Information report for DRNTG_30155
Gene Details
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Functional Annotation
- Encodes a cytosine methyltransferase MET1. Required for silencing of FWA paternal allele in endosperm. Two lines with RNAi constructs directed against DMT1 have reduced agrobacterium-mediated tumor formation.
Homologous
- Arabidopsis thaliana — AT5G49160
Gene Resources
- Pfam: PF01426 PF00145 PF12047
- UniProt: A0AB40CNK6
- RefSeq: XP_039140949.1
- InterPro: IPR001025 , IPR001525 , IPR017198 , IPR018117 , IPR022702 , IPR029063 , IPR031303 , IPR043151 , IPR050390
- PANTHER: PTHR10629 , PTHR10629:SF52
- SUPFAM: SSF53335
- PROSITE: PS00094 , PS00095 , PS51038 , PS51679
- Gene3D: 2.30.30.490 , 3.40.50.150 , 3.90.120.10
- CDD: cd04708
Sequences
CDS Sequence
- >DRNTG_30155
ATGCTATTTATTTCAATTATTTGTTGGAAGATTGTTTCTGGTAATAAAAGAAAGGGCAGAGGAGCATCCACAAAAAAGAATAAAAGCACAGATGATACTGTTGTAGTAAATGCCAAGGAAAAGGGTCGGGTTAATGTTGATAATGTCAGAGATTCTGTTGGCAGGAAGAGGCCCAAACGTGGTGCTGCATGCTCCGATTTTAAGGAGAAATCTATCAGGATATCTGAAAAATCATCAATGGTCGAAACTAGACGAGACCGATTAGTGGAGGACGAAAGGATTGCTGTTGATCTCACCAAACTTGGTTTAGAAGATGACCCACCTTGCAGGAAACTTTTGGACTTCATCTTCCATGATGCTGAAGGAAATCCCCAACCATTTGAAATGTCTGAGATTGATGATTTATTTGTCACTGCTCTTGTTATGCCCATGGATGATAATTTGGAGAAAGAGAAGGAAAGGGGAGTTAAATGTGAGGGCTTTGGCCGCATTGAATCTTGGGCAATTTCAGGTTATGATGAAGGCACTCCAGTGGTTTGGATCTCAACTGAGATTGCAGACTATGAATGTGTGAAGCCTGCCGGCAGCTACAAAAGGTTTTATGATCATTTCTGTGAGAAGGCTCGCATATGTGTTGAAGTCTACCGAAAATTAGCCAAATCTGCTGGAGGAGATCCTGACTTGGGTTTGGAAGAGTTGCTTGCTGGGGTTGTTCGTTCTATGAGTGGAAGCAAAAGCTTTTGTGGTGGATTGACAGGTAGAGATTTTGTGATTTCACTTGGTGATTTTATATATAACCAGTTAATTGGATTGGACGGCTCAGAGAAAAATGATGTGAATTTTGCTACATTGCCTGCTCTTATTGCTCTGAAGGGTGAATGCAGAAATAATAAAGATTTTAACAAGGTCCATCCAGAGGTCTCCGGTGGGAGTTTGAAAATTAATGAAACACAACAATCACAAACAATTGAAGATGATGATGAGAAACTTGCAAGGCTGTTGCAGGAGGAGGAGAACTGGAAGTCAATGAAGCAGCAAAGAGCCCGTCAATCAGCAACTTCTCAAAAAAATGTCTACATTAAGATCAGTGAAGCTGAAATTGCCAATGACTATCCTTTGCCTGGATATTATAAGCCAGCAATTGGAGAAATGGATGAGTACATCTTTTTTGAGAGTGATGCCAACATATACTACCCCGACCTCCCAAGACGAATTCTTAACAATTGGTCTCTTTACAATTCTGACTCAAGGCTTATTTCATTAGAGCTCCTCCCAATGATTCCCTGTGCTGAAGTAGATGTGACAGTATTTGGATCAGGGAATATGAAAGAGGATGATGGGACTGGGTTCTGCCATGAGACTGAACCAGGCCAGTCCTCATCAAGCTCATTGGCCTCTGTGGATACTGATGGGGTTCCAGTTTATCTTAGCTCCATAAAGGAATGGATGATAGAGTTTGGATCTTCCATGGTCTTTATATCTATCCGAACAGATGTTGCCTGGTATAGGCTGGGGAAACCTGCAAAACAGTACATTCCGTGGTATGAGCCAGTCCTTAAAACAGCAAGGCTTGCTATAAGTATCATCACTTTGCTAAAGGAACAAAGCCGTGTTTCTAAGCTTTCGTTTGCAGATGTCATCAAGAAAGTTTCAGAGTTTGATAAGCACCATCCTGCCTTTATCTCTTCCAATCTGCTATTGGTGGAGAGATATGTAGTTGTTCATGGACAGATTATTCTTCAACAATTTTCCGAGTTTCCTGATGACAACATTCGAAAATGTGCTTTTGTCACTGGTCTTTCTGAAAAGATGCAAGAGAGACGCCACACCAAGCTTCTTATGAATAAAAGATTTGTCGTGCAGAAGGAAGCAAATTTGAATCCAAGTGCAGCAATTAAGCCAGTTTTGTCAAAGAGAAATGTGATGCGAGCTACTACAACAAGGTTGATTAATAGGATATGGGGAGATTATTATTTACATTATTTTCCAGATGATTCAAAAGAGGGAGATACTCATGAAATTAAAGAGCAAGAACTTGAGGAGGATCAGGAAGAAAATGAAGATGAAGATGCAGAAGAAAATGTGCCTAATGAAGAGGAGAAATTGTCAAAGTCTTGTCCGTCTATTCGATCATGTAATTCCAAGTTAAACCATGATGAAGTAATATGGAAAGGTGAGTCTACTGGAAAGACATGCTGCGGGGAGGCTCTTTATAAATATGCAGTTGTTCATGGAGATCAACTTGCTGTTGGTGGGGCAGCATTAATAGAAACTGATGAATGTGATGAGCCGATGACCATAGTTTTCCTGGAGTACATGTATGAAAAAGACGATGGAATAAAAATGGCGCATGGGAAAATTATGGAAAAGGGATCTGAGACAGTACTTGGAAATGCGGCAAATGAGAGGGAAGTTTTCCTGACCAATGGCTGTGTGGACTTTGAATTGTGTGAGGTGAAAGAATCTGTAACTGTGGATATACGTTTGCGGTCATGGGGGCATAAACACAGGGCTTCTTATGCTAATGCTGACAAGATTGATAGGGCAAAGGCTGAAGAGAGAAAGAAGAAAGGACTACCAATGGAGTATTATTGTAAAAGTTTGTATTGGCCTGAGAGGGGTGCTTTCTTCACTCTTCCATTTGACAGCATGGGACTTGGAAATGGGGTGTGTAGTTCATGTGAACAAAGAGATGCAGAAGAGGATTTTTTCTTTGTTGATTCTACCGTTTTTGTTCACAAGAAGACTGAATACAATATATGTGACTTTGTATATGTGAGGCCTCATTATTTTGGGGTGGAAAAAGATGAGGATCGGGAAATTTTCAAAGGTGGGAGGAATGTAGGCCTAAAGCCTTACACAGTATGCCAGTTGCAGGAAATTGAAGTCCCCAGAGGGAAAACACCCTCTCCAGAGTCCACTCTTGTCAAGGTTAGAAGATTCTACCGGCCAGAAGATGTTTCTGCTCAAAAGGCCTACAATTCAGATATTAGAGAAGTTTATTATAGTGAAGACATTACCAGTGTTCCTGTTGAAGCAATAGAAGGGAAGTGTGAAGTCAGAAAGAAAAACGATCTCCCCATTGTGGATCTTCCTATAATTACTGATCATGTTTTCTTTTGTGAATATTGTTATGATGCTGATAAAGGAAGTCTCAAGCAGTTGCATGCCCATGTGAAATTTTCGCCATTAAACCAAAAGGTGCCTGATGCTTCCTCAAGGAAGAAAAAAGGGAAGGAAAAATGTGATGGTGAACCAAACGGTTCTGATAAAAGTAAAGATGAATCACAGGAAAGCCGTCTGGCTACTTTAGATATCTTTTCTGGCTGTGGGGGTCTGTCAGAGGGATTGCAAAAAGCTGGTGTTTCATTCACAAAGTGGGCAATAGAATATGAGCAGCCTGCTGGAGAAGCATTTGGCAAAAACCATCCTAATACATTGATGTTCATTGATAATTGCAATGTTATTTTGAGAGCTATCATGGAAAAGTGTGGGGATGTAGATGACTGCATCTCAACTTCTGAGGCTGCTAAACTGGCTGCAGAACTTAGTGAAGAAAAGCTTAACAACCTGCCATTGCCTGGCCAAGTAGATTTTATTAACGGAGGCCCCCCATGCCAGGGATTTTCGGGGATGAATAGATTTAATCAAGGCATCTGGAGTAAGGTGCAATGTGAGATGATTTTGGGCTTCTTGTCTTTCGCTGAATATTTTCGTCCTAGATTCTTCCTTTTGGAGAATGTCAGGACATTTGTTTCTTTTAACAAGGCACAGACATTCAGATTGACTCTTGCTTCATTGCTAGAGATGGGTTACCAGGTGAGATTTGGCATTCTTGACGCTGGAGCATACGGTGTTTCCCAATCCAGGAAGAGAGTTTTTGTTTGGGCTGCTTCTCCAGAAGAGAAACTCCCAGAGTGGCCAGAACCTATGCATGTTTTTGCTGGTCCTGAGTTAAAAATACCCTTGTCCAACGGCATGCATTACAGTGCTGTTCGAAGCACGGCTGGCGGGGCTCCTTTCCGCTCTATAACTGTGAGAGATACTATTGGAGATCTGCCTCCTGTTGTAAATGGAGCATCCAAACTCTCAATTGAATATGATGGTTCTCCAGTTTCATGGTTCCAAAAACAAATAAGAGGGAGAACCATTACTCTGGATGATCACATTTCCAAAGAAATGAATGAACTGAATTTGATTCGGTGTCAACGCATTCCAAAGCGGCCAGGTTCTGACTGGCATGACCTCCCAGATGAGAAGGTTAAATTATCAACTGGGCAAATGGTGGACTTGATACCTTGGTGCCTTCCAAATACTGCAAAGAGACACAACCAGTGGAAGGGACTCTTTGGAAGGTTGGATTGGGAAGGCAACTTCCCAACCTCCATTACTGATCCCCAACCCATGGGTAAGGTTGGCATGTGTTTTCACCCCGAGCAAGATAGAATAATAACCGTCCGTGAGTGTGCTCGTTCTCAGGGATTCCCTGATAGCTACCAATTTTGTGGTAATATTCAAAACAAGCACAGGCAGATTGGCAATGCCGTGCCGCCTCCCCTTGCATATGTACTCGGCCGGAAACTCAAGGAAGCTGTCAATGCTAAGACCTCTTGCAGTGAATAG
Protein Sequence
- >DRNTG_30155
MLFISIICWKIVSGNKRKGRGASTKKNKSTDDTVVVNAKEKGRVNVDNVRDSVGRKRPKRGAACSDFKEKSIRISEKSSMVETRRDRLVEDERIAVDLTKLGLEDDPPCRKLLDFIFHDAEGNPQPFEMSEIDDLFVTALVMPMDDNLEKEKERGVKCEGFGRIESWAISGYDEGTPVVWISTEIADYECVKPAGSYKRFYDHFCEKARICVEVYRKLAKSAGGDPDLGLEELLAGVVRSMSGSKSFCGGLTGRDFVISLGDFIYNQLIGLDGSEKNDVNFATLPALIALKGECRNNKDFNKVHPEVSGGSLKINETQQSQTIEDDDEKLARLLQEEENWKSMKQQRARQSATSQKNVYIKISEAEIANDYPLPGYYKPAIGEMDEYIFFESDANIYYPDLPRRILNNWSLYNSDSRLISLELLPMIPCAEVDVTVFGSGNMKEDDGTGFCHETEPGQSSSSSLASVDTDGVPVYLSSIKEWMIEFGSSMVFISIRTDVAWYRLGKPAKQYIPWYEPVLKTARLAISIITLLKEQSRVSKLSFADVIKKVSEFDKHHPAFISSNLLLVERYVVVHGQIILQQFSEFPDDNIRKCAFVTGLSEKMQERRHTKLLMNKRFVVQKEANLNPSAAIKPVLSKRNVMRATTTRLINRIWGDYYLHYFPDDSKEGDTHEIKEQELEEDQEENEDEDAEENVPNEEEKLSKSCPSIRSCNSKLNHDEVIWKGESTGKTCCGEALYKYAVVHGDQLAVGGAALIETDECDEPMTIVFLEYMYEKDDGIKMAHGKIMEKGSETVLGNAANEREVFLTNGCVDFELCEVKESVTVDIRLRSWGHKHRASYANADKIDRAKAEERKKKGLPMEYYCKSLYWPERGAFFTLPFDSMGLGNGVCSSCEQRDAEEDFFFVDSTVFVHKKTEYNICDFVYVRPHYFGVEKDEDREIFKGGRNVGLKPYTVCQLQEIEVPRGKTPSPESTLVKVRRFYRPEDVSAQKAYNSDIREVYYSEDITSVPVEAIEGKCEVRKKNDLPIVDLPIITDHVFFCEYCYDADKGSLKQLHAHVKFSPLNQKVPDASSRKKKGKEKCDGEPNGSDKSKDESQESRLATLDIFSGCGGLSEGLQKAGVSFTKWAIEYEQPAGEAFGKNHPNTLMFIDNCNVILRAIMEKCGDVDDCISTSEAAKLAAELSEEKLNNLPLPGQVDFINGGPPCQGFSGMNRFNQGIWSKVQCEMILGFLSFAEYFRPRFFLLENVRTFVSFNKAQTFRLTLASLLEMGYQVRFGILDAGAYGVSQSRKRVFVWAASPEEKLPEWPEPMHVFAGPELKIPLSNGMHYSAVRSTAGGAPFRSITVRDTIGDLPPVVNGASKLSIEYDGSPVSWFQKQIRGRTITLDDHISKEMNELNLIRCQRIPKRPGSDWHDLPDEKVKLSTGQMVDLIPWCLPNTAKRHNQWKGLFGRLDWEGNFPTSITDPQPMGKVGMCFHPEQDRIITVRECARSQGFPDSYQFCGNIQNKHRQIGNAVPPPLAYVLGRKLKEAVNAKTSCSE