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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0215700 |
| Transcript ID | LotjaGi3g1v0215700.4 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | mRNA-capping enzyme; TAIR: AT3G09100.2 mRNA capping enzyme family protein; Swiss-Prot: sp|O55236|MCE1_MOUSE mRNA-capping enzyme; TrEMBL-Plants: tr|K7K355|K7K355_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0215700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:32374844..32390402) extracted from Lotus japonicus Gifu genome v1.2.
ATGATAGTCGCAATGGACTTGAATGCCTCGCCGGTCCCTGAGGAAGATGAAGATACTTTTGAGGAGAGGATACATGTCGA GGAGTTTACTGCACCCGAAGAGCGCATTGAATCTGGAGCTGATATAGCACGCCGGGTACCATTTCCTCTCTGTTATTTTC ATTTTATCATTTTCTAGAATCATGATTGTGATGGTCTATTTGGCTATTTTGCTTGATTCCCTGGACTAGGACTACTGTGA TGGTTGTTTCTCGTTTTCTGGGATGAACTGGTGAAGTTCTTCTCATTTTCATTTGGTTTTGTTGCGACTTGTGAGCTTGG AACCTGTATTTGATAGGAACCTGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTCCGGGAGTGATAAACTGATGCTT CAAATAACCTTTATGGTTTTAGGATGTGAGTTGGTGCTTCCTGATATGGACATTTTAATCCTTGAATAGCTTGATAAGAG AATCCTAACATGGTCCGCAAACTATTATTTGCAGTTCTGCATGATCAATTTACCTTTTGTTTTCCTGATATGATGATTTG AGTGTTTGATATTAATGATGAACAGCTGGCTTCACATCCAGTGGAGTTAGGATTCTGGTTAACTTAGAAATTTCATTCTG TTGTTGCCTGGTATGCGACTCATAAAAATACACGAGTTTTCTATAATTTGGTCTATTGGAGCAATGTAGTTAAAATCGCA GTCTCACTCGTGAGATCAAACGTTTTTACGATCTTGAGGGTCCAGGACGTGCTCAGCCGCGTGGCTTCCTGGGCTCGGTC AAGTGGGTGCGTATAACCGTTAGAATTGAACGATTTTGACGAGCCCAACTTCAGGTTGCTTTGGGTACACGACCCGTTTT GCGACCCGGAACACTTAATCTGAGTGTCCATTTGAAGTGCTCTCCTGTGTTCGTCAAGCTCCGTCTTCCTCTGTTCAAGC TTGTACACTAACCTGACATGGCATATTATCAGATTATACATTTTTTATGACTGTTTGAAATGAATTGAATCCACATATCC TGCCATAAAAGGGAGCAATGTGAATACTTTACAATGTGAATACTATGTTAATCCATGCAGATGCACCCACGTAGTAGTCC ATTTAGATACTTACTTGAGACCTGTAACATAACTTTGTTAGTAGTTGAGCATGTATCTAGCTTGTAATTTTAGTGATTGG ATAATGGAAACTGCTTGGAGTACCTCAGTTCAATTTTTTGCGAGTTGTGATGAAAGGAAAATTATGATTTATGATTGAAG ATGAATTTAAGGTGTCCGAATTTCACTGCTGTTTGTTAAATTATACAGAGCATCTTCGTCAAGCAAACTTGGTTTTGAAA TGGCAAAGATTTTTTTCTTTCTATCTGTCTCTTAAGTCTTATCCCCATCCCCATCCGATTGTTCCTCTCCCTGTCACACT CTCTATCTTTCCTTCTCATAATAACAGTTATTGTTGTTTGGATTAGATTTTCTGGTGCTCGATAAAGAGCATAATCAAAA TGCTGTAGAGGGCTTTTAGCTGTTTTTTTTTGCATGGATAGAAATTAAGCGAAACCAGAAATAGGTTAATGGGAAGATAG AGTCTGATAGAGATTTTTTATAAACAGTTTGAAAAAAGAAGAAGCAAAACTACAAGTCCAAAATTTGATGCGTTGGACAC GCATTCTTTTTGGCTACTAAATCATATGTAGGGCACATATTGTGCTGCTTTTTTGTGCTTCATAAGTAACTAGTTTCTCA AACTGTATTTACCTTCACCTATCCTTTCATTAACACAATTCCTGACTTACTGCATCTTTTTAGGAGCGTGAAGAAAGAAA GAGACGGTTGAAGCGAGAACGTTCAGATGACAGACCCATGCAAGTATCTCAGTCAACCGGATATGATCCGCCATTTCATA CTAAGATCCTTAAACAATATGATACAAGTAGACTTCCTCCGGGTAAGGGTTTTTTCCGTGGTCCATTTGCTGACTTACCA GTGATAATTAGTAATGCCATTGAATCATATATCTTCCCAGCAATTTAATATATTCACATAATTATATTGCTCCCTGGAAT AATAAACTCTGATATTTCCTCGTACTCTACTATCCTATCTCAAACTATTTTTTATAGTGGATTTATTATATTGATTAAAC CAATGATATGCAAGAAACTTTGAGAAAGTTCTTACAGAGTAACTGAAGATATTGACTTCTGTTATTAGAATACTAACTGA AAACTTTACATGGCAGTTTCTGTAATACTTTCTGGACTTTACATGGGAGTTTCTGTAATACTTTATGGTTAGGCCGTTGA