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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0563100 |
| Transcript ID | LotjaGi1g1v0563100.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Zinc finger CCCH domain protein; TAIR: AT2G16485.2 GW repeat- and PHD finger-containing protein NERD; Swiss-Prot: sp|Q9SIV5|C3H19_ARATH Zinc finger CCCH domain-containing protein 19; TrEMBL-Plants: tr|A0A0B2RGJ5|A0A0B2RGJ5_GLYSO Zinc finger CCCH domain-containing protein 44; Found in the gene: LotjaGi1g1v0563100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:109564605..109577030) extracted from Lotus japonicus Gifu genome v1.2.
CTTCAAAACAAAACAAACAAACATTGTTCGTCATTCTCAGCACTGAACGAGAACGAATAGCAGTTTGGTTCGTTTTTTCT CTTTTCTCTTCGGTAGAGACATCATTACACACCCAACACCGAAACAAGAGAAGAGACGAGCACTGTAAGGCATAAGCAAG CACCACACCAAACCCCACCCCACCCTTTCTCTTCTCTTCTCTTCAACTGTAACTGCAATTTAATTATTCAATCTCTCAAT TCCAATTCCTAGGGATTTCAATTCCCCCAAATGGACGTTGAAGACGAAGAACCTTCCCCCAACGAATCTCCTCCTTCACT CCATCAACAACACTCCGATGAACCTCCACTCCTCTCCACCAATGCCGAGCCTGTGATCGCCGGAGAGAATAATGACGAGG AGACCGCGGTTGCTGCTGAAGTGGTTGCCGCCGATGCGATGATGGATGAGGCGGCTGCTGCTGTGTCCGGTGAGGGTGGT GAAATGCTAGTGGTGGACGCGGCGCGTGATGGCTCTCCGTTGGATGGGGCTGGCGTGGAGATGGAAGATGAAATTGAGGA GGATAAGGGGAATGAAGGAACCGATGTGGATGTGGATGATTCCATGGCTGTGGAGACTGGAAGGGTGGAAGAGGAAGCCA ATTTGGCTATTGGGGAGGAGCAGGTCAGGGACGAGGAGGCTATTGAAGCTGCTTTGATGGAAGAAGAAGAAGAAGAACAG CTGGGAGGAGAAGGAGAAGAACAGCAACAAGGTGAAGAAGAAGAAGGAGATGAAGTAGAGCCACAACAAGGAGAAGAAGA ACATCAACAAGAAGGAGAAGCAGAAGGAGACGAAGAAGAGCAGCAACTGGTAGAAGGAGAAGAAGAGGAACAGCTAGAAG AAGATGGAGAAGAAGAAGAGCAGCAAGAAGGAGAAGAAGAAGAAGGAGACGAGGAAGAAGTACAAGAAGAAGAAGAAGAA GCTGGTGTTGATGGTGGTGCTGCAGAGGCTACAGAGTTCACCGAGGTCGAGGAGATTGATGCGATGGAGGAGCAGAGCGT GAGTGTTAGTGGTGGGAAGAGGAAGCGTGGGAGTGGGAAGAATCCTAAGTCTACAGGAAGAGTTTCATTGAAGAAAAAGA TGGAAGAGGACGTTTGTTTCATTTGCTTCGATGGGGGCGAGCTTGTGCTTTGTGACCGGAGGTGAGACTGGGATCATTAT GCGCCTGAAAATAAGATTTATAACTGTATCCATTATTATGCTTGTTTGGAAAATTCATTGCCCTTTTTTTTTTGTTCATT AGGGGATGCCCCAAGGCTTACCATCCTTCATGCATTAATCGTGATGAGGCCTTCTTTCGAGCCAAGGGAAAATGGAATTG TGGTATGCTTCCTCATTCTGTGTTGTATATGTTCTTTTCATCATCATCATCATCATTTGGTTACTTCTTTTGTGGGTTTG TTCAACTTCATTTTTTACTTTTCGATGTCTGTGCTCCAGTCTCAATGTTGAGATAAAATTCAGAGTCAGTTTGAGTAACA ATGACATGTAGGTAATGTGTATGATTTGAATGTTGGAAGTGGCTTCAACATATTTAAAATGCCCAAATTTCTCTGGGTGG TTTGAAGATGGCTACTTGAAAAGTTGATAGTACTTGAAGAGAGTGAAAGCATTATCGTACTGTGTGTGGTTGCCTATATA GATCTATTGTATTGAGTTCTATAAAAAAAATATTTAGTAAAATAATTTAGGTTGAAGTTTTCTTAATGGAACTGTGAATC ATATCAAATGGTCTCTCTTACTGTTTTTAGGCCTTCCTCTAGCCTTTTAGGTAGACTGTCTTCCATTTGATCCACCTTTG TGACATTGAAGTTTCCGGAGTAAAATAACATTTTATTTTTCCAATAGCATCTGTGGTCAGTTTCTTCGCTTACTATCTAT TCCGAATATCTTCTTTACACCAGTTTGGTAGTTTGTGACATGATCATCCCTGCCTTTAAAGTTGTTACGCTTTGAAGAAC CGATTACCAATAGAACCAAAATCACCTCTTATTAGGTTCCCTGGAGAGAGAAATGAAAAATTGCTGGAAAGAACCAAAAG