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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0061200 |
| Transcript ID | LotjaGi1g1v0061200.4 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Ubiquitin carboxyl-terminal hydrolase-like protein; TAIR: AT5G06600.1 ubiquitin-specific protease 12; Swiss-Prot: sp|Q9FPT1|UBP12_ARATH Ubiquitin carboxyl-terminal hydrolase 12; TrEMBL-Plants: tr|B0BLB2|B0BLB2_LOTJA CM0545.290.nc protein; Found in the gene: LotjaGi1g1v0061200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:8564191..8578405) extracted from Lotus japonicus Gifu genome v1.2.
TTTTGTTTGTTTGGGTTTTCTTTTTTGCAGCAGCAGGAGGATGAAGAGATGCTTGTTCCGCATACGGATTTGCCTGAGAA TAATCACCAACCCATGGAAGGTACTGCTTTGTTTTTCTTTCGATCCACGGTGAAACGAAACCCCCCTTTATTTGGCACTG CATTTACTGCTGTTTAGATGATATTGTCATTTTGGTTTATGAGTTAATGAAGCCACTTCATGCATTGTTTGGTTGCTAGC GAGAAATAACGAGAGGGAAGAACTCAGTTGTAAATTGGTTTAGGAGTTCTAGGTTTTCGGGTTTCGGTTACTTGTCAGTT TGCATTCTGGAATGTCTGTGTATTTTCGATGACTGACTCTATTGGTTGCTTTATTTTCTCTCTCTCCTCTTTCACGGGGA GCAGTTAGAGAGTTTCGTTCGGTTTTTGACACTATGTGACCACTTCATGCATTGTTTGTTTGCTAGCGAGGAATAAGAGA GAGAGAAGAACTGAGTTGTAAATTGGTATAGGAGTTCTAGGTTTTCGTTTTTTTTTTCTCGGGGAGGGAGTAATTACTTG TCAGTTTGCAATGTTTGAATCTATTGGTTGCTTTATTCTCTCTCTCGTCTTTCACGGGTAGCAATTAGAGAGTTTCGTTT AATTATTGTCACTATATGCCCCACCCCTTCCCCTGTAAGTTCTCAGCTAATTTAAGGCATGATACTTAAGTTGTTTTCTT TTCATTTATGTGGATGGACATTAGTTGTTGCTCAACCTGAAGCTGCCCCCACTGTGGAGAGTCAGCCTGTCGAGGAGCCT CCACAATCAAGGTTCACGTGGAGAATTGACAACTTCTCCAGGATGAATGTGAAAAAGCTCTATTCAGAAGTATTTGTTGT TGGTGGTTATAAATGGTAATGTGCTTACACATTCCTTGAAAGAATTCATGTTGTTGATTTTGCTAGTTCATTAGATATGA TTTACGATAGGGCATTATGATGCTGTTTGACCCACATGTCGTCGACTCTATCTTGTGGGAGAACAATTTTGTTGTTGTTG TCTTATTAGTTCGTTACTGTATATTTATCTTCAGTGATCTCTCCTGATTAATTTTTTTTTAACTGAGCAGGCGTGTACTT ATTTTCCCAAAAGGGAACAATGTGGACTATCTGTCCATGTATTTGGATGTCGCAGATTCAACTAATTTGCCCTATGGTTG GAGTAGATATGCACAGTTTAGCTTGGCAGTAGTTAATCAAATACAGAATAAATACACCGTGAGAAAAGGTAATTTCTTCA GTTTGTTCCCTACTCCTGTTACAAGATGAAGTACCATGCATGTATGTAGAAAAGGGAATTGCTGGACTTAAAAGTGACAA ATGTTGTAAGATACTAAGATGTTATTTGCATTCTGGAGGAAAATTTTACAATTGAGATCTATTTGTTGCAATACTATTTT TTCACCGAGAAGCCTGAATGATTGTGGTAGATTGATTTTATAAAATCCCCATAATAACACCTCTTTGTATATCATTCTCA TCTCCTATGCCATTTCTTATTAGCCATTTATTCTTGTACCTTGTGGGGAAAGGCTTCTGTTTATCAAAAAAAATTTAAAA CCTAACAAAACTGGTTTCTTTTCATATGCCTTCTGCCTCCTCAATCATTGAAATTTTAGTTCATTAAACCTTTTTACTAA AATTAAAATTACCACTTGTACATGTGTTCTTTCCCTAATAACTTTGGATCTAAATCTTGATATAGTTATATTACTTGTCT TCAATGAACTTGTTAGTGGCAACATGTTAATAAAACACAGATTCTGCTAACTTAACGAGCACCCTTTAAGAAATACAAAT TGGAAAGTATTTACCGAAAGTGTTACATTTAATGAATACATATAAATTTTTGTTTTTCGTTCAAACCTTTTCATTTTCAT TTTTGGCTATGAAACCTTTTCATTTTTGAATTGGAAATAGAGAATAGAATGTTGAAGTGGTAATAGTTTTTGGGCATAGC