CTGCTAACTGAAACCAACTTTCTAACTACTTAACTGCTGTAGAAACAGCTACCTGAGTCAGCATACAACAGAAGCTACCC TAATATTCTCCCTTAAATACAAGGAAGATGGAGTGAGGAGAACTAATCAAAGACCTTCAGTTTGTTGCACATCTCTCAAA ACCTGTTAGTGCTAAACGCCTTAACTAAGCTGGTCAAAGTTTAGTTGGTTCAGTTCAATTTATTGGGTTGCACTTTGTTT GTTTTAACTGAACGTACAGATGAAATTTAAAAAAAAAAGAAAAAAGAAAAAAGAAAATGAAAGGTTGAAATGTGAAATCC CTAACCTTTTCCCCTCTTCTCTTCCTTTGTGGCTGCCTCCTTGTAGAACCAAAGTGCAGTTGTTTGAAAATCCACTCACT GCTGAATTGTTGGCTAGCATATTGTCATATACTCTTGCTTATCGTCGCTTGTCGCTTACCGTTTCTCATCGTTGGTAAGC TATTGGTCAAGCACTTATTGCTTGTGACCCATCACTGGTGGTGGTTTCATGTCGTCACTCGTCAATGGTCAGCCATTAAT TGTAGATTGACGTCAACTTTCACATGTCATTGCTCAGCCTTTACCCACCTCTGCCCCTGTGTCCTCTATCGTGATGGTTA GGGTTCCAACCATCGAATTGTTGTTAGTGAAGTTTGCTTGAGGTGAAGGAGCGAGAGACGACTGAGTACCTTGGATGAGG TTGATTGAAAGTTCAATAGAAAACTTCTTGTTCTCCTATACGCACACTTATTGAGCAAGAAGGAGGGACTCGATCTCATC AATGGCAGTGCCTGAATTTTGCTGCTCATGTGAACAAGGTTTACCAGAGATTCATACTCGGCCTTTTGAGAATAACATCA ACTTGCTCCTTAGGAGAAACCGGATCACAAAATGAGTAGAGTCTGAAATTGACTTGGTTCTCATAATTTCCTAGTGTTGT ACTGAGCAAATCAGTGTGCAACGGGCCAACGGCCTGTACTTTGCTTGAGTCTATAGTGAAATGGGAGTGAAGTTTGTCCC ATAGTTGAAACACTGTCATTTTGGTAAGAATTGGTGTGGAAGCAGAGGACTGTAGCCAAGAAAGTAGTAGAGCATCTTGT TGCTCCCAAAGTAGGCACCGTTCACTAACTGTACCTGAATCTTGACCAGCCTTAGATTTGACTCTTGAAGGAATTCTTGG ATTAACTGGGTATAAATGGAGATTATGACCAATAAATTTGCTGCTTCCGTAACAGGAACTTTTATTATTCAGTTTCTTAG AGATGGAGTGAGAAAATGAGATTGTAGAGTCCGCTGAAGCTGACACCGGGGAGGGACAGCAGAGAACGGTGTAGCTCTCA TATAGGTGATGGTGGCGGACAAGGAGAACTGACGTCGGTCATTGTCTCTGGGAATTTCAAGCTTTTGATATCACAAAGGG GGGAGTCAGAAGAATAGTGACTATATTGAACAGATAATCTGAGTGATACAATGGGTCTGTATATATAAGCTCAATGATGA TCTTCTAACTGAAGTAACAGAGTCAACCTAACTCTCTAGCTGATTAACTTACAGCTTTTACTAGTAACATGTATCTAACC CATTGCCTAATGGGGACAATCCTTTGTGCTCTAGTGGAGTTAGGGTAGTATACTGCTGTAGTGTTTGACTGTCTGTAAAG TATATGCTGTGCATTGATTCAGTTGATGATGAATCAGCTGGCTGTTACTCAGTTGGAAGTTAGTTACTGTTAGTAATCTG TCAAAATTAACCACAGGTACTAAAGCTGGTTTTTACTAATAATTTTCAGTAACATTTCTATTTTCTCATACTTTCTGTGA ATTTTTCTCTAACTTTCTCACTGAACAGTTTCTATCCAACTAAAAACTTAACAAGAGAACATCTGTTATGCATTTATTGC TAGGCTGCTGATAGCTAACTGAAAATAACTTTCTAACTGCCTAGCAGCTGTAGAAACAGCTAGCTGAGTCAGCATACAGC AGATCATGGATGGTATTTGGTTGTAACGTTTGTTTTTGGGAACAAGTTTGGCTCTTTTTCTTGCACTTTGTTTTTTTTTT TTGGACTGTTAGGGGTTGGATGGGCTGGTGGATTTTAGTGGTACAAAAAATGAGTACACTTCTAAGATTTTTTTTTAATA AAATGCAGATTGATAGGTGTTATAATTTGCTTTAGTCATATTTGAGATTATTGGTTTACATTTTATGTTACAAATTACAG TTGTACATGTGAATGGACAATTGATTATGCATTATCATTTTGTTTTTTACATGTAGGATGGTTGGATTGTCCTTCATTTG GCCAGGAAATTTGTTTCATGATACCTTCCAAGGTTCCACTTGGTGAAGCATACAATGATTGTGTTGCTCCTGGTAAAAGA TACTCATTTAAACAAGTGATACACAACCAGAGAGTTTTAGGCAGAAAAGTAAGCATACTTCATTTAGATATTTGTCCTTC TGTTTCTTTTGCTTCTTTGCCACTGAGTTTTTCTTTATTTTTAATTTGAAGAACTGGAGTAATCTAAATGAAAGGAATTT CTAGATTTGTACAAAACAAGAAAAAATATGAAAAGGATCCACATATCTAGTTGTTTGTCCAAATACAATCTAGAGAAATT TAACGCTCTATGCCAGACAAGAATCAAGTCTTTTTTGCATAACATTTACTTGTGTTTTCATCTTTTTCCTCTTGATGTGC AGCTTGGTCTTGTGATTGATTTGACGAATACCTCCCGATACTATCCAGTCACAGATTTAAAGAAAGAGGGCATCAAGCAT GTTAAGGTTTGTAGTGGCAATATTTTATTCACCAACGCATGCTTTTCTAATTTTGTCTTCAAAACTGCAACACCTATTCT TGTCCTTACATTTTATGATCATTGTTGTTGTTTAGATTCAATGCAGGGGGAGGGATTCTGTACCTGATAATTTATCTGTG AACAAGTTCGTATATGAGGTTTGTTTCTTGCTTGATAAGATTTTTGTAGTCTTGCCTAATTTTTTAGAATAATTTCGCAA ACATTTTTTGTTTCTTGGCTTAACAAGTAATTCATTGTTTACTTCAAAGACCATCTTTTGACCTTTGCAATGAATACCAT TGATGGTGGATGTGGCAAGCCAAACGTAGATGGCTTTGCAGCCAATTGCAGAAGCATGATGAAATAATATAATAATATAT TTGCATGGTCCACCATTCACACAAGATAATCTAAAATTACTGTTGAATATAACTGTTGAGATATTGTATGTAATGAGAGA GATATTCTACATATTTGGTTGATTTGTTTTGTGATTGTTTCCTTATATAACTTGATCTTAATCCCTAGATTGTATGGCTC ATCCTTGTATATATTGTACTCATAGTCATAGAATAGAATAGCAAGAATTTCATTCAAGTTGGTAGCAGCTCTCTCTAAGT TCGACCCCTATTTCACGCTTCCAGTTTTAAGAATTTTCTATTGTTCCCACTATCTAATTTATCCCAAATAAGCTACTCGT TCAAAGAATTCTCCTAAAAAATGCAAGAGCCACTCTCTTACTCATGCATGTTTGGATCAACTTATTTTTCCTCTGAATCA ATAATGGCATCTAGAAGCTATTCACAAAAAAGCTTCTCCACAGAATTGATTTTGACTTTAGAATCAATCGTAAAAAGATT ACCAAACATGCACTGGGGGATTATTATTTTTTAACCACGTGATTATTGACATTTCCAGGTTATTCAATTTATGTCGCGCC AAAAACACGCGAAGAAGTATATACTTGTTCATTGTACACATGGGCATAATCGTACAGGATACATGATCATCCATTATCTC ATGCGTGCTACATCAATGTCTGTTACTCAGGTCAGTTTTGGAGTTATAATATAACTGGCATTTTCTCTCTGTTAAAGATG TTGCTTAGTCTCAGTGGATATGATTTGCTTCTTGTAGGCAATAAAAAATTTTTCTGATGCACGCCCTCCGGGAATCTATA AACCTGATTATATTGAGGCATTGTATACATTTTATCATGAAAAAAAGCCTGAAATGGTAGTTTGTCCTCCTACTCCGGAG TGGAAAAGATCTTCTGAATTTGATCTCAATGGTGAGGCAGTTCCAGATGATGATGATGATGGAATACCAGGCCCTGATTT GCAGGTATTGAAAATATACAGTGATTTCAATATTTTAGTTCTTGCTATTCATGCTATCTGAATTGCTTTTCTATCTTCTG GCAGGATTTGTTGTAAGTTCTTGTTAGTGTTATTCTGAGATTATATTAATGGCAATTTGCAGATTTATAATCTTCCTATA TCTCTCTTTCTCCATGTATTTTCTCTGCTGGTTGAATTCAGAAACTTCTTCGTTATCAAGTGGCTATTTCATTTGTCTGG CCCTGTGGATTTTCCTATTCAATCAACTTGGCCCCATGGCTTTCTGTGTGCAATAAAAAGAAAATCAGTCCTACACTCTT CGTGCTCTAGATGTCTAGTCCTGGAGTGTGTTGAGATCTCACATTGTCTAGGGATAGGACTATTTTTTAAAACCTTATTG TCGATTTTAGGACTTCAGAAGATGATATGATTCTTTAAGCACCCTTACTATTGGCCTGGGAACTTTACCGAAAATCATCG TGGATTCCTAAGCCCTAAAATTGACAATAAGGGTTAAAACAAGCTGGGGATGATGCTGACAATCATGTAGAGAATAAAAT TAACCGTAAGAGAGACATTCACATGAATGTAGCAAATTTTAATGTCTTTGTAAAATATTGTGTTCCTTTGAAAATAGGGG AGAGGGCAGTGTCACTTAAGAATCTATTAAGGGGGGAGTATTTTTATCCTTACATCTTTTAGTTTATTTACTTGTTGTTT GTCTAATAGTAATATACTAATATTCATAGAGAAATAGAGAACTCGGCCATTTGACATGTTTTAAACTTCAGGAGACACAT GAGACAGACGCACGAATGACAAATGATGATGTTTTAGGAGATGAGATACCTGCTGATCAGCAAGATGCACTTCGACAGTT CTGTTATCAAACACTTAAATTGGGTGCTGGGGTAAGCCTTTTTTTCATGCATGAGTTTATTGCTTTGATTTAAGAACCCA GTTTTAAATTATGATTTTTCCGCTTTTATGATTTCATTGCATCTGTACGTTTTTATTCAATTATATTACAATAAACGAAT TAATGGCGTGTATTATGCTTGTTTTTACACTATCATTTGATCCTTTGTCTTTTTGATTGTCCTCGTTGGGCTGTTGTGTT TGTCAGTTGATGTGCTTGGTCATGTCATTATATCTTTCCAAAATTGCACTATTCTATTAATATCCCTCATTTTAGAGGGT TTACTTTTTCTTTTGTTTAAAAATGTTACTTGATGCTGGGATGATGACATTTTCAATTGCTATATTTGTGTGTTTTCTTA TTCAACAGAAGCCTGGTTACTTAATCCTACATAACATGTAGATTGGATTATTGCTATATTTATGGATCAGTAATAATATA AGACGTTTTAATATGAGTAATTTGTGTAATATTTGTGTCTGACTAGTAAACGTTATAAGTTCCTAATGCTTCTTATAAAC TGTAAATCTTTCCTTAATTCAGGGAATAGATATTTTTTTTTAATTGGGATTGGGAATTATTATATTTTAAATGTTCATCA TTCAAGTTTGATGCTGTATAATTCTTGTTCACTGCTGTCTTCTATTTGGTTCTGTATGCGCAAACCTAAGCTGCTGATGA CATGGGTCCTTTATAAAGCTTTTATAGTATCTTGCCTTTTTTTCCTCCTTTTGATTTTGCTGATTTCCCTGCTTGATGGA