Basic Info

Gene ID OGI # | Score   Accession | Assembly | Annotation Location Links
Os11g0223201 OGI:11020290 | 6/16 Nipponbare | IRGSP 1.0 | RAP-db Chr11:6440363-6445718
Gene Symbol RYMV3, OsRYMV3
DNA seq

GAGTCCCCTGCTCGGTAAGCTCGATGAACTCCTTGCTAGTACGGAGCACACGGCACCGAGCATCCAGCAAATCAGAGCCAATCTTGGCATCACAAGCACACGCCTGGTCGAGCTCTCCATGTTGCAAGATCCTCCCCTCGTGGCCAAGTACTGGATGAAGGATGCGCGCGAGCTGTCCTATGACATGGAGGACTGCCTCGACCTCGACCAGGTCGCCGGCGGCGGCGAGGAGGCGGATTGGATCGATCGCATCGCTGGGTTCAGATCTCGCGTGGAGGAGGCCAATAGACGGTACGAGAGGTACAATCTTGATTCCATCCTTGGCTCCTCCACAAACATTCCAATCGACCACCGCCTTAAGCCGGCCGTCGGGAAGCCGGCGATGGAGCATGTTGGTATGGAAGGGCCGATGGATGAGCTCCGCCGGTGGCTGACCGACGAGGCGCAGGAGCTCAAGGTGGTATCTATCGTCGGCGTTGGAGGGGTGGGTAAGAGCACGTTTGCGCAGAAACTATGGCGGAAACTTGGTGGACAATTCGATTGCCGGGCTTTTGTGCACACGGCCAAGAAGCCTGACATGAGGAGGATTTTGAGGAGCATACTCTCTCAAGTTCGTCCGCGACAACAGCCCGAGGTTTGTGAGGTGCATAACCTCTTAGAAGATCTCAGAAAACATCTACTAGATAAGAGGTAATCTTGATTCGCTACGTTTTACTGAAAAAGAAAGGGACCATTCACCATCAAACAACCGCATGCATTTTCCTTAAGTTTCAGGTGATTCTTAATTGCTGGATTTGATTTTAGGATCAATTTAATGAGCTTTTCTTGTCATTTTTGTTCAACAATGTTCTTTTCATTATTGCAAAAATATAAGTAAATAGTCCACCTAAAATCGTTCTTAAAAACCAAGCTTCAAAAATCAAAATTGCTTTGGCTTCTAAGAGAAGTTGAGCCATGCACAGCTGGCCATGTTGGTCCATGTGTTGAAGGATAATTTCTATTGAAGTCTTAAGAAAAAAAAAACTGTAACCATTCATCATCTACGTCTGCAGTTATCTGAACTTGGTTTCTGCCTAAAAAGCCTGTACCTGTATTGCTCCATTCTATTTTCTCTTTTGCTATTTACCTGACAAGACTTGTTATTGTGTTCAAAATTATTTCTCAGGTACTTCATTATAGTGGAAGATTTATGGGATACATCAGTATGGGATGTTGTTAGCCGTGCTTTTCCAAAGGGTAATTGTGGTAGCAGAATAGTAACAACGACAAAATTTGAGGAAGTTGCTCTGACTTCTTGTGGTTATCACTCTAAGTACGTATTTAAGATAAAACCTCTTAGTGAGGATCTCTCGAAGGAATTGATTGTCAGAAGAGTTTTTGTATCCGGCAAAGGATGTCCTCAACAATGCAGTGCCATTTTAGATGAGATTACAAACAAATGTGGCGGTTTACCACTAGCTCTAAACATCATCGCCAGTCTTCTATCTTGCCAACATGAAGTATTAGAGCACTGGAAACATGCAAGGGATTTTTTATGCAACAGTTTGAGGACAAATCCAACTTTTGATGAGATTCTGAAACAAGTAGTAAACCTTTGCTACAATAGTCTTCCCCATTGTTTGAAGACATGTCTACTTTATTTTAGCATATATCCAGAGAATTACACAGTTATGAAGGAAGATTTGGTGAAGCAGTGGGCAGCTGAAGGTTTTCTCTGTGCAACAAAAGGAGAAGAAATTATGGCAGTTGCAGTGAGCTGTTTTGACAGGCTTGTCAATTTAGGATTGATTCAACCTATTGATATCAATTATAATGATAAGGTGGTGCACTATGCAGTGAATAACATGGTACTTGATATTATTACTTATAAGTCCATAGAAGAAAATTTTATCACTGTAATGGATAAGGATTGTTATCAGATGAGTATAGAACTTTCTGACAAGGTTCGCCGACTGTCGCTCCACTTTGGCAGTGCAACATATGCAACTATACCAGCAGGTATTGGACTATCCCAAGTTCGATCACTTACCTTTATTGGTTTGTTCAATTGCCTGCCTTCCATTGTGAAATTTAAGCTTGTCCGAGTTGTGATCCTTCATTTTTTGGGTGATCATGGAAACTTGAGTTTGAATCTCAGAAAACTAGGTGAACTGTCTCAGTTGAAGTATCTGCAGATAAAATGTAATGTCACCGTGGAGCTACCATATCAGATGCAAGGGCTAAAACATTTGGAAGCATTGGAAATAAGAGCAAGAACAGTGTCTATTCCATCGGACATTTTTCATCTGCCGATGTTGTTTCATCTCCTCCTTCGAGCCGACAGAAATCTGTCCCCGCGGATTGCTAAATCTTTTTGTCTGGAACCTAATCCTTCAGGGAAGATCAGTTCCTTGGATAACCTGAACGTCCTGTCGTCACCTCCCATCTTTCTTCAGACATTTGAAGTGTTGCCACCTATTGGCGTCTATTCAAGACTTCCTGAGTGGATCCAACAACTCCGCAAACTCCGCATTCTGAAAATTGCGATCAGACAATTGATGAGGAATGATATTGATATTCTTTCAGGATTGCCTGTGCTCACTGCTGTCTCGCTGCATATTCGGCAATCCATGGAAGAAATCATTGTCTTCCACCGCGAGTCATTCCCAGCTCTCGACTGTTTGAAGCTATCATGTAGTGTACTGTACCTCACTTTTCAGGAAGAAGCAATGCCGAATCTTCGGAGGCTGAAGCTAGGATTCAATGCTCACAGAAGAGAGTTCTTTTACGTCAATATGCTTTCTGGCATTGAGCACCTGAAAACCCTGCAGGAGGTAGTAGGACAAATTGGTTTAGGCTTTGGTGCAGGGGAATCGGAGTGGGCAGCTGCAGAGTATGCATTCAAGAACGCCTTTAGCAGGCATTCAAACTTAACAAGCTTCAATATACGAAGAGTTGGTGGTGTTGATGAAGAGTAAGGGTCTTTTTCTTTTCTCTAATAGAACATTCAGTAATAGAGAAATAATTATTTCCTGTTCCTACTTCTTTTTTCAACCTATAGAAATAATTATTTCCTGTTCATACTTCTTTTTTCAACCTATTAAAAGGTAGAGATATTACTGAATGCGTTTAAATCCGATCTGGCGTGCAAAATACATAGTATAAAGTTTACGGTGGTCCCTACTGGTAGTAGTACTCTATTATTAATATTATCATCAGCAAAAATAATCTTAATAGTTGATTTATAATTTCTACTGTTAATAGAAAATTTTATTTTGCAACCAATAGTTGAGGCGATAGCATAGATAGATATGATGTATTAGATTATAAAATATGAACGATCTAAATTGATTCTATTAACATTCTTATTATTATTGCTTACTGTGAATTAGTGGGGTCCTACCTCTCACTTTCTTTCGTTTTTCACAATTACTCATTTTTCTTAGCATTGTTTTCGGTGTTGATGACATTTCTTCTTCCTTCTCATAATTAATTTTTTTTCTTATAAATTGTGTTGACATTGCATTCCCTTAATATAGGCGCTCTGGTGAGGAGTTGTTGCTGACAAGCACCTTGTGAGTAATCTAGCTTCTGTCTGCTAGTTCATTTATGAATTCTACAACTACTTGGTCACATAATCTAGAGAGCATTTCCACTGCTTGAGGGAGCTGAAATTTTACTAGCCGCATGCCCGCATCTACTCTAAGGATCAATAATCTCTAGCTCCCTCAAGCAGGGTCACAATATATATCTATGTTCTTATGTTCTGCGTTTGAGCAATATCTCGTGCAACACAATTGCTTACTCAACCTTTCTTTAATTTTTAACACATTATTATCTATTAAACATCCAAGTCCAACATTCATCTGCATGTACTGCAAAGTTGAACAACTAAGGCATAGTTCTGAATAGCTTAAGGGCTTACCTACTCCCTCATTTTTAGCGAGCATGTTTTCAGGCCGCTAAACAGTACATCTATCTATCTATTATATACTAAATGTCCATTAATCTTCCTACAAACGCTTCTAAACCGCCACGTGGTGTTCCTATAAACGCTCTTAGGTTGCCACGTGGCATTTATAATCTCACCGTCGATTTTCATTTAAATTGGTGAACCCATTATCTAGACCATTAGGTTAGATCTCTTTGCTTCCTCTTGATATCATATCATGTGTATACGAGTGAACTGTTTATACCAGAAAATCCTAGTTACCTACGCACAATGGAAAAAGAAGGAAAAATCTGACGTACGTACGCACAGTTGAAAAAAAAAACTTTTGGTACTGTTCATTTAAAAAAACGTACGTATGTACGATAGAAAACTATTAAAAGGTACTGTTTACTTTAAAAAAAATACGGACTTATATATGCAAGTAAAAAAGAAAAGCTATAAGATCAGAAAAATATATGTACGTGGGTAGAAAAAATAGATGGTTTTTAAAATAGTGTTTTCTATTGTAGAAAAACAAAATTTATTCATCCACAAATATGGTAAAAAATGTAGAATAAAAAATACATGATGTAAACATATATGATTTCAGTTGCACTACAGTAAAAAATATATGTTTTTAGCACACAGGCATTCTTCTTATTGGTGAGGCTTTAAAAAGTCGATCTAACAATATATCACTTTCTATTTTATTAAGGAATGCCTGTGAAGTGGTACAGGATGACATAATACATAGTCACTTTCTTTTTATAATTTTTCATATATGTTTGAATGACATGCAAAGGATAATAAATAGAACTTAGAAGAATATACATTTTACGAGTGAAGTAGAAAACATACGTCATAAATTCTAATTGTCCAAATAGATAAAAGAAATGAACGCATGATTTAAAAGTAAAAATTATGATGATCTAAAATATATATGATTTAAAAGTAAAAATTATGATGATCTAAAATATATTGTTACAAATAAATATACATAATTTAGAAGGTTGTGGTTATTTAAAATTTATTGTTGCAAATATTTTCATAAAGAGAAAAAGGGAGAAAAAGTAATCAAGAGGATAAACTTCCTACAAACGCTTCTAATCCATCACATAGTACCCTATAAACGCTTCTAAACCTCTATGTGGCGCTCTAGTTAATCATAGAAATTATAAGAAAAAAAAACATCCGAACATCTCACGTCGTCATGCCACTACCGGACAATATACATGCATGTAGATACGTAGGTATTCCACCTTAAGAAAAAATGTATGTATTTACGGTACATACACGCGTCGGGTCCTACATCCTTTTTTTTTTTCTTCTCATTTAGATTAGATGGAAAACCAAACTAATAATCAAAAAACATATTAACTATGCTTTAAGTTGTAAAAATATATGCTATTTTGAATTGTATTCAAATTAGGCGCATGTCATCGAAAC