GTGAAAAAAAACTGTTTCTTGGAACTGAACAGGAAGGGAGAATAGAATTCTGCCCAAGGGTTTCCCCTTCACAAAGGATC TCTACTTTTAGATCAAAAGCTATAAACTGTAGAATGAATGCCTCTATTCTGATTTCACCCTATTTATCTTACTATTCTCT TATAACTTACTACCTAATAGATCAACTGTTGTCCTTATTCTTTCATAATGATACATCCAAATATATCACCTCCCTTGGGA ATCCACCTTGCCCTCAATTCTCTTTAACAAAGGTGCATGCTTATTTTATTTCTCTTCTGAATGGCAAGCTATTCAGTCTG CGAAAACATAATAATATTTACATTGTTTTCCTGTATCTGACTTTCCGTATCTTTGATAATTATGATCCCAGGTTGGCATC TTTGCAGCATCTGTGAGAAGAATGCTTACTATATGTGCTATACATGTACATTCTCTTTGTGCAAGGGTTGTATCAAAGAT GCTGCTATCCTATGTGTTAGGGGGAACAAGGGCTTTTGTGAGACATGCATGAGAACTGTAACGTTGATTGAACAGAATGA GCAGGGGAACAACATGGTAGTCTTCTGTCCCTACCCTTTTTTCTTGTCATATGCTTTCTTGTAAAAATGTTATTCTAAAA TGATGTAAGTGTATGTGTGTTTCGGAATGATGAAGTGTTCTTCTGCAGTGCTTCAGTCAGTTTTGAGGTAGTACTGGTTG TGGTTTGTAAAGTTTGTATATTTACTTATCTTGTTGCTAACTTCTTTTGAGGTGGTGTCTGTTGTGCTTCAGTTAGTCTA GGGTATCTTCTTCAATATGATGAGATGTGTCATGATTATGGCATCTTGTTCACTACTCTGTCTCTCTCTCTCTACACACC AACAGATACACAACTACTTTCTAGCCAGTTGATTTAGTATTCAATTCACATTCTTGCCACATGCCCGTTTCAATTGATCA AATGCTAGCCGCTCTATGTATGGATATGATACAAACTTACAATGGATCAGTCTTTTAAAAAATGAAGAAATGAAGGAAAG CTGCCTGAATGATGTGTCCTCTTGGAACCACTTTTAGCCTTTGTTTTGTATTTCTCACAGAAGGGGGGCAGGAAGGAGAT ATAATTGTAGGTTTTACCTTTTAACAAAATATTATGAACTGCCTATCTTACTAACTTGCCAATACTTAACACTAGAAGTT GCCAAGCTAAACAATATATAGAGGTGGCAAGTTAAAAAACACATGCTAGTGAAAAATATTGATTCTTTAGGTGAAATTTG GGAGAGTTATTGATGGAGCAGAATAAATTTGGATGAATGAGAAGTAACTTTGTTGACTAGTCGTGTCAATCCCAACATAG CAGGCATTTTTCAGGCACAGCGTAATTTTGGCTTTCGTTTGCCTAACAACACAAGATGATGCCAGAATTACTTTTCAGCT TGCAGAATTAAGTTTGAGGGAAAAATAGTGGTGCTTCTGCTTCTAAAGAGTGCCTAAATGTTTTTCCCTTCCCAGAAAAG AAATAGTCTAGATTCTTGATGAAGAAGTGAGAACTATTTTGTAAATGATTATTGCAAGGCTTCTCTTTCATTTTGCTTTT TGCATCCAAATAAGCTTCATCCTTTTCGAATACATCAAATTATCCCTCACTAACAATAACTACAAATAGAGTAACTATCA AATAAATGAGACTACTATAAAATAAATGCAAGTTTGTGACCATATTGGCCTTTATCAGGGGAACCTACTTTTGACTACAT TTGATTTTTTTTCATACTTGTGCAGGGACAAGTTGATTTTGATGACAAAAATAGCTGGGAGTATCTTTTCAAGGACTACT ACATTGATCTAAAAGGAAAGCTTTCTTTAACTTATGATGAAGTCATTCAAGCTAAAAACCCTTGGAAGGGATCTGATATG CTCCTTTCTAAAGAGGAATCACGAGATGAACTTTTTGATGCCAGTAATGATAGAGGGTCCGATTCGGATAGCTCCTATGA GAAAGTAGATTTGAGTCGTTCTAAAAAAAGAAAGGCCAAGAAAAAGGCGAAGTCCCGTTCCAAAGAAGGTAGTTCATACA GTGCAGTAACAGTGCTTGGTGCTGACAGACCATCTGCAGATGAAAGCTTTGAGTGGGCTTCAAGGGAGCTTTTGGAGTTT GTTATGCACATGAGAGATGGAGATATATCTGTTCTGTCTCAGTTTGATGTACAGGCTCTTTTGCTAGAGTATATTAAAAG AAATAAGCTCAGAGATCCTCGCCGAAAAAGTCAAATCATTTGTGATGTAAGGCTTCAGAATTTGTTTGGTAAACCAAGAG TTGGACATTTTGAAATGTTAAAGCTTCTTGAATCCCATTTCCTTCTAAAAGAGGATTCTCAGGCTGAAGATCTACAGGGG AGTGTTGTTGATACAGAAGTTAGTCATTTGGAAGGTGATGGCAATGTAGATTCATATCTGAAATCTGGAAAAGATAAGAA ACGTAGAAGTCGTAAAAAGGGTGATGAGAGAGGACTTCATTCTAATATTGATGATTATGCAGCCATTGATAATCATAATA TTAGTTTAATTTATCTAAGACGTAATTTGGTGGAAGATCTACTTGAAGATACAGAAAATTTTCAGGATAAAGCTGTTGGT TCTTTTGTGAGAATAAGAATTTCTGGTAGTGCTCAGAAGCAAGACTTGTATAGGCTGGTTCAGGTTGTAGGTAAATACTT