CATGTGTCTTTTCTGTAACTTTGTTTTACTCTATGTAGACACACAGCATCAATTCAATGCACGAGAAAGTGATTGGGGTT TCACGTCCTTCATGCCGCTTGGTGAATTGTATGATCCCAGTAGAGGGTATCTTCTGAATGATACTCTTGTAGTTGAAGCC GAGGTTCTTGTTCGTAGGATTGTTGATTACTGGACTTATGATTCAAAAAAGGAGACTGGCTATGTTGGGCTGAAGAACCA GGGAGCTACATGTTATATGAATTCTCTACTCCAAACTCTGTACCATATACCTTATTTTCGAAAGGTCTGGTTCTATTTCT CGTATATATATTTTTCTTTGGCTGAAGTTCTCTTGTTTGACTGGAAAGTAATGAGGAATCTGAGTCCTGGATGTTATATT TCAGGCTGTATACCATATGCCAACAACGGAGAATGATATGCCCGCTGGAAGCATTCCTCTGGCTCTGCAAAGTTTATTCT ACAAGCTCCAATATAGTGACACCAGTGTTGCAACAAAGGAGCTGACAAAATCTTTTGGATGGGATACATATGATTCTTTC ATGCAACATGATGTTCAAGAACTGAATAGAGTTCTATGTGAAAAACTTGAAGACAAAATGAAGGTAACAGAAAGACCTCT AGATGTTTATAGTTTGTGCACAATTCTATATTGGTGAAATACTAGCTCAAATGCATTATGGATTATGTTCACTTTGTCTG TAGGGAACTGTTGTTGAGGGAACTATACAGAAATTATTTGAAGGGCACCATATGAACTATATTGAGTGCATCAATGTGGA CTATAAATCAACTAGAAAGGAGTCCTTTTATGGTACTTTATGATGACGCTAAAGTTAATTTATGTTTAGTTGTACCTTGC CACTTGATTTTAATATAGTTTTACTGATGGATGGCAGACCTTCAACTTGATGTGAAAGGCTGTCATGATGTTTATGCTTC CTTTGACAAGTATGTTGAAGTTGAACCTCTTGAGGGGGACAACAAGTATCATGCTGAACAATATGGTTTGCAGGTTGGTT TCAATTGTCAAATTTTTAATCTACTTTGTAATAAAATCATCTTTGAGAAGCTAACCCTTTTGTTTTGTGTGTGGACTTGT ATTGCTCATTGTTACTATTGTTTGTGAACCTTGCCATCGTGAATGTATGAAAAATTGCACACATGTCACGGTAACTTAAT GTTTGCTTATTGGATAATGGTGCGCCTATGAAAATATGGTATAACTGGTTCAGAAGTCACAAGATAATATTGGTTTTTAT TGAAGATAGAAGGAGTTATGAAGCGCACAAAGTTTTCCAGAACAATGCTAGAGGTCCTGGACTCATTCCCGGACTAACTG ATCATAGGGTCAAACAATATCCTTGTCTTTGTGGGATGCGTTGATTTGCATGTAGGAAAAAATCTTACGTATGAAGACAT GAGTATACCGAAGTTGTTGGATACTTAGATGTTAATTGGGCAAGTTCTTGCCTTGCTTGAAGATTGACTTCTATATATAG TGTATTAATTAGGGATAGCTTGATCACCCAGAAGTAAAATACAGAGAATTTTATAGCAAGATCAAGTGCTAAAGTAGAAT ATTGTTCCATGACATCAGCTACTTATGACCTTATTTGGCTTAGGCAATTACTCTTAGCTCAAATTTGGGGAATCTAAATC ATATTTACTAATCGCGTGCAAAAGCACCGCAATTATAGTATATATATGTACATCATAGTTACTAAGCGATACTATAATCT CTGTAATTATTTCTCTTTATTTATATAACCTTTTCTCTGCTATGTAGCTTAACACACAGATTATGCTGCATGCCTCTCTT TCCTCTTTAGTTTACCTATCCCCCAGATTCATATATTAATAATATTATATTATTTTTTGTTTCATGTATTTTTAATATTT TGCTTATTTGCTGTGAGCATTGTCATGATATCACCTTATGTTCTTTAAATTTACCGTGCAGTTGCATGAGCATTTTTTTT AATCTAGTTGCACTTTTTAACTAATGATTTTTCGTATTCTCACTTTTTCAGGATGCTAAGAAGGGTGTCCTATTTATTGA TTTTCCTCCTGTTCTGCAGCTTCAGCTGAAAAGATTTGAGTATGATTTTATGCGGGACACTATGGTAAAGGTTGGTAGTC TAATAGACCTTTGCTTTGCCATATTTCCTTCTCTTGGTACTTCCTTTTCTTTCTTTTATATTTAGAACTTCTGCTACTTC ACCAGAATGCATCTGTAATTGGTTTTATTGGATATTGGCCAGAGTAAGATGCAGAAAGTTTACTCCAGCGCTGTTATACA ATGCACCGAAGATTATTTTGATCTGACTAGTTAGTTATGCTAGATAATTTCATTGATATCTATTAGGATAGTCGGGAAGG GTGTAACATCCCTTGTTTATTTGCAGTATGCATCCATTCACAACACCTTTAGTACAATAAAGTGTTATGTTATGTATCTT GTGTTGGAGGAAATGATGCCTTTGGATATTGAATACCTCAAAAGAATTAATGGCAGGCATTTTTCTGGTATTTTTTTTTT GAAATTGCTTTTTTTATGATAGTTTTATTTTCTTCTTGTATATCCATGTTCAACATTTATGTGCATCATTTGGACACACT GAAGGGGGAGCATAGACATTAGCTATTGGCATGAGATTCTGTGTCTCGGACTCTCGGTCGTTGAGTTACTCACTTTTGAT GGGGTTTGAACTCTTCCTAGAAATGAACGTTGGATTTTCTCTTGCCTTGCAGATTAACGATCGTTACGAGTTTCCCTTGG AACTTGACCTTGATCGTGATGATGGAAAATATTTATCACCTGATGCTGATAGGAATGTCCGCAATCTTTACACACTTCAT AGGTAATATAGTGGAAGCACTTGAATCTGTTGAAAATAATTTCTTAGAATATTCAACAGAAGTTTCAGAAGTTTGGTGCA TAATTGATAATACATCTTTTTTGCATTAGATTTAGGGCTGGTTGCTAGTGACTTGTTGATCTCTTTCATTATTCCTTTAG TTATTATGCTTACTTTGTAATACTTTATCTAGTATTCGTGACTTGGTGTATGATATCCAAGTTCGTCTTTTATTTGTTTT TTAAGCAGCCATTATTGTTTTATATTTTTCTTTATTTTACCTATATACTTGAGTCTATTACAATCAATTGGTGACTTCTA CAATCAACAGTGATGAAATGAGGCAAATTAGAATAAGGAGAAAATGATGTGAGGATAGAGAATGGAAAGAAGAAAGCAAT TAATCTTAGGGAGATGCATCTCCTAGGTCCTTCCAAATTAAGTTCGTAGTTTATTTTAAATCATTTTGGAACAGGAAAAC TTGGATCATTAGTATGAAAGTGTCATTCATCAAGAATATTAATCAAAGCAGCACATAAAATTTATAATTTCTGTTTCTCT GCTGATGTTGTCGATTGTTCTGCTACTATCTTTTAATTTTTTTAATGCAAATTCATATCTTAATTTCTGTTGTTCAATAT CTGACATATTGGAATTCCTCTCCAGTGTTTTGGTTCACAGTGGTGGTGTGCATGGTGGGCATTATTATGCTTTTATCCGG CCGACTCTCTCTGATCAGTGGTATGTACAATAGGTTTCATGGGTCTGTACTGTTTACTTAGGAGCTATGTTCTATTATTA ATGTGATGAGGACTCAAGGCCATGCTAAATAATCTGCTTAAATGCTGATTTTGCTGCATTCATCAAATGCTTTTGTGGTG CTTGGAGTTTCTAGAGTACATATATTAACATAACTAGCTACATGGCATAAACTGGGTGAATGAACATTGTTTCATTTTTT CCCGATCTCAAATCTTGAAAAGTATCTGTTTGAGAAAGGGTGTGGAGAGACTGTATAGGTGACTGTTTTTTTTTTCTTCT GTATGTGTTTGTAAGGAGTGAGGTGTACTGTATGTTTGTATATCATGTAGATGTTCTGATGTGTGATCAGTTTTGGAAAT AACAAACCTTGTTTGATGCCACATAAGGTTGTTGTGGCCTTGTGGGAGTTACTGAGTTCAGATCTTTGTACTGAATACTG ATTTTAATATTTTATACAAACAGCTGGTAGTGATCATTGAAATAAATTAACAATTACGATGTGAAATCAAATATGCTAAG TTGCAAAATATTTACCGAGTGGTGCACCACGAAACATAATGTTTACATTTAACATAAATATGGTTCTTGTTGTAAGATAG GGGAAAGTGGAGTATTTTATTACAATGATAGAACCTTCATAGCTACTTTCACTTTATTCAGTACTTAGCAGAAGAATGCC TGAGAACTGCCTCGTTGCTCCTTTCCTAAGTACAACACAAAATGAACATATGCATATCCTTAATTTTTTTTTCGGGCTCA TTAACTTTCATGTGTTTTATTATAGTGAGTGTTTAGCTACCTCCATCAATACCTTAATTGCATGGGAAAAAAATTTCGAA CTCAATGTGTTTGTCTATAAAGTGAGAAAGTGAGGGTGTATCCACTGTTGATTTGATTTAAAGTGCATTGTAATCTTAAG TCGTAAAACTCCAAGTCTGTCCACCCTCACTTTATCACTTTGTTGACAGTCTCACTTTAGAGAAGCTCTGTCGAATTTTA TGAAGTGTGTCATAGACTAAATCTGTTCAGTTTACACATTTTGCAATGGTGGTGATCTACAATCCTAAATTTCTAATAAT AGTTTTACTGAGCTAGGGTATAACATGCAACCTACTGAGAGGCCTTTCACATTCTTTTTGTATTTCAACTGCTCTTGTTA CTGACTGACTGAACGAGCCCTTAACTGCATGATTTGATTGAATATATAACTTGCTCTCAGGTACAAATTTGATGATGAGA GGGTGACAAAAGAAGATACTAAACGGGCACTAGAGGAGCAATATGGTGGGGAGGAAGAGGTAACTGTTTTATTTCCATTG GCAGTGGCATTTGGTCTCTTTACTCATTTGGATATTTATTAATAATTCAATCACTTGTTAACAGTTACCCCAGACAAATC CTGGATTCAATAACACACCTTTTAAATTCACCAAATATTCAAATGCATATATGCTGGTATATATACGTGAAGCTGACAAG