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CDS seq

AGTCCCCTGCTCGGTAAGCTCGATGAACTCCTTGCTAGTACGGAGCACACGGCACCGAGCATCCAGCAAATCAGAGCCAATCTTGGCATCACAAGCACACGCCTGGTCGAGCTCTCCATGTTGCAAGATCCTCCCCTCGTGGCCAAGTACTGGATGAAGGATGCGCGCGAGCTGTCCTATGACATGGAGGACTGCCTCGACCTCGACCAGGTCGCCGGCGGCGGCGAGGAGGCGGATTGGATCGATCGCATCGCTGGGTTCAGATCTCGCGTGGAGGAGGCCAATAGACGGTACGAGAGGTACAATCTTGATTCCATCCTTGGCTCCTCCACAAACATTCCAATCGACCACCGCCTTAAGCCGGCCGTCGGGAAGCCGGCGATGGAGCATGTTGGTATGGAAGGGCCGATGGATGAGCTCCGCCGGTGGCTGACCGACGAGGCGCAGGAGCTCAAGGTGGTATCTATCGTCGGCGTTGGAGGGGTGGGTAAGAGCACGTTTGCGCAGAAACTATGGCGGAAACTTGGTGGACAATTCGATTGCCGGGCTTTTGTGCACACGGCCAAGAAGCCTGACATGAGGAGGATTTTGAGGAGCATACTCTCTCAAGTTCGTCCGCGACAACAGCCCGAGGTTTGTGAGGTGCATAACCTCTTAGAAGATCTCAGAAAACATCTACTAGATAAGAGGTACTTCATTATAGTGGAAGATTTATGGGATACATCAGTATGGGATGTTGTTAGCCGTGCTTTTCCAAAGGGTAATTGTGGTAGCAGAATAGTAACAACGACAAAATTTGAGGAAGTTGCTCTGACTTCTTGTGGTTATCACTCTAAGTACGTATTTAAGATAAAACCTCTTAGTGAGGATCTCTCGAAGGAATTGATTGTCAGAAGAGTTTTTGTATCCGGCAAAGGATGTCCTCAACAATGCAGTGCCATTTTAGATGAGATTACAAACAAATGTGGCGGTTTACCACTAGCTCTAAACATCATCGCCAGTCTTCTATCTTGCCAACATGAAGTATTAGAGCACTGGAAACATGCAAGGGATTTTTTATGCAACAGTTTGAGGACAAATCCAACTTTTGATGAGATTCTGAAACAAGTAGTAAACCTTTGCTACAATAGTCTTCCCCATTGTTTGAAGACATGTCTACTTTATTTTAGCATATATCCAGAGAATTACACAGTTATGAAGGAAGATTTGGTGAAGCAGTGGGCAGCTGAAGGTTTTCTCTGTGCAACAAAAGGAGAAGAAATTATGGCAGTTGCAGTGAGCTGTTTTGACAGGCTTGTCAATTTAGGATTGATTCAACCTATTGATATCAATTATAATGATAAGGTGGTGCACTATGCAGTGAATAACATGGTACTTGATATTATTACTTATAAGTCCATAGAAGAAAATTTTATCACTGTAATGGATAAGGATTGTTATCAGATGAGTATAGAACTTTCTGACAAGGTTCGCCGACTGTCGCTCCACTTTGGCAGTGCAACATATGCAACTATACCAGCAGGTATTGGACTATCCCAAGTTCGATCACTTACCTTTATTGGTTTGTTCAATTGCCTGCCTTCCATTGTGAAATTTAAGCTTGTCCGAGTTGTGATCCTTCATTTTTTGGGTGATCATGGAAACTTGAGTTTGAATCTCAGAAAACTAGGTGAACTGTCTCAGTTGAAGTATCTGCAGATAAAATGTAATGTCACCGTGGAGCTACCATATCAGATGCAAGGGCTAAAACATTTGGAAGCATTGGAAATAAGAGCAAGAACAGTGTCTATTCCATCGGACATTTTTCATCTGCCGATGTTGTTTCATCTCCTCCTTCGAGCCGACAGAAATCTGTCCCCGCGGATTGCTAAATCTTTTTGTCTGGAACCTAATCCTTCAGGGAAGATCAGTTCCTTGGATAACCTGAACGTCCTGTCGTCACCTCCCATCTTTCTTCAGACATTTGAAGTGTTGCCACCTATTGGCGTCTATTCAAGACTTCCTGAGTGGATCCAACAACTCCGCAAACTCCGCATTCTGAAAATTGCGATCAGACAATTGATGAGGAATGATATTGATATTCTTTCAGGATTGCCTGTGCTCACTGCTGTCTCGCTGCATATTCGGCAATCCATGGAAGAAATCATTGTCTTCCACCGCGAGTCATTCCCAGCTCTCGACTGTTTGAAGCTATCATGTAGTGTACTGTACCTCACTTTTCAGGAAGAAGCAATGCCGAATCTTCGGAGGCTGAAGCTAGGATTCAATGCTCACAGAAGAGAGTTCTTTTACGTCAATATGCTTTCTGGCATTGAGCACCTGAAAACCCTGCAGGAGGTAGTAGGACAAATTGGTTTAGGCTTTGGTGCAGGGGAATCGGAGTGGGCAGCTGCAGAGTATGCATTCAAGAACGCCTTTAGCAGGCATTCAAACTTAACAAGCTTCAATATACGAAGAGTTGGTGGTGTTGATGAAGAGCGCTCTGGTGAGGAGTTGTTGCTGACAAGCACCTTGTGA