CCTCGAATGCTTGGCGTACCTATTTCACTAATTATTAATATGCAGGCCAGAGGACATACACAATTTCCAGGTTCACACCC AGTTTCTCTCAACAGGTCTATTTATCTGAGCCATTAACATATATTTTGATTTTACAGTAGTTATGCATTAAACTTGGGTG CTGCTAATTCTTTTGCTATCATACTTATTTTGTTGATGTGTCTCCTAACAACACATCTTAACGAGCAAAAAAAATACTTA TCTCTTTATTGATTACTTATGGTAGAAAGTATTGATTTAAATTATTTCAGACTTTGAAGACGTTAAATGCTTTTATATTT ATTAGATATTTTTTATTTTTGATTCCTTAACATGTGCCCTAAGGGGCAAGACAAAAACTAAATATCTTTTCATTGGTTTA CACCAAATACAGTGTACCAGCTATAGTCTAGTACAGCTCTGGCAGTTAGTTATGGTTAGGATCCAGTTAAGCTCTCTAGC CCATCTATATGTAGGATATACTGCAACTGTGTAGCACTATTCAGTTTTCTTTCAAATCATTTTCAGTTCTCTCTATCTTT CTATGTTCATTCTCTCTCATTCTAATATGGTATAAAGTGCCTAATCATTGGAAAGCATGGATCCCAGCAAATCTCCGCTT CACTCTCCACTAACAGCGCAGATGCCCATGCATGCGAGGCTAGTCACAGCTGCCTCATACTCATAGGCTATTTCACTTCG TCAAGCATGTTGTTTTCCTTCACACACTATCACAAACAGTAGCAAAAGCTCTTCAGCTAAGAATTGAACTTCAGACTACC AATTATGTCTCTAGTTATAGTTATTTACACTGTTTAGTCGACAGTTATTCAGTCAGGATCAGTTATGTACTCTAGCCTTT CTATATATGCGGTAACACTCTGATCATTTTGTATTCAATATAAGCATATTCAATATAAGCATTCTCAGCTTCAGTCTCTA ATCAGTTGATTCTAACCGAATGAGCTAACTGATTAACTTCCCTTCCTTTACTAAGGAAGGTTGTTACTTCCTAATTGCGT AAGCCCTAGCTGGCATTTTAACTGCCAGAGTTAGCTATTAACTAACTTCCAACCCTCTTATTCCTTCTCTGGTATACTTT CTTAACCAGAGGCTTACAAGTCGACCTATCACTCTCTCTTGATATGATCATTTTCTCTCACTCGTACACTTTCTCAGATT TGTAAATTTACTACCGACATTGATTTCACGATTTTGTTCCTTATTAATTTTATGATTTTATCTGTAATCTATTTTAAATT TGGTTATGTTGGTCTGTGCAGGGATAATTTGCAGTTGTTACGACAACGCTATTATTATGCAACATGGAAGGCTGATGGTA CACGATATATGATGCTAATAACATTGGATGGGTGTTTCTTGATAGATAGAAATTTTAATTTTCGAAGGGTCCAGATGAGA TTTCCTTGCAGGAGTACAAATGATGTACGTGGGGTACTTCAAAATTTCTGATAGTGATTGTTAAGGCTTAGAGCTTTTAA CTTGAATAGATTTTTCAACATGTGTAAATACCATTATCAACTGTGATCATGATAATTAATTTACATTATCTAGTGATAGG TAGTAAGTTAGCTTATGGTCATCTCATCATTAACACGTTGATCAATTGTAGTATTGAATATTGAAACTATGAATAAGAAA TTAGTGTGCTGCCTGGTAATATGTCAAACGATGTCTTCCAACAAACCCTAACCCTCATTTTTATACTTCCATTTTACAAG GTTTCCAACACTTGCTGTTTTTTTATGCAACCTTAAATTTGAAAATCTTGTCAAACCACTGGTGTGACCACTGGCTTGTC CAGACTGGCCTGTGGCAACCAAATGTGCAGTATCTGTCGTGCTGTGATCTAATTCTACTGGTGCTCTTCTTTCATTTAGA CTGCATTTCCCTTTCTATACCCCTTTCCTCTTGGTGATCAACAGTTGTGCTATTTTCTAGTCACCACTAAAGCTACTTCT GATTACTAGTTGTCCTCACACCAGAAACAGAAAGGTCTCACCAGCCATATCTGCAGTGCCACCATCATTCGAATATGCAC CACCTGATCTTGCGAACTTTACTGTTGAAGCATGATTTCCATTCTCCATAGATGTTCACTTTCTTCATTTGGACTGAGCA TTCTTCTCGTTTATTCCATAAGAAGTCCTCAAGTTGGGGTAACAAGCTTGATGTATATAACCTACATACCCCTAATTCAA GATGGACTGTTACATATAGCACACGTGTAAAACTGTAAATATGATGACCAACTTTAGTTTTAATGGGATTGATGTAAATT TGCTTGGCAAGCTGCTGTTAGTTACTGATTAATCAGCCTTGTTTGTAATAAAAGATCAGGGTGTAGCCTAGAAATGAATT TTCTAAACACAGTTTTTACGATAATGATACACAAACTGATATTTGGTATCTTTGTATTCAAAGGGCTTGGGCGAGAAGAC CCACCAATTCACATTACTTGATGGTGAGATGGTTATTGATACCTTGCCAGATTCACAGAAGCAGGAGAGAAGATACCTTA TATATGATATGATGGCAATCAACCACGTATCAATAATAGAGGTTTGATTTATATATGATTGCATAAAATAATGCTGGGTG ATTCCATTTCTGTTTTGAGCTTGTTAGAAAGAATGTACATAGTGTGCTTAACATCATATAGTATCATAGAATTGCAGTAA TTCGGATGACTATACTGTATTTATTATTTTCAGTCTTTGTAATTCACCTCTGCTCTGTAGATTAGACACATGGATTCTAT CCCTCGCCTCCCACTTTCGTATTCCTTAACATGGTATCACAGCATGATGGAATTCAGCCCCATATTTTGTGCAGTTAAAT