GGAAAACATTAAGTTTCACTCTGTCGTTGTATGCAATATAAAATAAACTTTGCACTATGGTTTTCTTTTTAATTTTTTTC ATGGTCAGGTACATGCAAAGCACCAGAGCCATATAAAGTTGGCAAAAGGATGACAGATATCATGCTAGAAATCTTAAATT TAAACAAGACAGAGATTGTATCTATCGATATTATCTCAAATCAGGAGTTCACAGAGGTGATTCAACACAGCATTTTTGTT TTGCATTTTGTCTCCCTCCTTTTTGTCTTGATATTCGGTGAAAGTTGATTTTCACAGTAATTCCTTTTGAAATTAGTATT TCCCCTCCATTAAAACTTACAGTGAAAATGTGCATCTTAGATTATCTTTTGGTAATCAACTTCACCCCTTACTGATTAAA TCAATTGCTCAAAAAACAATCTGAAGGCAGCTTGGGACTTGCAGTCACTATAGTATCCTCTAATATTTTTTGACCCAATT AGCCCCTCAAAGATACCTAATCTTATGCGAACACTTTAGCCGGCTATAAGGACAAATGTGGTGACATTTTATATTTTTGG GGGACTAATTTAGTAACAACAAATCTGTGGAGGACTTTTGTGGATAGTCTTGGCTAACTAATTTAAGGGTTTACTCTTAA TCCTATGATGTTGAAAATAAATTATTTTTGTATTTTAAATTTTCTCATCATTGATGATTTATACAATTTAAACTTATGCT TTAGATTAATGTATTTTCTTGCATAATATATTGATTTTTTTTTTGTTAGGATGAATGCAAGCGTCTCCGTCAAAGCATAA AGTGCGGGCTCATAAGTCGGCTGACTGTGGTAATTATGTGTTTCAATAAAATCATACTTTTAGGCCTCAAATGTCTTAGT TTGCACTGAGGACACACGTTTGTACATGCAGGGTGACATTCAGGATAAAGCATTGACACTTCAGGCAGTTAGAGTAAAAG ATGTGAGTTGTTTCTCTATATACCTTTACTGATTCCTCAATCCTCATTAGGTATCTACATTTACGTCTTACAAAATTTGT AATTTATTACAGTTTGTCCTTGTTACTTGGATTTTATTTATTTATTGAAGGAAATAATGTGAAATTTGTGACGAACTTAC CTTCCATTGACTAATAAAATTTTATTGATGTAAAGTCTTCAGTAGAAATGTTAATGCAAATTAGATTGATCAATTCATTT CCTATTTAACAAGGGTTAAATTGATAGGTGAATTTTCCTTTTTGACGGAAGTCTTAACTCTTATGAATTATATTGGCTTC TGTCTGATTACATTCCTTCAGTTAGTGTCTAATCACATATGGGAGATGGGGCATTATATTCTAAGCGTAGTTAAAAAAAT CCATTTGTCATCTCTGGTTATAATCTGTCAATGCTTTGAATGGTATTCAGGAAACTTTTGTTCATAATATTAACTCTTTT ACTATGACATTTCTGCTTTGGAAGCCAATGAAGGATTATTTCACATTGAAAGTTAATTGATAACCCATTTAGTTTAAATT GTTAATTTAATTTCTCGTTATGTTATCAATAAATCCCCATTTTATTTCCCAATAATTTACTAGTATCAGTTTCTTACGAT ACATATCACAAGGTACAAATTCTTGAGGCAGCTATATGTATCGCTGTGTGAATCTAAAATGAACACGAATCTCAATTTGT ATCTCCGAATCGGAGCTGAATCCTAGGGATTCATGATTCGCTGCTGAATCTTATTATTCCAAGTTGCGTGCAGATTGCAC CTTAGTTGGGTCGGGTTGCGTGACCTGTATAGGTTTCTGGTGTTTTTTTGGGCTTTTTTTTATAGTTTTTAATAAAAAAA AGTCAGAAATAGGCAACTAATATTCTTCCAGCAGACCCATGTCATCTTCTCATAAAAATCAAACCCTACTTTGGTCCTCA CTACTATCGATTCATGACAGTTCTAGCCCACCAAAGAAATGTCTCCTTTGTTTTTTTAACGGTTCTGGTCCCCCTAGCAG AGCTTCAGCAAAACTAGGTAGGTAGCTTTCGCTAATGAGAGATGGATTTGGGGCTCCGATTAGGTCTCCTAATTCATGGA ATTAGTTTTCTCTTTATTTATGAGTTTCTTTTTTAAAGCAGCATTCTCCCTTGACTCGATCTTCAATTGAAATATCAATA GAACGTTGATCAATATTAAGGAAGAGATCGAGGATCACAGCTGGATCCTATCTGATCTTTGTCAACACAGGACATGAAGC CCCCTGCTCAAACAAAAGGGTAATCCTTTGGAATTGAAAATTCCTTTCGGATTTCTTATATTAATTATAGTGGAGGGGAG AAGATCATTTTTCATTCTATCTATATGGGGGGGCCATGGAGCCAGGCTATGTTAGGATCCAACAAGAATTGGACCAAACG CCTGCAGTGCTTCTCCCAGTCAAATATCTGCCATTGTGGGATCTCATGGATGGTTTTTGGCTCTCTTCCATGGCCGATAT CCCACCATAATCCGCCATAATTATTTGTCAAATATGGCGGGTTTTTTGCTTTGTTGTGATCCGCCATCTGCCATTAACAG CATTAGCTTCTTGAGACTTCTCTCAATCTACTAAGAACGTGTTTCCTACGGTGATATTTATTTCCTGCTGTTGTGCACTT TTTGTCATTGTTGCGGGCGTTAACCAGGGTTGTCAAGAGCAAGCTATGTCATTAGGTTAAACTTTTTAAGAGCATTTTGG