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Protein seq

SPLLGKLDELLASTEHTAPSIQQIRANLGITSTRLVELSMLQDPPLVAKYWMKDARELSYDMEDCLDLDQVAGGGEEADWIDRIAGFRSRVEEANRRYERYNLDSILGSSTNIPIDHRLKPAVGKPAMEHVGMEGPMDELRRWLTDEAQELKVVSIVGVGGVGKSTFAQKLWRKLGGQFDCRAFVHTAKKPDMRRILRSILSQVRPRQQPEVCEVHNLLEDLRKHLLDKRYFIIVEDLWDTSVWDVVSRAFPKGNCGSRIVTTTKFEEVALTSCGYHSKYVFKIKPLSEDLSKELIVRRVFVSGKGCPQQCSAILDEITNKCGGLPLALNIIASLLSCQHEVLEHWKHARDFLCNSLRTNPTFDEILKQVVNLCYNSLPHCLKTCLLYFSIYPENYTVMKEDLVKQWAAEGFLCATKGEEIMAVAVSCFDRLVNLGLIQPIDINYNDKVVHYAVNNMVLDIITYKSIEENFITVMDKDCYQMSIELSDKVRRLSLHFGSATYATIPAGIGLSQVRSLTFIGLFNCLPSIVKFKLVRVVILHFLGDHGNLSLNLRKLGELSQLKYLQIKCNVTVELPYQMQGLKHLEALEIRARTVSIPSDIFHLPMLFHLLLRADRNLSPRIAKSFCLEPNPSGKISSLDNLNVLSSPPIFLQTFEVLPPIGVYSRLPEWIQQLRKLRILKIAIRQLMRNDIDILSGLPVLTAVSLHIRQSMEEIIVFHRESFPALDCLKLSCSVLYLTFQEEAMPNLRRLKLGFNAHRREFFYVNMLSGIEHLKTLQEVVGQIGLGFGAGESEWAAAEYAFKNAFSRHSNLTSFNIRRVGGVDEERSGEELLLTSTL

Function Disease resistance protein RGA5 [UniProtKB/Swiss-Prot:F7J0N2]

Transcripts

Gene Transcript Chromosome Start End Strand Source
Os11g0223201 Os11t0223201-01 Chr11 6440363 6445718 + irgsp1_rep
CDS seq