GACAAAGTAATATGCAATGTGGATGAGAAAGATATTGCTGAACATTTAAGGGTAAGTGGGTCTTCTTATGTGCTTTAGGG CTCAGAGTAAATCAATGTTTTCAGAACCACAGATCGGTTATTGAACCGGTCAAGGCACCAGTTCTTATAAACATAATTAT TATCATATTATATTTTCAGAAGTCTTAGTTATAATGTATAATTCAAAACAATTTTTCAAGACTGGAAATTCATGTCATAC GTAATAAATATCAACGTGTCTTCGTGATTTCCACAAGGAGCCTTCAACGCTCGCCTTCTGTCAATTTAATACAATGATTA ATTATTTAATTAAAAAATTCTGTTCATTATTTCTTTTTTATAATTTTAAGACAATACAAGTTGGGAGTCGCACTCCTCCT CAGCCCTGCTTACATTATAAGCTGTAACAGATGGACCGGACCCATTTTTAAAGGCCTAATCTCTTCTGTCTTCTCCATAA TTTACACACAACTCCACTTCACAACCTCTCTCAAACCCTATCTGCACTGAGTTTCTGCATTGTGTTAATTCAGGAGAGGT TGAAGAAAGAACAGGAAGAAAAAGAGCACAAAAAGAAAGAAAAGGCAGAGGCTCACCTCTACACTATTATAAAGGTTCTT ATTTCTTAACTTAGGATTAAGCATTGTTTGTTTTTATGAAGATGCTGTGAGCTACTCAATCATATTGTATCTAGATATTA CTGGTAACATATGATACTTCTTAGGTGGCACGAAATGAAGACCTTAAAGAGCAGATTGGAAAGGATATATATTTTGATCT CGTAGACCATGACAAAGTGAGGAGTTTCCGTGTCCAAAAGCAGATGTCATTTAACCTTTTCAAGGTAACATCGTTAGTCA CACTTTTAGCTCTCTTGCTAAGTCTATTGACCTGGCATGATATACCAACTATTTTTTTTTTGACTCGATGTGGTCTCCAA AGCAAATATTTCTTGTTAAACTGTCACTTTTCATTGGAAAACTTTAATAACAGACAGATTGATATTGTTATAATCTAACA ATTCCAAAAGTTTAATATGTCGGGTTAAAAAAGATGTGAATGATTTTATATCAAACATGTCCCCTCATGCAATAATCAGT TGGGGTTTGAAATGAGGACTATACACAAATCCATCCTACCTTGCAAGAAATTTAACTTTTTTTGTTGATCTCATTAGTCA TAACTATTTAGTATTTAGTCATAGAAGTTTTAGGGTCTGAGTGTCTCAGATTGAGTATGCTCATGATCAAAAGCAAAATT TAAAAAATAAACTAGAAATTTGATTTTTAGTAGAAAATATTTTAGTAGCTTTTGAAATAGCCATTGTAACATACGAGAGA GAATCAAACTCCTTATTTTTAGGTGACACTACCTCGTTTAGTTTTACAATCTCATCCATATTTTTTAAATCTTAAGTGTT TTTTATGTCATTCAATGAAATTCTATATGAAAAAAGCACTTCTACATTTTTATATTATGATCTGCAATCACTTTTTAAAA CTGAAAGCACTTTTTCATTTTGTACACGACCATTTGTAATTTGTGCTTTTTAAAAACTGTCCTATAATAAAATAACTTTT TTATGCAACCTTTTAATCACTTATATTTTAAGCATACACAAACTGGCCCTTAACATCATTGCTTAAATGAGTAATCCCAT AAGCTTAAGTTGATAGATGAAAGCACGTCAATGATTTATATCTAACAAATATTCTGACATAGAGTGCCTTACACCACATT GATAATACACTCAAGAGGGAGACAATATAAGATTATCCATGGGCAGGGAACTACATTATTGATGTTTCTAAGTATAATTT TTTCTTCTTCAAAATAGGGTGAAAGTTAGCAGTTCCATGTCATGGTTATTTTTTAGATTAATGTGTTTTAAAATTGGGGG GGGGGGGGTATATACTTTAGTTTTGTATTTTTCTTGCAATGTATTTAATGGCGTATTAAGATATCCTCTGTCCTTCCGTT GTGGATGATAGCAGTTGAAGAGTTACCAGAATGTCATAGGATTGAATGCATCCGAGAGGGATTTAGGAATTGGGAATATT GAATGTCATAGACTTCTATGGTTGATATTTCTGGCTGGTGCTTTTGCTGCTAGTCATTTTACTTTTTGGATGAATCCTTA ATTTCTCGCACTATCTTCTCAAATTTTTACTCAGATATGATGGGAGTCATGGGACTAGGGAAACTTTAGTTTTTGAACTC CTAAAGAGCATATCATTATATTAATTTCATCCTCGGAGATTTTTTTTTGAAACAGTACTCAATTATAAAACTGTTGTTGC TTTAGTTGGAATGTCATATGATTCTTTGTGGTCTTAAATGATATTTTTATTTGTTGGTGAAGGTTACACAATTGATGCGT TATGTTTGTTTGTTTGATTTGATTTGATATTTTTCTTTGATTTCTGATTGTGGTAAGCAGGAAGAGGTTGCTAAAGAGTT TGGCATACCAGTTCAATTCCAGCGCTTTTGGCTATGGGCAAAGCGTCAAAACCATACATATCGCCCCAATCGACCATTGA