GGTTTTCCTACCATTTAATGAAACGTTGTGTTTCACTCTCGGGAGCCTCTGCAATTAAAAACCCTACGCATCCAAGCAAA ACCCCAAATTACCCCGTTTTATTCATTAGGTCAAACTTTTTAAGGGCATTTTGGGGTTCTCTTACCATTACATTAGGTCA TCCTTCTTCAACCTGGAGCTTCTGCTATCTCCTCCTTTTTTTTCTCGATGAAACACTGTTTCCTCCTCCTTCCAGCCTCC TTCTTCCTCCTTCCTTCTCCTCCTTCGACAGCGTAGCGGCCATAGCGCTACATGCTATAGCGCTTTTTGGGCTTGCCGCT ACACAACGCTATCCGCCATTGCGCCATTAACAACACTGGTGTTAACCTTGGGGGGATGATGAATTATTCAATTAGTCAGA TTATTATTATTTACTAGGATCTGAATAAGTAGGAAAATAATTTCCATTTTGTACTTATTGATATTTTCTACTTTTCTTGT TAAACTTTGTGCAAGCGCCCACTATTTTTCTTCATATTTTGATTTATGGCTTGGATCTTGTATCATTTTAAGATTTATTA TATGATATATCATCTTATGTTTCCATTTATAACTTCATTCTTTTGTATCATGTATCTTACGAAGCATAAAAAGCTTTGAT TCATGATTTGGAAAATATGCCTTCCGATTCACGATTCAAATCTTGATTCAATAGCCATCACTCTTAAAATAAAATACTTT TCATATGAAATTTATAACCCATTTTTTGGTTATTGTCATCTAATTCAAATGTTCATTTTTCTATTTCAGTGGCTAGAAAC AGAGACAGTGCGGTTAAGTCATCTTCGTGATAGAGCTAGTGAGAAAGGGCGCAGAAAAGAATATCCTTTTTTCTTCAGGA AAACTTAAATACGATACACATCTATCTGGCACTTGCAGTGTTTTGGTGCTTATTGCTTTTTGTTTCCTTGATATAGTTGG ATTTCTATGCACCCTAAGTTGATTTGTTTTGGCAACATGCAGCTATTACATTATCAGGATATGGAATAGAAATCTATGGA TTGTTTCTGTTAGATCCTTTTTATCAATTTATAGTTGCTACAGCTCCATATGAATTGGGATGGGTATTGATAATTCTTAA AATATGATCTTCTTGAAAATCTTTTGAGATGTGTCTGGCCAGTTTCACTCTGATTTCTGAAATTCTTGGAAACCTAGATT ATATATTTGAGAGCTATGTATGGAAAATTTAAACTTGTGAACTTATTCTTAACATATCTAACCTGAGAATATTGAATTTG TCATATATCAACTGCACATACATCTTATAAATAGGTTATGCTGTCCACTTACCAACAACTCAGTTGTAGTCTTAGTCAGA GTTGTTTAGCGCCTCAGCAGGGTTGATTTCCAATAATTCACTCCTTATAAGCCTTGAAGTTACTTTTTGCATTTCCTGCT TCTAGTGATGGTTTTTTTTCTTCCAGTGTTCCTATATAGTTGATGTGGGAATCAATAGCTAAATGTGTATTAGGAATGTA GGTTATAGTTGTGTGTGATAGTTGCGTGTGTTGTTAATAATTGCTATGATTGCAGTTATGGGGAGTTTATGATAGCAGCT AGGGCAGTTATTTGTCAGCTTATATGGATTGTGATGTGTGAAAAAATGTGCTGTTAAGTTTGGGTAGAAAATACCCTCTG TAGGAGTCATAGGACTCTGGGACACCTCGTGATTGCTGTAATTTCTGCAATTTGGTGGGATTTAATCTTATTTCAATATA TTTCCAACTGGTGTTCTATCAATAGTACAATCTCCTCTCATTGTTACAATGACACCTAGCCTTTGTATGGCCTTCCCCTT ATTTACTTTTTCTTCAGTGTAAAACAGAAGAAAACTGTTAATCAAAGGTAGTTATACAAGGAGCAGATATTATAGGAGTA CTAAAAAATTTCTCCTTATCATGAAAAAGTTCATGTATGAATTTTAAAATGTCAACTGCCTTATACCAGCGCGGGGCCCT TTTTGTTGAAGCGTGACCACAAATAAATAAAATTGTTTACCCAATTGCGTATGGTGTTTTAAATATGCTTAGGGATCATA TGATCGCATTTAGTTGATTAAATAGATTGCTGGGCAAAATTCATCTGTAGCTAGAAAGTTATTTCAGTAATGTTTTTAGG CTTGTGTAGTAATTTTAACAGTTTCTGTGCATATTAAAAGACAGATTTTTCATTGATGATTTTCATGTTATCTAACACCA GTCTTGGGGCTGAGATGAATAATTGCCATTTTATTTTTTTGCGATATTTGAAATTGCCTAAGTATTCAGTACTATTTAAT GTTGATCCATAACTTCCTCTCACGCTCAGAGAATGTGTCGAGAAATTGCAGCTTCTGAAAACACCTGAAGAACGACAACG TAGATTGGAGGAAATTCCAGAAATACACGTGGATCCAAAAATGGATCCAAGTTATGAGTCTGAAGAAGATGAAGATGAAA TGGAGGATAAAAGACAAGGTAGTACTAATACAGTTTGAATTTAACTATTTTTTTGTTTTTTTTTCTAATAATTGATAATA ATTTCATTTCTATCCCTGCAGATAACTATATGAAACCTAGAGGGTCTGCATTTGGAAGGAGGGGGAGAGAAATTGCTTCT CCTAGAAGTGGTTCAAGTGATTCTTGGAGTGGAACGAGGAGTTATTCTAATGTGAATCAGGAACTGAGCAGAAATTTGTC