AGTCCCCTGCTCGGTAAGCTCGATGAACTCCTTGCTAGTACGGAGCACACGGCACCGAGCATCCAGCAAATCAGAGCCAATCTTGGCATCACAAGCACACGCCTGGTCGAGCTCTCCATGTTGCAAGATCCTCCCCTCGTGGCCAAGTACTGGATGAAGGATGCGCGCGAGCTGTCCTATGACATGGAGGACTGCCTCGACCTCGACCAGGTCGCCGGCGGCGGCGAGGAGGCGGATTGGATCGATCGCATCGCTGGGTTCAGATCTCGCGTGGAGGAGGCCAATAGACGGTACGAGAGGTACAATCTTGATTCCATCCTTGGCTCCTCCACAAACATTCCAATCGACCACCGCCTTAAGCCGGCCGTCGGGAAGCCGGCGATGGAGCATGTTGGTATGGAAGGGCCGATGGATGAGCTCCGCCGGTGGCTGACCGACGAGGCGCAGGAGCTCAAGGTGGTATCTATCGTCGGCGTTGGAGGGGTGGGTAAGAGCACGTTTGCGCAGAAACTATGGCGGAAACTTGGTGGACAATTCGATTGCCGGGCTTTTGTGCACACGGCCAAGAAGCCTGACATGAGGAGGATTTTGAGGAGCATACTCTCTCAAGTTCGTCCGCGACAACAGCCCGAGGTTTGTGAGGTGCATAACCTCTTAGAAGATCTCAGAAAACATCTACTAGATAAGAGGTACTTCATTATAGTGGAAGATTTATGGGATACATCAGTATGGGATGTTGTTAGCCGTGCTTTTCCAAAGGGTAATTGTGGTAGCAGAATAGTAACAACGACAAAATTTGAGGAAGTTGCTCTGACTTCTTGTGGTTATCACTCTAAGTACGTATTTAAGATAAAACCTCTTAGTGAGGATCTCTCGAAGGAATTGATTGTCAGAAGAGTTTTTGTATCCGGCAAAGGATGTCCTCAACAATGCAGTGCCATTTTAGATGAGATTACAAACAAATGTGGCGGTTTACCACTAGCTCTAAACATCATCGCCAGTCTTCTATCTTGCCAACATGAAGTATTAGAGCACTGGAAACATGCAAGGGATTTTTTATGCAACAGTTTGAGGACAAATCCAACTTTTGATGAGATTCTGAAACAAGTAGTAAACCTTTGCTACAATAGTCTTCCCCATTGTTTGAAGACATGTCTACTTTATTTTAGCATATATCCAGAGAATTACACAGTTATGAAGGAAGATTTGGTGAAGCAGTGGGCAGCTGAAGGTTTTCTCTGTGCAACAAAAGGAGAAGAAATTATGGCAGTTGCAGTGAGCTGTTTTGACAGGCTTGTCAATTTAGGATTGATTCAACCTATTGATATCAATTATAATGATAAGGTGGTGCACTATGCAGTGAATAACATGGTACTTGATATTATTACTTATAAGTCCATAGAAGAAAATTTTATCACTGTAATGGATAAGGATTGTTATCAGATGAGTATAGAACTTTCTGACAAGGTTCGCCGACTGTCGCTCCACTTTGGCAGTGCAACATATGCAACTATACCAGCAGGTATTGGACTATCCCAAGTTCGATCACTTACCTTTATTGGTTTGTTCAATTGCCTGCCTTCCATTGTGAAATTTAAGCTTGTCCGAGTTGTGATCCTTCATTTTTTGGGTGATCATGGAAACTTGAGTTTGAATCTCAGAAAACTAGGTGAACTGTCTCAGTTGAAGTATCTGCAGATAAAATGTAATGTCACCGTGGAGCTACCATATCAGATGCAAGGGCTAAAACATTTGGAAGCATTGGAAATAAGAGCAAGAACAGTGTCTATTCCATCGGACATTTTTCATCTGCCGATGTTGTTTCATCTCCTCCTTCGAGCCGACAGAAATCTGTCCCCGCGGATTGCTAAATCTTTTTGTCTGGAACCTAATCCTTCAGGGAAGATCAGTTCCTTGGATAACCTGAACGTCCTGTCGTCACCTCCCATCTTTCTTCAGACATTTGAAGTGTTGCCACCTATTGGCGTCTATTCAAGACTTCCTGAGTGGATCCAACAACTCCGCAAACTCCGCATTCTGAAAATTGCGATCAGACAATTGATGAGGAATGATATTGATATTCTTTCAGGATTGCCTGTGCTCACTGCTGTCTCGCTGCATATTCGGCAATCCATGGAAGAAATCATTGTCTTCCACCGCGAGTCATTCCCAGCTCTCGACTGTTTGAAGCTATCATGTAGTGTACTGTACCTCACTTTTCAGGAAGAAGCAATGCCGAATCTTCGGAGGCTGAAGCTAGGATTCAATGCTCACAGAAGAGAGTTCTTTTACGTCAATATGCTTTCTGGCATTGAGCACCTGAAAACCCTGCAGGAGGTAGTAGGACAAATTGGTTTAGGCTTTGGTGCAGGGGAATCGGAGTGGGCAGCTGCAGAGTATGCATTCAAGAACGCCTTTAGCAGGCATTCAAACTTAACAAGCTTCAATATACGAAGAGTTGGTGGTGTTGATGAAGAGCGCTCTGGTGAGGAGTTGTTGCTGACAAGCACCTTGTGA