CACCAGCTGAGGAAGCACAATCTGTAAAGTTTTTTTCCTGGAACCTTTTCCTTATTATTCTGCTCATATAACCCCTTCAA GCTTCTTACCTATGACTTTTTCATCTTTGGTTATCATGTTTCATACTTCCACGCTTTTAGGGAAATAGTCGTTTTGTAAA AAGAACTTATTTTTCCCCAAATTTATGTGCTATGTTGAATCTGTTTAATGCTGTATGGCAAATTGATTGTGATTTGAACT AAAAAAAGAAGTGGGAAATTGATATAAAGAATCAAAAGAGAAGTACAAATTTATTAAATAAATGATTGAGAATAGGGGAG ATGTCTCTCCTCTAAGGGGTTTCCCTTGGCAAAGGATTTCTCTTTTCACACACAAGTTATCAAATTCATAAAATGAATCT TTCTATCCTTATTTCCCCTATTTATCTAATTGATATCCCCCTAGCTACCCCAACTAATCCTTACCACTATTACTTCAATT CATTCTACTCTTTCACCTTGATGGATTGTCATAGCTTGTTGCACATTGTTAGATTTCCTATCTTGGGCTGACCCAATAGT TGATTGGCTCTCTATTTTCTTTCTAGTTGTTTTATTTTCCCCATACTGGCTAGCTTCTTTTTATTTCTTGAAAATGAATC CAAAATGCAACTCATACAAGTATTTTTCTTACTGATTGTTTTGGATCACATGACTTTTTATAGTTTTGCACTTATTCCTG TGATAGTGCTTAGTGTTTTGTGATTCACATTTGCCTGTTTTCTGTGCTCAATTTTGCGACAACAATTTCTCTTTGATCTG AAGTAATTAATTATTTTTTCTCAATCTGATACATGTTGTAGGTTGGACAAGTGAGAGAGGTTTCAAACAAGGTTCACAAT GCAGAATTGAAGTTGTTTTTGGAAGTGGAGCTTGGACCGGTAACATTTAAATTACAGAAGTTGTATGCCACTTTGGTAAC ATGAAACATTATTATCAAAACGCAATCCTGTTGACAAACTACATTATTATTTAGGACTTACGTCCCATTGCACCATCTGA CAAGACAAAGGACGATATACTTCTTTTTTTCAAGTTATATGATCCTGAAAAAGAGGAGCTACGGTACTGAGTAATTTCTT TATTTTAACGTATGTTGGATAAATGGTGGGCCTAGGTTGAAATTAAATATGTTTCCCTTTTATGGCAGTTATGTTGGAAG GCTCTTTGTGAAGAGTACCGGTAAGCCATCAGAAATCTTAACAAGGTTAAATGAAATGGCTGGTTATGATCCTGACGAAG AGATTGGACTTTATGAGGTTGGTTTGTATTATCTGGTTTATATCTATCTGTTGTATAACTTAAAAATATCAAAATAGTTC ATCCTTTTATGATCTGAAGCCATATGCTTCTTTACCCACTAAGCTCGGTCAACCAGTCATGGTTTAAGTTCTTCAGTAAT TAAGCTTGCTGGTCATTAATGTCAATAGTGCCTCATGATACATGAAAATTTATCTTCGTTGCATATGCCTTTTCAGAAGG GAAAGGACCTTTATTTTTGTGGCATCTTCAGGTTCTGATCTCGACAAGCAGCTTTAGTCACGTGGCATTAACTGTGCCTG TTATTGTGTAGGAAATTAAGTTCGAACCAAATGTCATGTGTGAGCCTATTGACAAGAAATTAACATTTCGAGCAAGCCAG GTAAATATGTACAATTGATGCACATTGAGTTACTGTATCGTGATTATTGGTTTATTGGCTGGCTTATTGGTTTGTTTTTC TAAAATGCAGCTAGAAGATGGAGATATCATATGCTTTCAGAAAGCTCCTGCAATGGATAGTGAGGAACATGTTCGCTATC CAGATGTGCCTTCTTACTTAGAATATGTGCACAATCGCCAGGTAATTTCTTCTTGGGGTTCAACTAAGGAAATTTGTTTT GTATGTGATGCAAAAAATAAAGTTACTGATTTGTTGTGTGATGCTGTTATGCTGGAATCATTCTACTTTCCTCTTTTCCT TTGTGCTCATGCTTGCATCATGTGTAACAAATAAGATATCTGCTGAAATTGTCTTCAATTGATATATTTTAGGTTGTCCA CTTTCGTTCGTTAGATAAACCTAAAGAAGATGACTTCTGCCTGGAGATGTAAGCATTATGGAATTTATTGGAGTAAATCA TTATATTAATACAATTGCAGTATTTTAGTTTAGAGAACATTCAAGTTATATATTGTGCTTATGATAACGTCTTTAACGCA TACTCTATGTATATTAATGTCCAGGTCAAGGCTGTATACATATGATGATGTGGTGGAGAAAGTAGCCCAACAACTTAACC TGGACGATCCATCCAAAATTAGGCTTACCCCACACAACTGCTACTCTCAACAACCTAAACCCCAGCCTATAAAGTACAGA GGGGTGGATCATTTATCTGATATGCTGGTTCATTACAATCAGGTAGTTATTGATTTATAGTTTAACCCTTCCTGATGTTT ATTATTATAAAATTGAACACCTTATACCTTTCTTGTATGCCAGACTTCGGATATATTATACTATGAAATACTTGACATAC CTCTGCCAGAGTTACAAGGTCTGAAAACTCTGAAAGTTGCATTTTATCATGCTACCAAGGATGAAGTGAGTACAGTTAAC