TAGTAAGGGGTTTTCAATCAAAGGTGATGATGCTTCTATTGCTAGTGAGGCACTAAATGATGCTCAATTGCACCAGGGAA GAGATAGGGAATCACAGCTCTCTAGTAGTTGGGAGAGGCAAAAACAATCTTCAAGCTTCGAGAGTGGTGCTAAAAACACC CAGCCATTGGTAACATCTGAATCTTTTTCTACTGCTTTGTTAGAAGCTTCTGCAGCACCATCTTCCACCGGAACAGCTCC CCCAGATGTGAAAATTAATGAAACTGAAAAGATGTGGCATTATCAGGATCCATCTGGAAAAGTTCAAGGACCGTTTTCCA TTGTGCAGCTTCGCAAATGGAATAACACTGGGTACTTCCCAGCTGATTTGAAGATTTGGAAAGCCGCTGAGAAACAAGAC GAATCTATACTCTTAAAAGATGCCTTAGCAGGGAAGTTTTCAAAGGAACCATCAATGGTGAACAAAACTCCTCCTATGGC TCAAGCAGTGCATGATTTACATTACTCAGCCTCATACTCTGGGAAGTCTCATTTGGCAGCACAAAATAGTACTCTAGGTT CTTTGGCAAGTAGAACTTCTCAATTGGCAGTTGAGGTCCCCATGAATCCTGGAAATGGTTGGGGTTCTGATGCCGGTGTT AGAAATGAATCAACCAATCTTCCTTCGCCTACTCCCCAGACTACTCCAGGTGGGACTAAGGGGCAGGCTTTTGAAAATCA ATGGTCACCAACACCTGTCCAGTTGGCCGGGTCTCTCTCAGGAAATTCATTTTCAGGTGGTCGTGAAGGTGTGCAAGCCT CCATGGTAATGCTTCCACAGAAGATTGCCCAAAATGCAGAAAATGGTTCAAGTTCACAACCTGGTATGACTTCAATTTCT AAATCAGAACAGGGGATGTTAAGCTCTACAGGTACAACTCAAGTACATCCTCAGGCAACAGCGGTGGCTCATGTTCTGCC TGCAGGTGCAAATATGCAAAACCAGGTTATGAGTAGCCATAACTCTCATGCTCAAGCTCAAGCTCAAGCTCAAGGGTGGG GTTCTGCGTTAGTTCCAAAGCCAGAACAACAGGCCTGGGGTAGTGCTCCATCTCAAATGGTAGAACCAAATAATTCTACT ACCATGCCTGTCCAACCAGCTTCTCATGGCCCTTGGGGTGATGTTTCATCTTTCCAGAACTCTGCCTCATTTACCTCAGG AAATCCAGCTGGGAATTTACCCATGCCTGGCTTCCCGGGTATGACCACACCTGAGCCTTGGAGACCACCAACTTCAAGTA GTCAACCAAACATTGCAGCGGCAGCAGCACCACCAAATATACCTTGGGGCATGGGCATGCCAGGAAATCAGAATACTGGC TGGGGTGGGGCTCTACCTGGCAATATGAACGTAAACTGGACGATGCCTGCACAAGTGCCAGTGCCTGGAAATGCAAATCC AGGATGGGCTGTTCCTACTCAAGGGCAACCTCCAGTTAATGCAGCTGGCTGGGTTGCTCCTGGTCAAGGACTTCCACATG TAAATGCAAATGCAGGTTGGGTTGTGCCTGGTCAAGGGCTTGCACCTGGAAGTGCCAATCCTGGTTGGGGTGCATCAGCT GGTAATCCAGGCATCCCCAACCAAGGTGATCGTGGTGTCCATGGTGGAGATTCTGGCTATGGAGGTAAATCTTGGAACAG GCAGTCATCATTTGGCGGCGGCGGAGGTAGAGGAGGGGGTTCTTCCAGGCCTCCTGGCGGGGGACAAAGAGGAGTCTGCA GGTTTCATGAGAGTGGACGTTGCAAGAAAGGGGCTTCCTGTTATTATATACACAATTAAGAGTTGTAGGGCCAAGTAGTT GCAGGGAAACATCTCTTACTGTACAGTATTTTCCCATTGCATGGCTTAACATTTTACAATGATGCGTCATGTGTGTAGAA CTTGTGCATTGTAGCATCTCAGTTATTTTTCTGGATTAATTACCTTTTTTTGGCCTTGTATTCCTGAGTAACTTGGAGTT GACTTTCAGGGGATTTAGTTACAGCCTTGCAGAAGTTGAGAAGACTTTAGAATAATAATGGCGAAACAAAGTTGAGGTTA TAGTTGTTTTTTATTTGTTCAAATTTTCCATTTTTCAATGCTTAATCTTGGTGCGGGAAATGATTAGGAGTAATAAACTA TGTTGTTAGAAGATAATACCTTTTTG
CDS sequence (LotjaGi1g1v0563100.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGACGTTGAAGACGAAGAACCTTCCCCCAACGAATCTCCTCCTTCACTCCATCAACAACACTCCGATGAACCTCCACT CCTCTCCACCAATGCCGAGCCTGTGATCGCCGGAGAGAATAATGACGAGGAGACCGCGGTTGCTGCTGAAGTGGTTGCCG CCGATGCGATGATGGATGAGGCGGCTGCTGCTGTGTCCGGTGAGGGTGGTGAAATGCTAGTGGTGGACGCGGCGCGTGAT GGCTCTCCGTTGGATGGGGCTGGCGTGGAGATGGAAGATGAAATTGAGGAGGATAAGGGGAATGAAGGAACCGATGTGGA TGTGGATGATTCCATGGCTGTGGAGACTGGAAGGGTGGAAGAGGAAGCCAATTTGGCTATTGGGGAGGAGCAGGTCAGGG ACGAGGAGGCTATTGAAGCTGCTTTGATGGAAGAAGAAGAAGAAGAACAGCTGGGAGGAGAAGGAGAAGAACAGCAACAA