TTTATTTGCATGTATCTTTGTTATGCCTTCATTGTCAGTTTATCTGGTCTTGTAAGTTTAAGAACTGTTTCCAAAAACAG GTTTTGAAAACAAACAGGCTTTTAAATTCAGTTTTTAAAAACAGAAAGCAATTTTCAAAAACTGTAATCAACAGTGAATT TACGAAAGGATGATGTGGTAAAATTCGAGTCAGACTTTCTTAACATATGCTGATGGAAAACCTTGATTTGAGGAAACCAC AATTCAAGATGTCCATATTTTTTCCCCATTGAAGTTGTTTGTATCTGCTATTTCTGTGTTATCTGTCTTGCCTTCCTTGA TTCTTTGATATGAAGTGTACCAAGCTGTGTGTGATTACTGATTAAAGCCAAACTTGGCGCAGCGACCCTTCTATGAACGG TGGAAGATGCTTGAGAAGGAAGTGATTGAACCTAGGAACCATGAACGACACAGTATATACCAGAGCAGAAATCCTTACTA TAGATATGACTTGGAACCATTCAGGGCATGCATCTCTGACCTTAAATTGATCATAGAATACTTTAAGCTACTTCGTTTTT CTGCTTGTGGCTCAACTATTGATATACTCGAAATGTTTAGGTGAGGAGGAAAGATTTTTGGTTGCTCTCTACTGTCACAA AGCTTTTAAAGGAATTCATAAAAAGACTCTCGCATGAGGCAGATGGTCTTATATTTCAGGTGGGTTTTGATCAGTGCTCA TCTTCAATGTACTAAACACGAGAATGAGATTTTCTATTTTGTGCCAAGCTTCAGTGTATTTTAAATCATGTGTGGTATTG CCTTTTCTGATCTTTGGTTTTGAAATTCTTGATTGCTTTATGAAATGGGATGTACGTAATACATTCTATTTGCAACATAA TCAGCATGAGAATAAATTTCTGGGTCTGATACTTGTGAATCACGGCTAAAGATTTGAGAAGGAAAGGAATCATTGTACCT AGACTACTTCATGGTCTATTCCTTTTCCTTCCAAATCCTGTTTATAAACAAGGTGTTTCTTTCTTTTTCTTTTTTCTTTT GTTAATTTATTCAATGGAGGTTGTTACTAACACTGTTAATTTACCAGGGTTGGGACGATCCATATGTACCACGCACTCAT GAAGGACTCTTAAAGTGGAAATATGCTAATTTGAATTCAGTTGATTTTCTATTTGAGGTTGTGACATCACTTTATTGCAT ATGGTGTTGGGATATTAGTTCTAATGTCTCTCTTTCAGTCATAGTTTGTTGATGATGCAGCCAACTAATTTATATCTGCT TGTGCTTACAGGTTGATGGTGATCGTGAGCTACTTTTTCTCTATGAGCGTGGAAAGAAGAAACTCATGGACGGAAATAGG GTTACATTCGGAGGTCAGACAATATTTATTTTTCAGTTTATCTGTCCTACTCATTTAGTTTTGGTAGATATAATCTTCAT TCATGCTTCACTGTTTTTTATATAACATTGCGCTTCTTTATATAATAGGAAATCTATAATGTCAAGTTGTTAAGATTCTA CAATGACCAGAGATATGAAAAGTAGTATTTTTAAGGTAACCTCATGAGCTAGCTTGTGGGGTATAATCAAGCCTTCCCCT AATTCTAAGATGGTATCAGAATCAAATATTGAGCCACCTATAGATTTCTAAGAATCAATCTGGTCCCGCAACTATCCTAG TAAATGTGTCAACATGAAGATTTTACTTAGGATCAAGAGGGGGGTAAAAGATCGTATCATTAGATAGTAACACGGATCAT AAGATCCTCCACTAAAGGAAAAATTATATTTAAACTTATACTTGTGTTTAGAGAATAACATAGCTATAAAGTCAATGCAA ACAGTGATATTACTTTTAAATTTAATTAATACTAATTATTATGATTATAACTGTGTAACTCATTACTCATTAGTTTTATT TATTTATAATATGATAAAACTGGATAGTAAATATAACTAAAGACACGTGATAACATAGATGACTGAGACAAAATAACTAA AAAAAGATAATAATATCAGTACTAGAGTTTTAAAAAGCATAAATATAAACATTTAAATATGGAATGAAAACAAATTCGGT GATTGGGTTGAAAAAAAGATATATCTGAAATTGCTATTGGTTTGGTTTGGATTTAAAGTGAAGAGAACCAATTAATCAAT TCAATCTGAACCATTAGATTGGTTTGGTTAGAATTATTTGGCTTTTTGGGTCAATTCGAACCAATGAACAGTTGAACACC CCTTGCGCATGCCCATTTCTTCCAGTAAGATTTGTGATCGTCCAAATTTTTCTTTGTCATTTCAACTTTGTTTCAAATGT TTAACCTAAATCTAATGCTAAGAAGACTTAAATCAAATACCATGTCAGGCAATTATCTCACATCTCCTGGAACTCCACTT TGGCTAATGAAAAGGGATGACATTGGTGTAAAAAACAGGCAATTATTTGGCATGCATGCTCCCTTAAACTCTTCTTGAAA AATGGAGTTGTTGGTAGTTTGAGAGCTCACTCCCCTTCTCTTGAAAAGGATTGCAAGATTGTCAATTTCTTTCCTTTTCC TTTTTCGGACTCATTCAGAGATTCACCTCTAGAAGGTCCTTCATACTCTTCTGTACTTATTTATGTATTTTTCTTGTAAG CTGGGAACAATGTCCGGCATTTGCTTCCTAACATCATCAGGAACAGATGTGCACGCTACAACATCTTTCCGAGTTCCTGC TAAATGATGTTTTCATCTATTCTCACCTCCTATATAATCTTTCTTACAATGTTTGCATTTTATTTATCTTGCATCCTCAT CAGTATACACCCCACGGTTTCAGCCACATTGCTTGTGATTCTAGCTGCATTCTTATGAATGTTAGATTCTCCTCCACCAG