Information report for Glyma.18G281700
Gene Details
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Functional Annotation
- Encodes a SUMO protease that positively regulates the transition to flowering in long and short days. Along with SPF2, its activity is required for fertility as asp1/spf2 double mutants have defects in gametogenesis and embroygenesis.
Homologous
- Arachis hypogaea: arahy.Tifrunner.gnm1.ann1.Q7VTCQ, arahy.Tifrunner.gnm1.ann1.1RZ0PJ
Gene Resources
- Pfam: PF02902
- UniProt: K7MV83
- EMBL: CM000851
- KEGG: gmx:100788065
- InterPro: IPR001611 , IPR002182 , IPR003653 , IPR027417 , IPR032675 , IPR038765 , IPR042197
- PANTHER: PTHR47764 , PTHR47764:SF12
- SUPFAM: SSF52058 , SSF52540 , SSF54001
- PROSITE: PS50600
- Gene3D: 1.10.418.20 , 1.10.8.430 , 3.30.310.130 , 3.40.50.300 , 3.80.10.10
- OrthoDB: K7MV83
- SMR: K7MV83
- eggNOG: KOG0779 , KOG4658
- STRING: 3847.K7MV83
- HOGENOM: CLU_000427_2_3_1
Sequences
CDS Sequence
- >Glyma.18G281700
ATGGATGAGGCGTGTAGTAGTAGAAGAAAAAGGGGGGGTCGGCCTAAAAGTAAATACTGGAGTGAAGCTGAAAAATTAGAAGGTAAAAATATGTGGAAGTGCAACCATTGTAAACATGAATTTGCCGGAGGTGCTACAAGAATTGAAGAGCATATCACTGGCAAAGGAAACAATATTACAAAATGCCCAAAATATGGTGCCCATGAAGAAGATGAAATTAACTTGGGAGACCAGATAGTGGAGCATGATTCTGCTGCATTTAAAAAGGCGTATCCAAAGGGGGACCCTGATGCTGTTTGTATCAAAAAGAGCGATATTGAGCTTTTACAGCCTGAGAAATGCCTTAATGATACTATCATTGACTTTTATATCAATTATTTGAAAAATAAACTTCCAAGCGATAAACAAGACAGGTTTCACTTTTTCAATTGCTTTTTCTTTGCTAAGCTTGCTGGTTTAAGCAGAAATGATACATCAATTGCTTGTGATGGTAAAGCAGCATTTCAGCGTGTAAGCACTTGGGGAAGAAAAGTCAACCTTTTTAAAACGGATTATATCTTCATTCCCATAAACTATAGTCTTCACTGGAGTTTGATTGTCATTTGTCACCCTGCTGAAGTCATGACATGCTACAGAGATGAAGAAACTAAGGGATCTCCCAAAGAAGCTTGCATCTTGCACATGGATTCCCGAAAAGGAATTCATGTACATCTCCAGAATGTTTTCCAAAGTTATCTATGTGAAGAATGGAAAGAGAGGCACAACAATGTGAGGGATGATGTTTCTCCTAAATTTTTAGATCTTCCATTCGTGCCACTTGAGCTGCCTCAGCAACAAAATGCATACGATTGTGGCATCTTTTTGCTCCACTATGTGGAACATTTTCTGGAACAAGCTCCAATCAACTTTAACCGTTCAACCAAGTTCAGTGTTCCTCCACCAGATGCTTCTCTGAAACGATCTCATATACAGAAACTATTAATAGCGGCTGAAGGAGACAGTAAAATGATTGTTGGTGGTTCAGTTAACCCTCAAAACAATACACAATTCTCAGCTGCTTTATTAGGAGGTGATGTAGAAGATCATGCTGTGAACGGAGGTAGCAATGGCGATGATGCTTTGACTATAAATAATTTGCTATCCGATCTAGCAAGGGAAGAAGACTACTTTGATAAAGAATTACAGTGGCGGGAGTTCCAGGCCATTAAGCGCAAGAGACAAGATGACGATTGGTCGGATAAACTAAAGGACCTGAAAAAAAGAGTTATTGATGTGAAAAACTCACTGCATCAGTCTGGGTCGACTAATGAATTGCCCAAGCCTTCTGAATTGCATGCTAAGTTTATTTATTTATTGATAGAGAAGCTTTGGGAGTTGCGAGATGAAAATGTGAAGAAGATGTGGGATCTTCTGGAGGATGAGGAAGTCTTCATTATTGGCATAGATGGAATGGGGGGAGTTGGAAAAACATTCATGGCAACTCATTTCAAGAATGAGATTAAAAGAAAGGGGACTTTCAAGGATGTCTTCTGGGTCACTGTTTCCCATGATTTCACCATTTTCAAATTGCAACATCACATTGCAGAAACAATGCAGGTTAAGCTTTACGGAGATGAGATGACCAGAGCAACAATTTTGACGTCAGAGTTGGAGAAAAGAGAAAAAACACTGCTTATTTTGGATGATGTTTGGGAATATATTGATCTGCAAAAGGTGGGGATTCCTCTTAAAGTGAATGGCATTAAATTGATTATCACAACTCGTTTGAAACATGTGTGGCTACAGATGGATTGCCTACCAAATAATACAATAACAATATTCCCCTTTGATGAACTAGAAGAAGAAGCTTGGGAGTTATTTTTGCTAAAACTTGGACACCGTGGAACACCTGCAAGACTTCCCCCTCATGTACTAGAGATTGCAAGATCTGTTGTAATGAAATGTGATGGTTTACCACTTGGAATCAGTGCGATGGCTCGAACCATGAAAGGGAAAAATGAGATCCATTGGTGGAGACATGCATTGAATAAACTTGACAGATTGGAAATGGGAGAAGAGGTCTTAAGCGTACTAAAACGTAGCTATGACAATTTAATTGAAAAGGACATCCAAAAATGTTTCTTACAGTCTGCACTGTTTCCTAATCATATTTTTAAAGAGGAATGGGTTATGATGCTTGTTGAGAGTGGGTTGTTAGATGGAAAGAGGAGTTTGGAGGAAACATTTGATGAGGGACGTGTCATAATGGATAAACTCATTAACCATTCTTTGTTGTTAGGTTGTTTGATGTTACGAATGAATGGTCTGGTGAGGAAGATGGCGTGCCATATCTTGAACGACAATCACACTTACTTGATAAAATGTAATGAAAAATTGAGAAAGATGCCTCAGATGCGGGAATGGACAGCTGATCTGGAGGCAGTTTCTTTGGCGGGTAATGAGATAGAAGAAATAGCAGAGGGCACATCACCTAATTGTCCACGCTTGTCCACCTTCATCTTATCTCGTAATTCCATCAGTCATATTCCCAAGTGTTTTTTCAGACGCATGAACGCTCTAACACAACTTGATTTATCATTTAATCTTAGATTAACATCTTTGCCAAAGTCGCTGTCTAAGTTGAGGTCTCTTACTTCTTTAGTGCTCCGTCAATGTTCAAAATTGAAAGATATACCTCCACTGGGAGATCTACAAGCATTGTCAAGATTGGACATTTCAGGTTGTGATTCGCTCCTCAGGGTACCGGAAGGCTTGCAAAATCTAAAAAAGTTGCAATGCCTTAATCTTTCCCGCGATTTGTATTTATCATTGTTACCCGGATGCGCACTGCCCGGTTTGAGCAATATGCAATATCTGGATCTCCGGGGTTCGTCAGGTATAAAAGTAGAAGATGTAAAAGGGATGACTATGCTTGAATGTTTTGCAGTAAGCTTTCTCGATCAGGATTACTACAACCGTTATGTGCAAGAAATTCAGGACACTGGTTATGGACCTCAAATCTATTTTATCTATTTTGGAAAATTTGATGATTACACACTTGGATTTCCTGAGAATCCTATTTATCTTTGTCTTGAATTCAAGCGTCGAAGGGTATGTTTTGGAGATTGCGATGAATTACCCTATTTACTGCCAAGAGACCTTACGGAATTACTTGTAAGTGGCAATGATCAATGGGAATGCTTATGTGCTCCTCTGTCATCTAATGGTCCTCTATCTTTAAAGGACATTAACATTAAACACTGTACAAAATTGAAGAGTTTATTCTGTGTATCTTGTTCCTTATGCACTAATATCCAAAACCTCAAATCTTTGAAACTTGATAATTTGGGTAGTTTAAGTGTCCTCTGCAAGGAAGATGTTGCTGGTTTAACACAATCTTTATCTCGGAGTGGGGTGTTTTCTCATCTCAAGGAATTGAGTATCGAGAAATGCCATCAGATAGAGAAGTTGCTGACGCCAGGGTTAGTGCCACAACTTCAAAACCTGGCGTCTATATCGGTAGAGGACTGCGAATCAATAAAGGAGATATTTGCGGGAGATAGTTCCGACAACATTGCACTTCCCAATTTAACCAAATTGCAACTACGCTATTTACCAGAATTACAGACAGTGTGCAAAGGAATTTTACTCTGTAACTCTGAGTATATATTCTACATCAAGGATTGTCCCAATTATGAAACACCCAGAATTGGTGGTCGTGTATGA
Protein Sequence
- >Glyma.18G281700
MDEACSSRRKRGGRPKSKYWSEAEKLEGKNMWKCNHCKHEFAGGATRIEEHITGKGNNITKCPKYGAHEEDEINLGDQIVEHDSAAFKKAYPKGDPDAVCIKKSDIELLQPEKCLNDTIIDFYINYLKNKLPSDKQDRFHFFNCFFFAKLAGLSRNDTSIACDGKAAFQRVSTWGRKVNLFKTDYIFIPINYSLHWSLIVICHPAEVMTCYRDEETKGSPKEACILHMDSRKGIHVHLQNVFQSYLCEEWKERHNNVRDDVSPKFLDLPFVPLELPQQQNAYDCGIFLLHYVEHFLEQAPINFNRSTKFSVPPPDASLKRSHIQKLLIAAEGDSKMIVGGSVNPQNNTQFSAALLGGDVEDHAVNGGSNGDDALTINNLLSDLAREEDYFDKELQWREFQAIKRKRQDDDWSDKLKDLKKRVIDVKNSLHQSGSTNELPKPSELHAKFIYLLIEKLWELRDENVKKMWDLLEDEEVFIIGIDGMGGVGKTFMATHFKNEIKRKGTFKDVFWVTVSHDFTIFKLQHHIAETMQVKLYGDEMTRATILTSELEKREKTLLILDDVWEYIDLQKVGIPLKVNGIKLIITTRLKHVWLQMDCLPNNTITIFPFDELEEEAWELFLLKLGHRGTPARLPPHVLEIARSVVMKCDGLPLGISAMARTMKGKNEIHWWRHALNKLDRLEMGEEVLSVLKRSYDNLIEKDIQKCFLQSALFPNHIFKEEWVMMLVESGLLDGKRSLEETFDEGRVIMDKLINHSLLLGCLMLRMNGLVRKMACHILNDNHTYLIKCNEKLRKMPQMREWTADLEAVSLAGNEIEEIAEGTSPNCPRLSTFILSRNSISHIPKCFFRRMNALTQLDLSFNLRLTSLPKSLSKLRSLTSLVLRQCSKLKDIPPLGDLQALSRLDISGCDSLLRVPEGLQNLKKLQCLNLSRDLYLSLLPGCALPGLSNMQYLDLRGSSGIKVEDVKGMTMLECFAVSFLDQDYYNRYVQEIQDTGYGPQIYFIYFGKFDDYTLGFPENPIYLCLEFKRRRVCFGDCDELPYLLPRDLTELLVSGNDQWECLCAPLSSNGPLSLKDINIKHCTKLKSLFCVSCSLCTNIQNLKSLKLDNLGSLSVLCKEDVAGLTQSLSRSGVFSHLKELSIEKCHQIEKLLTPGLVPQLQNLASISVEDCESIKEIFAGDSSDNIALPNLTKLQLRYLPELQTVCKGILLCNSEYIFYIKDCPNYETPRIGGRV*