GGTGAAGAAGAAGAAGGAGATGAAGTAGAGCCACAACAAGGAGAAGAAGAACATCAACAAGAAGGAGAAGCAGAAGGAGA CGAAGAAGAGCAGCAACTGGTAGAAGGAGAAGAAGAGGAACAGCTAGAAGAAGATGGAGAAGAAGAAGAGCAGCAAGAAG GAGAAGAAGAAGAAGGAGACGAGGAAGAAGTACAAGAAGAAGAAGAAGAAGCTGGTGTTGATGGTGGTGCTGCAGAGGCT ACAGAGTTCACCGAGGTCGAGGAGATTGATGCGATGGAGGAGCAGAGCGTGAGTGTTAGTGGTGGGAAGAGGAAGCGTGG GAGTGGGAAGAATCCTAAGTCTACAGGAAGAGTTTCATTGAAGAAAAAGATGGAAGAGGACGTTTGTTTCATTTGCTTCG ATGGGGGCGAGCTTGTGCTTTGTGACCGGAGGGGATGCCCCAAGGCTTACCATCCTTCATGCATTAATCGTGATGAGGCC TTCTTTCGAGCCAAGGGAAAATGGAATTGTGGTTGGCATCTTTGCAGCATCTGTGAGAAGAATGCTTACTATATGTGCTA TACATGTACATTCTCTTTGTGCAAGGGTTGTATCAAAGATGCTGCTATCCTATGTGTTAGGGGGAACAAGGGCTTTTGTG AGACATGCATGAGAACTGTAACGTTGATTGAACAGAATGAGCAGGGGAACAACATGGGACAAGTTGATTTTGATGACAAA AATAGCTGGGAGTATCTTTTCAAGGACTACTACATTGATCTAAAAGGAAAGCTTTCTTTAACTTATGATGAAGTCATTCA AGCTAAAAACCCTTGGAAGGGATCTGATATGCTCCTTTCTAAAGAGGAATCACGAGATGAACTTTTTGATGCCAGTAATG ATAGAGGGTCCGATTCGGATAGCTCCTATGAGAAAGTAGATTTGAGTCGTTCTAAAAAAAGAAAGGCCAAGAAAAAGGCG AAGTCCCGTTCCAAAGAAGGTAGTTCATACAGTGCAGTAACAGTGCTTGGTGCTGACAGACCATCTGCAGATGAAAGCTT TGAGTGGGCTTCAAGGGAGCTTTTGGAGTTTGTTATGCACATGAGAGATGGAGATATATCTGTTCTGTCTCAGTTTGATG TACAGGCTCTTTTGCTAGAGTATATTAAAAGAAATAAGCTCAGAGATCCTCGCCGAAAAAGTCAAATCATTTGTGATGTA AGGCTTCAGAATTTGTTTGGTAAACCAAGAGTTGGACATTTTGAAATGTTAAAGCTTCTTGAATCCCATTTCCTTCTAAA AGAGGATTCTCAGGCTGAAGATCTACAGGGGAGTGTTGTTGATACAGAAGTTAGTCATTTGGAAGGTGATGGCAATGTAG ATTCATATCTGAAATCTGGAAAAGATAAGAAACGTAGAAGTCGTAAAAAGGGTGATGAGAGAGGACTTCATTCTAATATT GATGATTATGCAGCCATTGATAATCATAATATTAGTTTAATTTATCTAAGACGTAATTTGGTGGAAGATCTACTTGAAGA TACAGAAAATTTTCAGGATAAAGCTGTTGGTTCTTTTGTGAGAATAAGAATTTCTGGTAGTGCTCAGAAGCAAGACTTGT ATAGGCTGGTTCAGGTTGTAGGTACATGCAAAGCACCAGAGCCATATAAAGTTGGCAAAAGGATGACAGATATCATGCTA GAAATCTTAAATTTAAACAAGACAGAGATTGTATCTATCGATATTATCTCAAATCAGGAGTTCACAGAGGATGAATGCAA GCGTCTCCGTCAAAGCATAAAGTGCGGGCTCATAAGTCGGCTGACTGTGGGTGACATTCAGGATAAAGCATTGACACTTC AGGCAGTTAGAGTAAAAGATTGGCTAGAAACAGAGACAGTGCGGTTAAGTCATCTTCGTGATAGAGCTAGTGAGAAAGGG CGCAGAAAAGAGCTCAGAGAATGTGTCGAGAAATTGCAGCTTCTGAAAACACCTGAAGAACGACAACGTAGATTGGAGGA AATTCCAGAAATACACGTGGATCCAAAAATGGATCCAAGTTATGAGTCTGAAGAAGATGAAGATGAAATGGAGGATAAAA GACAAGATAACTATATGAAACCTAGAGGGTCTGCATTTGGAAGGAGGGGGAGAGAAATTGCTTCTCCTAGAAGTGGTTCA AGTGATTCTTGGAGTGGAACGAGGAGTTATTCTAATGTGAATCAGGAACTGAGCAGAAATTTGTCTAGTAAGGGGTTTTC AATCAAAGGTGATGATGCTTCTATTGCTAGTGAGGCACTAAATGATGCTCAATTGCACCAGGGAAGAGATAGGGAATCAC AGCTCTCTAGTAGTTGGGAGAGGCAAAAACAATCTTCAAGCTTCGAGAGTGGTGCTAAAAACACCCAGCCATTGGTAACA TCTGAATCTTTTTCTACTGCTTTGTTAGAAGCTTCTGCAGCACCATCTTCCACCGGAACAGCTCCCCCAGATGTGAAAAT TAATGAAACTGAAAAGATGTGGCATTATCAGGATCCATCTGGAAAAGTTCAAGGACCGTTTTCCATTGTGCAGCTTCGCA AATGGAATAACACTGGGTACTTCCCAGCTGATTTGAAGATTTGGAAAGCCGCTGAGAAACAAGACGAATCTATACTCTTA AAAGATGCCTTAGCAGGGAAGTTTTCAAAGGAACCATCAATGGTGAACAAAACTCCTCCTATGGCTCAAGCAGTGCATGA