CCGCACGTGAGGATATGATTTCTTCAAAAAGAACAGAAAATGAGCTCAGAAGTGAGGCAAAAGCATAGCATATTATAATC AAAGAGAGACAAATTAGAGCACTAACTTGATGTGCTAAATAGAGCACAAAAGGGAGATGAAACAGAGCACCAAAGAGAGA CCGAACAGAGCAGAGAACCTCGACGTTGTGCATCGAAGAATCAAATCATCATAGCCTCACGACTATCTCAGTGAACCAGC CTTACCAAAAAATAATAACAGTCCTACAATCTCTACGTTCTAGATGTTCAGTCTTCGGTTTTTTAGGTGTTTAAAATCCT ATATTAATTAGAGATACGACCAAAGTAATCATTGTAAACTTGAGTAATCCTCATCACACAAGTTACTTCTTGGGGTAGAG TTAGGTCTAGCCCAAAATATAAGACAAGTCTTGGCTTTTACGGGGTCGAAATGTGTCAATTGCTTGAATTTCAAACTTGG CCTAAAAAAATTTTCTCAAGTTTAAAGTTTGAGCTTCACTTGTCTGAACTTGAAACTTGAGCAGGGCTATATTAGTTTGT CTATAGCTTGATTGTTTGTTTCCTCTATCAAATTTCTAATTGAATTTTGTTTGTGTTTACTAATTTAGTATTTAGCAGAT ATTTATGCTAGAAGATAAAGTAAAAATATATGTAATTTTGCACTAAGGAATGTGACTGAAATTCACACATTATGGAGTTT TTTTTTCAGAGTGATAGAAACTCATCTAGAATATAACTCTTGAAAATTGGAGTTAGGTAACTGATAGATATAGATAATGA TCAAAACTACAATTCTCTAGGTATTAGGTAAATATAATAAATAAATTTGCTATAAACATACCCTAGTTATTTGTCAGCTG TGAATGCGAAGGTTACTAAGTTGAGCTTGAGCTTGAGCTTGTTTCTTTAACTAAACAACCGAGTTTAATTACTGAGCTCT TTTACAACCCCATTGGCATTATTTATTTCTCAATGTAGCGCATTTTCATATGCTACTTTAGAGTTAAAGTTTGGTTATTT TCATAATAACCAGTTTCTAGCACCATTCAAAAAGTGGTTGGAGAAGGAAGCTGTACCTATAAATTGTTTTGAATGATGCT TTAGTATTACTATTAATACATGATGTTGTTCTATTTTTATTTTTTTTGTCATTATTTTGATGTTGCTTGTTTAATTGTTA AGTCTGAAGTTTCTGGTCCTTGTTTTATTCTAACTGCATTTATTTTGATTACTTTCTGAAACCCTAAAATCTGCAGATGA CTCAGATCCCTCAGTTTATGCTGGAAAGATCATAGAGTGTTCCTGGGATTTTGATGAACTGGAATGGAAATTCTTGCGAG TCAGGACAGATAAATCAACTCCAAATGAGTTTAATACATACAAGAAGGTCCAATACTAAATCCCATTTTCTAATTTCCCT CAACTCTGATTCTGCACTTGGCCTCAGTCATTTACTTAATTTATTATTATAGGTGATGCGAAGCATAAGAGACAACATTA CGGAGGAGGACTTATTGAATGAAATAGATGAGATAATCCGGCTGCCTATGTATGCTGACAGGATAAGAATGGATAGTAAA GCAACTCAGCATGCAAATGCTGCAAGACGTAAGCAATGA
CDS sequence (LotjaGi3g1v0215700.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATAGTCGCAATGGACTTGAATGCCTCGCCGGTCCCTGAGGAAGATGAAGATACTTTTGAGGAGAGGATACATGTCGA GGAGTTTACTGCACCCGAAGAGCGCATTGAATCTGGAGCTGATATAGCACGCCGGGAGCGTGAAGAAAGAAAGAGACGGT TGAAGCGAGAACGTTCAGATGACAGACCCATGCAAGTATCTCAGTCAACCGGATATGATCCGCCATTTCATACTAAGATC CTTAAACAATATGATACAAGTAGACTTCCTCCGGGATGGTTGGATTGTCCTTCATTTGGCCAGGAAATTTGTTTCATGAT ACCTTCCAAGGTTCCACTTGGTGAAGCATACAATGATTGTGTTGCTCCTGGTAAAAGATACTCATTTAAACAAGTGATAC ACAACCAGAGAGTTTTAGGCAGAAAACTTGGTCTTGTGATTGATTTGACGAATACCTCCCGATACTATCCAGTCACAGAT TTAAAGAAAGAGGGCATCAAGCATGTTAAGATTCAATGCAGGGGGAGGGATTCTGTACCTGATAATTTATCTGTGAACAA GTTCGTATATGAGGTTATTCAATTTATGTCGCGCCAAAAACACGCGAAGAAGTATATACTTGTTCATTGTACACATGGGC ATAATCGTACAGGATACATGATCATCCATTATCTCATGCGTGCTACATCAATGTCTGTTACTCAGGCAATAAAAAATTTT TCTGATGCACGCCCTCCGGGAATCTATAAACCTGATTATATTGAGGCATTGTATACATTTTATCATGAAAAAAAGCCTGA AATGGTAGTTTGTCCTCCTACTCCGGAGTGGAAAAGATCTTCTGAATTTGATCTCAATGGTGAGGCAGTTCCAGATGATG ATGATGATGGAATACCAGGCCCTGATTTGCAGGAGACACATGAGACAGACGCACGAATGACAAATGATGATGTTTTAGGA GATGAGATACCTGCTGATCAGCAAGATGCACTTCGACAGTTCTGTTATCAAACACTTAAATTGGGTGCTGGGGCCAGAGG ACATACACAATTTCCAGGTTCACACCCAGTTTCTCTCAACAGGGATAATTTGCAGTTGTTACGACAACGCTATTATTATG CAACATGGAAGGCTGATGGTACACGATATATGATGCTAATAACATTGGATGGGTGTTTCTTGATAGATAGAAATTTTAAT