AATTCTTCAAGTTTTTGTTTTGTGTTTCTGTTTTTAATTTTTTTTTTTAAATTGTTGATTCAGGTGGTTAGTCATACCAT CAGGCTCCCAAAACAGAGCACTGTGGGGGATGTCCTTGACGATCTTAAAACAAAGGTGCTTTTATCTGATTTTTGCTATA GTTCGTTAACTTGCTTACGTTGTATAATGATATTTACATGACATTGCAATTAGAATATAGAAATGCACCCAACATGAATT TATGATTTATGGTTTCATCTACATTTAGCGTTTTAAAAATGCCTGTTTTGCGCAGTTGTAGCTGCAGTATTGTTTGAGTA GCAGTTTTTTTGATATGAAGTTGTCAACTTTTCCTCAATTCATGATTTTTTAATTAATTACCTAATTAGATATGCCATGC CCATTTTTGTACTGTTTTTATAGGTTGAGTTGTCTCATCCTAATGCTGAGCTTAGGCTGCTTGAAGTCTTCTATCACAAG ATATACAAGGTAGGAAGATACCTCTCAGCGAACTGCTACTGGGTTTATTACTATTCTTACTTATTTTTCTGAGTAAATTA TTGCGGAGTCAGGACTGAACATACTAAAAATGGTATTGGCCCGTGATCTTCAGTTGCTTGTATTACTGGCTTTGCAATTA ACTATTTGACACACCATCCCATTTTTCTTATTGACATAGATTCATTCAACCTGCCTCTTTTGTACAGGTTTTCCCTCCCA ATGAAAAGATTGAAACCATAAATGATCAATACTGGACATTGCGTGCAGAGGAGGTAACAATCTGTTTCTTCCTTCGTGTG TGTGGGGTGGGAAGGGAGGAGAATAGATTTCAGTCCATCATGTGTTTCTGCCTTTATATGTTCATAATAGCACTTTGGCT TCTTCTAAATACGCAGTTGCATCTTTTTACCCCATAGTTCCTGTAAAAAAATGAACGAGTCTCTTTGTTTACAACTTTTA CAGGTTCCAGAAGAAGAGAAAAATCTTGGTCCTCATGATCGTCTAATCCATGTGTATCATTTCACTAAAGACACATCCCA GAACCAAATGGTATGTAGTTTTAATTGATTCATTTAGCTTTTTACAGTTTTTAGTAATTGTTTTGGTACTTGTGCTGATA TTAATTGTGTGCCTCTAGTAACCGAGTTTTGCATTTGATGTGTACAGCAAATTCAGAACTTTGGGGAACCCTTTTTCTTG GTCATACGTGAAGGCGAGACTTTAACTGAAATTAAAGTGAGAATACAGAAGAAACTTCAAGTTCCTGATGATGAGTTTGA AAAGGTATTTCCTCTTTCAGAGTTTTATGGGGCATATTAGGGTTCTTACATTTTGAGATTTTGTTAAGTGATGAATGTAT TATAGGATAAATATATGCAGTAAATATTGGTTAGTATACTTGGTTTAGGTTGCCTAATTTTTTCAATATTTCTTGTTTGG CCAGTGGAAGTTTGCTTTTTTTGCATTAGGCCGTCCTGAATACCTCCAGGACTCTGACATCGTATCCAATCGTTTTCAGG TGATTATTTATTTATTTATTTCAATAATTCAATTGATATTTAGCACTATTTTCATACCCTCAGATTATGTTTACATTGCC CTTCTACTGTACTTCGTGACAGAGAAGAGATGTTTATGGTGCTTGGGAGCAGTATCTTGGTTTGGAGCATACTGACAATG CTCCTAAGAGGTCATATGCTGTTAATCAGGTTGGTTAGTTTGCTTGCAAAAACTGATTTTTTAAGTACATTTTGGTCTTT TGATTGTTTGGTTCTTGTCACTAGGTATTAGTTTTGAGGTTGGAAAATCTTTGTTTGTCACACCATTTCAAATCACATGT GTTTTGTTTTCAGAATCGCCACACATTTGAGAAGCCAGTAAAGATTTACAATTAG
CDS sequence (LotjaGi1g1v0061200.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCTTGTTCCGCATACGGATTTGCCTGAGAATAATCACCAACCCATGGAAGTTGTTGCTCAACCTGAAGCTGCCCCCAC TGTGGAGAGTCAGCCTGTCGAGGAGCCTCCACAATCAAGGTTCACGTGGAGAATTGACAACTTCTCCAGGATGAATGTGA AAAAGCTCTATTCAGAAGTATTTGTTGTTGGTGGTTATAAATGGCGTGTACTTATTTTCCCAAAAGGGAACAATGTGGAC TATCTGTCCATGTATTTGGATGTCGCAGATTCAACTAATTTGCCCTATGGTTGGAGTAGATATGCACAGTTTAGCTTGGC AGTAGTTAATCAAATACAGAATAAATACACCGTGAGAAAAGACACACAGCATCAATTCAATGCACGAGAAAGTGATTGGG GTTTCACGTCCTTCATGCCGCTTGGTGAATTGTATGATCCCAGTAGAGGGTATCTTCTGAATGATACTCTTGTAGTTGAA GCCGAGGTTCTTGTTCGTAGGATTGTTGATTACTGGACTTATGATTCAAAAAAGGAGACTGGCTATGTTGGGCTGAAGAA