0.441350 0.486797 1.759228
NATEL BORO | Os127652RS1 | Gramene(+IsoSeq) OsNaBo_09g0019040 RBH 0.541285 7.758831 5.734953
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