TTTCGAAGGGTCCAGATGAGATTTCCTTGCAGGAGTACAAATGATGGCTTGGGCGAGAAGACCCACCAATTCACATTACT TGATGGTGAGATGGTTATTGATACCTTGCCAGATTCACAGAAGCAGGAGAGAAGATACCTTATATATGATATGATGGCAA TCAACCACGTATCAATAATAGAGCGACCCTTCTATGAACGGTGGAAGATGCTTGAGAAGGAAGTGATTGAACCTAGGAAC CATGAACGACACAGTATATACCAGAGCAGAAATCCTTACTATAGATATGACTTGGAACCATTCAGGGTGAGGAGGAAAGA TTTTTGGTTGCTCTCTACTGTCACAAAGCTTTTAAAGGAATTCATAAAAAGACTCTCGCATGAGGCAGATGGTCTTATAT TTCAGGGTTGGGACGATCCATATGTACCACGCACTCATGAAGGACTCTTAAAGTGGAAATATGCTAATTTGAATTCAGTT GATTTTCTATTTGAGGTTGATGGTGATCGTGAGCTACTTTTTCTCTATGAGCGTGGAAAGAAGAAACTCATGGACGGAAA TAGGGTTACATTCGGAGATGACTCAGATCCCTCAGTTTATGCTGGAAAGATCATAGAGTGTTCCTGGGATTTTGATGAAC TGGAATGGAAATTCTTGCGAGTCAGGACAGATAAATCAACTCCAAATGAGTTTAATACATACAAGAAGGTGATGCGAAGC ATAAGAGACAACATTACGGAGGAGGACTTATTGAATGAAATAGATGAGATAATCCGGCTGCCTATGTATGCTGACAGGAT AAGAATGGATAGTAAAGCAACTCAGCATGCAAATGCTGCAAGACGTAAGCAATGA
Protein sequence (LotjaGi3g1v0215700.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MIVAMDLNASPVPEEDEDTFEERIHVEEFTAPEERIESGADIARREREERKRRLKRERSDDRPMQVSQSTGYDPPFHTKI LKQYDTSRLPPGWLDCPSFGQEICFMIPSKVPLGEAYNDCVAPGKRYSFKQVIHNQRVLGRKLGLVIDLTNTSRYYPVTD LKKEGIKHVKIQCRGRDSVPDNLSVNKFVYEVIQFMSRQKHAKKYILVHCTHGHNRTGYMIIHYLMRATSMSVTQAIKNF SDARPPGIYKPDYIEALYTFYHEKKPEMVVCPPTPEWKRSSEFDLNGEAVPDDDDDGIPGPDLQETHETDARMTNDDVLG DEIPADQQDALRQFCYQTLKLGAGARGHTQFPGSHPVSLNRDNLQLLRQRYYYATWKADGTRYMMLITLDGCFLIDRNFN FRRVQMRFPCRSTNDGLGEKTHQFTLLDGEMVIDTLPDSQKQERRYLIYDMMAINHVSIIERPFYERWKMLEKEVIEPRN HERHSIYQSRNPYYRYDLEPFRVRRKDFWLLSTVTKLLKEFIKRLSHEADGLIFQGWDDPYVPRTHEGLLKWKYANLNSV DFLFEVDGDRELLFLYERGKKKLMDGNRVTFGDDSDPSVYAGKIIECSWDFDELEWKFLRVRTDKSTPNEFNTYKKVMRS IRDNITEEDLLNEIDEIIRLPMYADRIRMDSKATQHANAARRKQ
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 72 | 72 | - | – | |
| PANTHER | 20 | 683 | 664 | 0.0 | – | |
| PANTHER | 20 | 683 | 664 | 0.0 | – | |
| MobiDBLite | 23 | 63 | 41 | - | – | |
| Coils | 40 | 60 | 21 | - | – | |
| Gene3D | 67 | 284 | 218 | 1.3E-57 | ||
| PIRSF | 76 | 684 | 609 | 6.7E-240 | ||
| SUPERFAMILY | 89 | 278 | 190 | 1.9E-46 | ||
| CDD | 92 | 258 | 167 | 3.19309E-64 | – | |
| SMART | 103 | 263 | 161 | 0.0031 | ||
| Pfam | 142 | 261 | 120 | 1.2E-15 | ||
| ProSiteProfiles | 186 | 255 | 70 | 13.456 | ||
| ProSitePatterns | 208 | 218 | 11 | - | ||
| MobiDBLite | 288 | 311 | 24 | - | – | |
| Gene3D | 307 | 553 | 247 | 6.7E-81 | – | |
| SUPERFAMILY | 316 | 554 | 239 | 5.18E-43 | – | |
| CDD | 326 | 554 | 229 | 1.46024E-91 | – | |
| Pfam | 355 | 553 | 199 | 2.8E-76 | ||
| ProSiteProfiles | 437 | 581 | 145 | 9.304 | ||
| SUPERFAMILY | 556 | 668 | 113 | 1.46E-22 | ||
| Pfam | 573 | 651 | 79 | 2.5E-18 | ||
| Gene3D | 593 | 660 | 68 | 4.4E-22 | – |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Molecular function | DNA ligase (ATP) activity | Catalysis of the reaction: ATP + deoxyribonucleotide(n) + deoxyribonucleotide(m) = AMP + diphosphate + deoxyribonucleotide(n+m). | ||