CCAGGGAGCTACATGTTATATGAATTCTCTACTCCAAACTCTGTACCATATACCTTATTTTCGAAAGGCTGTATACCATA TGCCAACAACGGAGAATGATATGCCCGCTGGAAGCATTCCTCTGGCTCTGCAAAGTTTATTCTACAAGCTCCAATATAGT GACACCAGTGTTGCAACAAAGGAGCTGACAAAATCTTTTGGATGGGATACATATGATTCTTTCATGCAACATGATGTTCA AGAACTGAATAGAGTTCTATGTGAAAAACTTGAAGACAAAATGAAGGGAACTGTTGTTGAGGGAACTATACAGAAATTAT TTGAAGGGCACCATATGAACTATATTGAGTGCATCAATGTGGACTATAAATCAACTAGAAAGGAGTCCTTTTATGACCTT CAACTTGATGTGAAAGGCTGTCATGATGTTTATGCTTCCTTTGACAAGTATGTTGAAGTTGAACCTCTTGAGGGGGACAA CAAGTATCATGCTGAACAATATGGTTTGCAGGATGCTAAGAAGGGTGTCCTATTTATTGATTTTCCTCCTGTTCTGCAGC TTCAGCTGAAAAGATTTGAGTATGATTTTATGCGGGACACTATGGTAAAGATTAACGATCGTTACGAGTTTCCCTTGGAA CTTGACCTTGATCGTGATGATGGAAAATATTTATCACCTGATGCTGATAGGAATGTCCGCAATCTTTACACACTTCATAG TGTTTTGGTTCACAGTGGTGGTGTGCATGGTGGGCATTATTATGCTTTTATCCGGCCGACTCTCTCTGATCAGTGGTACA AATTTGATGATGAGAGGGTGACAAAAGAAGATACTAAACGGGCACTAGAGGAGCAATATGGTGGGGAGGAAGAGTTACCC CAGACAAATCCTGGATTCAATAACACACCTTTTAAATTCACCAAATATTCAAATGCATATATGCTGGTATATATACGTGA AGCTGACAAGGACAAAGTAATATGCAATGTGGATGAGAAAGATATTGCTGAACATTTAAGGGAGAGGTTGAAGAAAGAAC AGGAAGAAAAAGAGCACAAAAAGAAAGAAAAGGCAGAGGCTCACCTCTACACTATTATAAAGGTGGCACGAAATGAAGAC CTTAAAGAGCAGATTGGAAAGGATATATATTTTGATCTCGTAGACCATGACAAAGTGAGGAGTTTCCGTGTCCAAAAGCA GATGTCATTTAACCTTTTCAAGGAAGAGGTTGCTAAAGAGTTTGGCATACCAGTTCAATTCCAGCGCTTTTGGCTATGGG CAAAGCGTCAAAACCATACATATCGCCCCAATCGACCATTGACACCAGCTGAGGAAGCACAATCTGTTGGACAAGTGAGA GAGGTTTCAAACAAGGTTCACAATGCAGAATTGAAGTTGTTTTTGGAAGTGGAGCTTGGACCGGACTTACGTCCCATTGC ACCATCTGACAAGACAAAGGACGATATACTTCTTTTTTTCAAGTTATATGATCCTGAAAAAGAGGAGCTACGTTATGTTG GAAGGCTCTTTGTGAAGAGTACCGGTAAGCCATCAGAAATCTTAACAAGGTTAAATGAAATGGCTGGTTATGATCCTGAC GAAGAGATTGGACTTTATGAGGAAATTAAGTTCGAACCAAATGTCATGTGTGAGCCTATTGACAAGAAATTAACATTTCG AGCAAGCCAGCTAGAAGATGGAGATATCATATGCTTTCAGAAAGCTCCTGCAATGGATAGTGAGGAACATGTTCGCTATC CAGATGTGCCTTCTTACTTAGAATATGTGCACAATCGCCAGGTTGTCCACTTTCGTTCGTTAGATAAACCTAAAGAAGAT GACTTCTGCCTGGAGATGTCAAGGCTGTATACATATGATGATGTGGTGGAGAAAGTAGCCCAACAACTTAACCTGGACGA TCCATCCAAAATTAGGCTTACCCCACACAACTGCTACTCTCAACAACCTAAACCCCAGCCTATAAAGTACAGAGGGGTGG ATCATTTATCTGATATGCTGGTTCATTACAATCAGACTTCGGATATATTATACTATGAAATACTTGACATACCTCTGCCA GAGTTACAAGGTCTGAAAACTCTGAAAGTTGCATTTTATCATGCTACCAAGGATGAAGTGGTTAGTCATACCATCAGGCT CCCAAAACAGAGCACTGTGGGGGCGTTGTATAATGATATTTACATGACATTGCAATTAGAATATAGAAATGCACCCAACA TGAATTTATGA