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Protein seq

SPLLGKLDELLASTEHTAPSIQQIRANLGITSTRLVELSMLQDPPLVAKYWMKDARELSYDMEDCLDLDQVAGGGEEADWIDRIAGFRSRVEEANRRYERYNLDSILGSSTNIPIDHRLKPAVGKPAMEHVGMEGPMDELRRWLTDEAQELKVVSIVGVGGVGKSTFAQKLWRKLGGQFDCRAFVHTAKKPDMRRILRSILSQVRPRQQPEVCEVHNLLEDLRKHLLDKRYFIIVEDLWDTSVWDVVSRAFPKGNCGSRIVTTTKFEEVALTSCGYHSKYVFKIKPLSEDLSKELIVRRVFVSGKGCPQQCSAILDEITNKCGGLPLALNIIASLLSCQHEVLEHWKHARDFLCNSLRTNPTFDEILKQVVNLCYNSLPHCLKTCLLYFSIYPENYTVMKEDLVKQWAAEGFLCATKGEEIMAVAVSCFDRLVNLGLIQPIDINYNDKVVHYAVNNMVLDIITYKSIEENFITVMDKDCYQMSIELSDKVRRLSLHFGSATYATIPAGIGLSQVRSLTFIGLFNCLPSIVKFKLVRVVILHFLGDHGNLSLNLRKLGELSQLKYLQIKCNVTVELPYQMQGLKHLEALEIRARTVSIPSDIFHLPMLFHLLLRADRNLSPRIAKSFCLEPNPSGKISSLDNLNVLSSPPIFLQTFEVLPPIGVYSRLPEWIQQLRKLRILKIAIRQLMRNDIDILSGLPVLTAVSLHIRQSMEEIIVFHRESFPALDCLKLSCSVLYLTFQEEAMPNLRRLKLGFNAHRREFFYVNMLSGIEHLKTLQEVVGQIGLGFGAGESEWAAAEYAFKNAFSRHSNLTSFNIRRVGGVDEERSGEELLLTSTL

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Event Type Chromosome Start End Strand Alternative mRNAs Total mRNAs Source

Expression

Leaf Root Panicle
FPKM None None None

Homologues

Genome & Annotation Homologs Type Expression(FPKM)
Leaf Root Panicle
Nipponbare | IRGSP 1.0 | Gramene(+IsoSeq) OsNip_11g0223201 RBH 1.687086 0.982674 2.311912
Nipponbare | IRGSP 1.0 | MSU LOC_Os11g11580 SBH 1.219142 1.126729 0.523316
Nipponbare | IRGSP 1.0 | RAP-db Os11g0225300 RBH None None None
Azucena | AzucenaRS1 | Gramene(+IsoSeq) OsAzu_11g0007780 RBH 0.586193 4.042774 1.698145
KETAN NANGKA | Os128077RS1 | Gramene(+IsoSeq) OsKeNa_11g0020060 SBH 0.403046 0.503076 7.053586
CHAO MEO | Os132278RS1 | Gramene(+IsoSeq) OsCMeo_11g0007680 SBH 0.728379 4.617134 2.073140
ARC 10497 | Os117425RS1 | Gramene(+IsoSeq) OsARC_11g0007750 SBH 0.266105 0.292467 None
PR 106 | Os127742RS1 | Gramene(+IsoSeq) OsPr106_11g0007770 SBH 22.293795 17.082457 21.002594
Minghui 63 | MH63RS3 | HZAU OsMH63_11G0104800 SBH 9.8728925 17.3811525 9.2154185
IR 64 | OsIR64RS1 | Gramene(+IsoSeq) OsIR64_11g0007760 SBH 1.028826 0.606468 2.400014
Zhenshan 97 | ZS97RS3 | HZAU OsZS97_11G0111000 SBH 11.163192 12.880398 7.240871
LIMA | Os127564RS1 | Gramene(+IsoSeq) OsLima_11g0007930 SBH 0.395772 0.000000 None
KHAO YAI GUANG | Os127518RS1 | Gramene(+IsoSeq) OsKYG_11g0007910 RBH 0.0 0.0 None
GOBOL SAIL | Os132424RS1 | Gramene(+IsoSeq) OsGoSa_11g0007670 SBH 4.611819 5.378192 None
LIU XU | Os125827RS1 | Gramene(+IsoSeq) OsLiXu_11g0007850 SBH 0.619932 0.0 1.388970
LARHA MUGAD | Os125619RS1 | Gramene(+IsoSeq) OsLaMu_11g0007890 SBH 1.034561 7.104585 None
N22 | OsN22RS2 | Gramene(+IsoSeq) OsN22_11G007940 SBH 0.421739 2.155976 1.788703
NATEL BORO | Os127652RS1 | Gramene(+IsoSeq) OsNaBo_11g0007750 SBH 0.327408 12.925796 3.389852
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National Key Laboratory of Crop Genetic Improvement

Huazhong Agricultural University

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