| Molecular function | MRNA guanylyltransferase activity | Catalysis of the reaction: GTP + (5')pp-Pur-mRNA = diphosphate + G(5')ppp-Pur-mRNA; G(5')ppp-Pur-mRNA is mRNA containing a guanosine residue linked 5' through three phosphates to the 5' position of the terminal residue. | ||
| Molecular function | Polynucleotide 5'-phosphatase activity | Catalysis of the reaction: 5'-phosphopolynucleotide + H2O = polynucleotide + phosphate. | ||
| Molecular function | Protein tyrosine phosphatase activity | Catalysis of the reaction: protein tyrosine phosphate + H2O = protein tyrosine + phosphate. | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | DNA repair | The process of restoring DNA after damage. Genomes are subject to damage by chemical and physical agents in the environment (e.g. UV and ionizing radiations, chemical mutagens, fungal and bacterial toxins, etc.) and by free radicals or alkylating agents endogenously generated in metabolism. DNA is also damaged because of errors during its replication. A variety of different DNA repair pathways have been reported that include direct reversal, base excision repair, nucleotide excision repair, photoreactivation, bypass, double-strand break repair pathway, and mismatch repair pathway. | ||
| Biological process | DNA recombination | Any process in which a new genotype is formed by reassortment of genes resulting in gene combinations different from those that were present in the parents. In eukaryotes genetic recombination can occur by chromosome assortment, intrachromosomal recombination, or nonreciprocal interchromosomal recombination. Interchromosomal recombination occurs by crossing over. In bacteria it may occur by genetic transformation, conjugation, transduction, or F-duction. | ||
| Biological process | 7-methylguanosine mRNA capping | Addition of the 7-methylguanosine cap to the 5' end of a nascent messenger RNA transcript. | ||
| Biological process | Protein dephosphorylation | The process of removing one or more phosphoric residues from a protein. | ||
| Molecular function | Protein tyrosine/serine/threonine phosphatase activity | Catalysis of the reactions: protein serine + H2O = protein serine + phosphate; protein threonine phosphate + H2O = protein threonine + phosphate; and protein tyrosine phosphate + H2O = protein tyrosine + phosphate. | ||
| Biological process | Dephosphorylation | The process of removing one or more phosphoric (ester or anhydride) residues from a molecule. | ||
| Molecular function | Phosphatase activity | Catalysis of the hydrolysis of phosphoric monoesters, releasing inorganic phosphate. | ||
| Cellular component | Host cell nucleus | A membrane-bounded organelle as it is found in the host cell in which chromosomes are housed and replicated. The host is defined as the larger of the organisms involved in a symbiotic interaction. |
Expression pattern of LotjaGi3g1v0215700.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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