Protein sequence (LotjaGi1g1v0061200.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MLVPHTDLPENNHQPMEVVAQPEAAPTVESQPVEEPPQSRFTWRIDNFSRMNVKKLYSEVFVVGGYKWRVLIFPKGNNVD YLSMYLDVADSTNLPYGWSRYAQFSLAVVNQIQNKYTVRKDTQHQFNARESDWGFTSFMPLGELYDPSRGYLLNDTLVVE AEVLVRRIVDYWTYDSKKETGYVGLKNQGATCYMNSLLQTLYHIPYFRKAVYHMPTTENDMPAGSIPLALQSLFYKLQYS DTSVATKELTKSFGWDTYDSFMQHDVQELNRVLCEKLEDKMKGTVVEGTIQKLFEGHHMNYIECINVDYKSTRKESFYDL QLDVKGCHDVYASFDKYVEVEPLEGDNKYHAEQYGLQDAKKGVLFIDFPPVLQLQLKRFEYDFMRDTMVKINDRYEFPLE LDLDRDDGKYLSPDADRNVRNLYTLHSVLVHSGGVHGGHYYAFIRPTLSDQWYKFDDERVTKEDTKRALEEQYGGEEELP QTNPGFNNTPFKFTKYSNAYMLVYIREADKDKVICNVDEKDIAEHLRERLKKEQEEKEHKKKEKAEAHLYTIIKVARNED LKEQIGKDIYFDLVDHDKVRSFRVQKQMSFNLFKEEVAKEFGIPVQFQRFWLWAKRQNHTYRPNRPLTPAEEAQSVGQVR EVSNKVHNAELKLFLEVELGPDLRPIAPSDKTKDDILLFFKLYDPEKEELRYVGRLFVKSTGKPSEILTRLNEMAGYDPD EEIGLYEEIKFEPNVMCEPIDKKLTFRASQLEDGDIICFQKAPAMDSEEHVRYPDVPSYLEYVHNRQVVHFRSLDKPKED DFCLEMSRLYTYDDVVEKVAQQLNLDDPSKIRLTPHNCYSQQPKPQPIKYRGVDHLSDMLVHYNQTSDILYYEILDIPLP ELQGLKTLKVAFYHATKDEVVSHTIRLPKQSTVGALYNDIYMTLQLEYRNAPNMNL
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 |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 931 | 931 | 0.0 | – | |
| PANTHER | 1 | 931 | 931 | 0.0 | – | |
| SUPERFAMILY | 36 | 168 | 133 | 1.13E-40 | ||
| Gene3D | 36 | 179 | 144 | 1.0E-49 | ||
| ProSiteProfiles | 38 | 163 | 126 | 38.852 | ||
| SMART | 40 | 144 | 105 | 4.5E-18 | ||
| CDD | 40 | 163 | 124 | 9.38374E-39 | ||
| Pfam | 45 | 164 | 120 | 8.4E-19 | ||
| SUPERFAMILY | 178 | 535 | 358 | 1.08E-97 | ||
| Gene3D | 180 | 509 | 330 | 1.4E-88 | – | |
| CDD | 181 | 507 | 327 | 1.50725E-167 | – | |
| ProSiteProfiles | 183 | 507 | 325 | 39.76 | ||
| Pfam | 183 | 504 | 322 | 1.3E-46 | ||
| ProSitePatterns | 184 | 199 | 16 | - | ||
| ProSitePatterns | 423 | 440 | 18 | - | ||
| Coils | 516 | 547 | 32 | - | – | |
| Gene3D | 523 | 657 | 135 | 5.6E-40 | – | |
| Pfam | 608 | 860 | 253 | 1.5E-78 | ||
| Gene3D | 668 | 785 | 118 | 1.7E-38 | – | |
| Gene3D | 786 | 883 | 98 | 4.8E-9 | – | |
| Pfam | 870 | 927 | 58 | 1.1E-7 |
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 | 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). | ||
| Biological process | Ubiquitin-dependent protein catabolic process | The chemical reactions and pathways resulting in the breakdown of a protein or peptide by hydrolysis of its peptide bonds, initiated by the covalent attachment of a ubiquitin group, or multiple ubiquitin groups, to the protein. | ||
| Biological process | Protein deubiquitination | The removal of one or more ubiquitin groups from a protein. | ||
| Molecular function | Thiol-dependent ubiquitinyl hydrolase activity | Catalysis of the thiol-dependent hydrolysis of an ester, thioester, amide, peptide or isopeptide bond formed by the C-terminal glycine of ubiquitin. |
Expression pattern of LotjaGi1g1v0061200.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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