TTTACATTACTCAGCCTCATACTCTGGGAAGTCTCATTTGGCAGCACAAAATAGTACTCTAGGTTCTTTGGCAAGTAGAA CTTCTCAATTGGCAGTTGAGGTCCCCATGAATCCTGGAAATGGTTGGGGTTCTGATGCCGGTGTTAGAAATGAATCAACC AATCTTCCTTCGCCTACTCCCCAGACTACTCCAGGTGGGACTAAGGGGCAGGCTTTTGAAAATCAATGGTCACCAACACC TGTCCAGTTGGCCGGGTCTCTCTCAGGAAATTCATTTTCAGGTGGTCGTGAAGGTGTGCAAGCCTCCATGGTAATGCTTC CACAGAAGATTGCCCAAAATGCAGAAAATGGTTCAAGTTCACAACCTGGTATGACTTCAATTTCTAAATCAGAACAGGGG ATGTTAAGCTCTACAGGTACAACTCAAGTACATCCTCAGGCAACAGCGGTGGCTCATGTTCTGCCTGCAGGTGCAAATAT GCAAAACCAGGTTATGAGTAGCCATAACTCTCATGCTCAAGCTCAAGCTCAAGCTCAAGGGTGGGGTTCTGCGTTAGTTC CAAAGCCAGAACAACAGGCCTGGGGTAGTGCTCCATCTCAAATGGTAGAACCAAATAATTCTACTACCATGCCTGTCCAA CCAGCTTCTCATGGCCCTTGGGGTGATGTTTCATCTTTCCAGAACTCTGCCTCATTTACCTCAGGAAATCCAGCTGGGAA TTTACCCATGCCTGGCTTCCCGGGTATGACCACACCTGAGCCTTGGAGACCACCAACTTCAAGTAGTCAACCAAACATTG CAGCGGCAGCAGCACCACCAAATATACCTTGGGGCATGGGCATGCCAGGAAATCAGAATACTGGCTGGGGTGGGGCTCTA CCTGGCAATATGAACGTAAACTGGACGATGCCTGCACAAGTGCCAGTGCCTGGAAATGCAAATCCAGGATGGGCTGTTCC TACTCAAGGGCAACCTCCAGTTAATGCAGCTGGCTGGGTTGCTCCTGGTCAAGGACTTCCACATGTAAATGCAAATGCAG GTTGGGTTGTGCCTGGTCAAGGGCTTGCACCTGGAAGTGCCAATCCTGGTTGGGGTGCATCAGCTGGTAATCCAGGCATC CCCAACCAAGGTGATCGTGGTGTCCATGGTGGAGATTCTGGCTATGGAGGTAAATCTTGGAACAGGCAGTCATCATTTGG CGGCGGCGGAGGTAGAGGAGGGGGTTCTTCCAGGCCTCCTGGCGGGGGACAAAGAGGAGTCTGCAGGTTTCATGAGAGTG GACGTTGCAAGAAAGGGGCTTCCTGTTATTATATACACAATTAA
Protein sequence (LotjaGi1g1v0563100.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDVEDEEPSPNESPPSLHQQHSDEPPLLSTNAEPVIAGENNDEETAVAAEVVAADAMMDEAAAAVSGEGGEMLVVDAARD GSPLDGAGVEMEDEIEEDKGNEGTDVDVDDSMAVETGRVEEEANLAIGEEQVRDEEAIEAALMEEEEEEQLGGEGEEQQQ GEEEEGDEVEPQQGEEEHQQEGEAEGDEEEQQLVEGEEEEQLEEDGEEEEQQEGEEEEGDEEEVQEEEEEAGVDGGAAEA TEFTEVEEIDAMEEQSVSVSGGKRKRGSGKNPKSTGRVSLKKKMEEDVCFICFDGGELVLCDRRGCPKAYHPSCINRDEA FFRAKGKWNCGWHLCSICEKNAYYMCYTCTFSLCKGCIKDAAILCVRGNKGFCETCMRTVTLIEQNEQGNNMGQVDFDDK NSWEYLFKDYYIDLKGKLSLTYDEVIQAKNPWKGSDMLLSKEESRDELFDASNDRGSDSDSSYEKVDLSRSKKRKAKKKA KSRSKEGSSYSAVTVLGADRPSADESFEWASRELLEFVMHMRDGDISVLSQFDVQALLLEYIKRNKLRDPRRKSQIICDV RLQNLFGKPRVGHFEMLKLLESHFLLKEDSQAEDLQGSVVDTEVSHLEGDGNVDSYLKSGKDKKRRSRKKGDERGLHSNI DDYAAIDNHNISLIYLRRNLVEDLLEDTENFQDKAVGSFVRIRISGSAQKQDLYRLVQVVGTCKAPEPYKVGKRMTDIML EILNLNKTEIVSIDIISNQEFTEDECKRLRQSIKCGLISRLTVGDIQDKALTLQAVRVKDWLETETVRLSHLRDRASEKG RRKELRECVEKLQLLKTPEERQRRLEEIPEIHVDPKMDPSYESEEDEDEMEDKRQDNYMKPRGSAFGRRGREIASPRSGS SDSWSGTRSYSNVNQELSRNLSSKGFSIKGDDASIASEALNDAQLHQGRDRESQLSSSWERQKQSSSFESGAKNTQPLVT SESFSTALLEASAAPSSTGTAPPDVKINETEKMWHYQDPSGKVQGPFSIVQLRKWNNTGYFPADLKIWKAAEKQDESILL KDALAGKFSKEPSMVNKTPPMAQAVHDLHYSASYSGKSHLAAQNSTLGSLASRTSQLAVEVPMNPGNGWGSDAGVRNEST NLPSPTPQTTPGGTKGQAFENQWSPTPVQLAGSLSGNSFSGGREGVQASMVMLPQKIAQNAENGSSSQPGMTSISKSEQG MLSSTGTTQVHPQATAVAHVLPAGANMQNQVMSSHNSHAQAQAQAQGWGSALVPKPEQQAWGSAPSQMVEPNNSTTMPVQ PASHGPWGDVSSFQNSASFTSGNPAGNLPMPGFPGMTTPEPWRPPTSSSQPNIAAAAAPPNIPWGMGMPGNQNTGWGGAL PGNMNVNWTMPAQVPVPGNANPGWAVPTQGQPPVNAAGWVAPGQGLPHVNANAGWVVPGQGLAPGSANPGWGASAGNPGI PNQGDRGVHGGDSGYGGKSWNRQSSFGGGGGRGGGSSRPPGGGQRGVCRFHESGRCKKGASCYYIHN
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 | 41 | 41 | - | – | |
| MobiDBLite | 12 | 27 | 16 | - | – | |
| MobiDBLite | 79 | 277 | 199 | - | – | |
| MobiDBLite | 87 | 104 | 18 | - | – | |
| MobiDBLite | 111 | 138 | 28 | - | – | |
| PANTHER | 119 | 1396 | 1278 | 0.0 | – | |
| PANTHER | 119 | 1396 | 1278 | 0.0 | – | |
| MobiDBLite | 139 | 172 | 34 | - | – | |
| MobiDBLite | 180 | 252 | 73 | - | – | |
| Coils | 207 | 230 | 24 | - | – | |
| Gene3D | 275 | 385 | 111 | 3.9E-25 | ||
| SUPERFAMILY | 285 | 338 | 54 | 3.77E-8 | ||
| ProSiteProfiles | 286 | 352 | 67 | 8.76 | ||
| SMART | 288 | 334 | 47 | 3.2E-8 | ||
| CDD | 288 | 333 | 46 | 6.41588E-23 | – | |
| ProSitePatterns | 289 | 349 | 61 | - | ||
| MobiDBLite | 449 | 485 | 37 | - | – | |
| MobiDBLite | 449 | 470 | 22 | - | – | |
| Gene3D | 497 | 594 | 98 | 1.4E-33 | ||
| SUPERFAMILY | 505 | 585 | 81 | 2.18E-20 | ||
| CDD | 509 | 584 | 76 | 9.04112E-19 | – | |
| Pfam | 511 | 584 | 74 | 2.1E-15 | ||
| SMART | 528 | 589 | 62 | 0.0015 | ||
| MobiDBLite | 611 | 634 | 24 | - | – | |
| SMART | 645 | 755 | 111 | 6.6E-47 | ||
| ProSiteProfiles | 645 | 778 | 134 | 28.314 | ||
| SUPERFAMILY | 646 | 774 | 129 | 2.62E-33 | ||
| Gene3D | 646 | 775 | 130 | 1.5E-27 | ||
| Pfam | 650 | 753 | 104 | 3.4E-23 | ||
| MobiDBLite | 820 | 839 | 20 | - | – | |
| MobiDBLite | 820 | 890 | 71 | - | – | |
| MobiDBLite | 876 | 890 | 15 | - | – | |
| MobiDBLite | 922 | 959 | 38 | - | – | |
| MobiDBLite | 938 | 959 | 22 | - | – | |
| SUPERFAMILY | 983 | 1044 | 62 | 1.96E-18 | ||
| ProSiteProfiles | 991 | 1045 | 55 | 16.198 | ||
| CDD | 991 | 1046 | 56 | 3.09074E-18 | ||
| Gene3D | 992 | 1051 | 60 | 8.1E-27 | ||
| SMART | 992 | 1047 | 56 | 1.2E-18 | ||
| Pfam | 994 | 1034 | 41 | 1.1E-12 | ||
| MobiDBLite | 1106 | 1139 | 34 | - | – | |
| MobiDBLite | 1113 | 1139 | 27 | - | – | |
| MobiDBLite | 1181 | 1206 | 26 | - | – | |
| MobiDBLite | 1258 | 1285 | 28 | - | – | |
| MobiDBLite | 1260 | 1285 | 26 | - | – | |
| PANTHER | 1378 | 1507 | 130 | 0.0 | – | |
| PANTHER | 1378 | 1507 | 130 | 0.0 | – | |
| MobiDBLite | 1427 | 1489 | 63 | - | – | |
| ProSiteProfiles | 1482 | 1507 | 26 | 11.864 |
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 binding | Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid). | ||
| Molecular function | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Molecular function | Metal ion binding | Interacting selectively and non-covalently with any metal ion. |
Expression pattern of LotjaGi1g1v0563100.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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