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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0184600 |
| Transcript ID | LotjaGi3g1v0184600.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Ubiquitin carboxyl-terminal hydrolase; TAIR: AT5G22030.1 ubiquitin-specific protease 8; Swiss-Prot: sp|Q9C585|UBP8_ARATH Ubiquitin carboxyl-terminal hydrolase 8; TrEMBL-Plants: tr|A0A0B2QDA6|A0A0B2QDA6_GLYSO Ubiquitin carboxyl-terminal hydrolase 8; Found in the gene: LotjaGi3g1v0184600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:25833639..25844543) extracted from Lotus japonicus Gifu genome v1.2.
AGAGAGTGCTATTTCTTTTTCCGATGTAAAAAAAAAAAAGAAAAGAAAAAATCAGCAGTTTTAATGCCTAGCAGAAATTA AGGAGTTTAGTCCATTGCATAGAGACAAGAAGGGTTTGAAATATTTCAATGCTAGAAATGAATATTCCTTCCTATGTTAT GTTTTGATTGAACAGACCAAATGAGCTGTAATAAATTTTCCGAAACGGATGTGTATTTTTCCCTCCTTGTATTGTATGTA TTATATCATCATCCTCTCCTTCTCTTGTTTGCTTCTCTGCAATTCCCTCACTCTCTCTCTCTCTCTCTCTGCAAATTCTT CAATCTCTGTCAACAACAATGGACTCTGCCTCCGAAGATTGCTCCGACAACTCTCAACGACCGGACCCTCACAACAACAA CAACGACCAGCAAGTCTATTTCGTTCCTCTCAGGTCTCCAGATTCCACACTCTTTCTCTCGAACTTCAATTTCTATTCAA TCTCGATTTTCCCCCAAATCCATCACTCCATTATCATTCATTGTTTGCACCCCTGTAACAATGCCCGCTAGGGTTCAAAC AATCAACACATGATTCAATTCAATTCAATTCAATTCAATTCGTATCTGAGTTTTTGTTTTTGGTTTTGGTTTTGTTCAAT TTCGATGTGATTTGATCTGTATTGGTTATGTGGAATTGATTGAGTGGGGGAAGAGTATGGATTGATGGTTTTGTTTGTGT GGTTTTCAGGTGGTGGAAGGATGCTCAGGATTCAATGCCTGCTGCGGATTTCGATAAGACGATAGGAATCGTGTATGCCT CTTTGCCAAGTTCTTCCTATGCTGGTCCTATGAAGATCATCAATAACATCTTCAACTCAGATCTTGTCTTGAATTTTCGG GGTGAGGACGATTCGCAGCACATTAGTGAAAACGGCGAAGTGGGTGTGTCTGGCCGGGACTTCGCATTGGTGTCTGGGGA TATGTGGTTGCAGGCACTCAAGTGGTGAGTAATCTAATGAAAATCTCATCCTGTCCCTGCTGTTCTGTTTACTTGTATCT AACTAGAGTCTGAGCAATGTTGGCAGTATAAACTACTCTATTGGGTTTGAGTGAGAATGTGCATTGATTCGACCTTTTGA CTTCAACTTGTGGTTTGGACTTTGGATCTGGTAGCTTGGTGAAATGTAGATAGCTGTGATAGTCTGGGACACTCAGACAT CATTGATTCTCTGTTTGTGTTTAGAAGAATCTACCTTTTTCATGCTTCAGTCTCTCTAGCAAACGAGTCTGTTAATTATT TGACCAAATTGAGGTTTTTACTTGATGGTTTGCTGGAAATATTGTGATTGAAGCAAGGTTGTTGGAGTTCCTGTAATGTT TTTTAGCTATTTCAATCTTTCTTTGGCATCACATGGTGGACTTTTTTAATAATGCTAATTAAAACACATTTCTTCGGGAG TGTTTACTAGTTTTTGAGAACTTCTCTATTTGGCACCTTGTGTAGCATTTGTCAATAGCTTTTGGATGTGTCCAAGGTTA CTTTTCGTATAAGTGATGGATTTCTTTTGTAGGTGCAATATTAAATAGACTAACTGCTGCACCTGAAAAGTGTGCTAGTT ATTAAAACTAGTGGTGGAGTGATGATGTTGCATGAATTCGTAAATTATTTTGGATATTTATTCTTCTGTATTAGCTGTTA TACCATGCAAGTGTTGGTAGCTCACTCAACACCTTTTTAATATTTTAATAAAAGTTTCTCACCTGAATATCTATATCTAA TTATCTCCTTAACAAATGCCTCTTGATGTTACTAAATCCTATATATATCTAGACCTAAAACAAACAGCATATTAGGAGTA ATGATTTATAAGTTTGATAAATCAATTCTTATTTCAGACTTTCTGTACTTGCGAAAAATTAGTATATTTGTGTCTTTGCT TTAATGGAGTATTTATATTTCTTGTGTTGTATTTCCAGTAGTGAATGTATGTTCCTTGATGTGTGGATAATACATTTATT GCTGTTTATAACTAGCAAGTATTAGTTTTTAATGTTGACTTGCTATAGTTACTGTTTCTTGATGCAACTATTGAAAGTTT TCTGGTATCCAGGATATTTAGTTTGTTTTATACTTTTATCATCATGATTAATTGCTTTGACGTTTCATTTAGGCATAGTG ATTCAAAAAATGCAACAAAGGATGACAAAGGCTTTTCAGCTACTGACAGTGATATGGGAGATGTATATCCTTTACAGCTC AGGCTTTCTATTCAGACGGAAACAAGTTCATTTGCAGTCAGAATAAGCAAAAAGGTGCACCACTCTCTCATAGCTAGGGT TTTATTTTGCTCTTCCAATTTCTTTTAGCATTGCCCCTGTCCATGAGGTAGCCAATGGTGAGGCATTAGGATTGACCGGC CTTATTTGATCATTCAAATGTTGTATTTATTTATTTATTTATTTATCATTGTTGTTTTATAATCATTCAAAGAGTGAGTT GAGATGGAAAATGTTTCACAACTGAACTCTTGCTATTTGTATTTTTCATTCATGTCTGAGACTCTGGGTTAGGTGCATCA TGGTGTTTGGATGGGTTTAAGACCTGGAGTTTTTAAAAGACAGTGTTAAACACAACAGAAGTATATATTCATTTTTGGAT AATTTGATCCAATTTAAGTGCTTTTAATTCATACATCATCACTGCGGAGTCATGGTTTTTATTTGTTCAATATCATCTTA TTATTCAAAATCTAATATGTTCTTCACATTTATTTCCTTTATTTTAGGACAATGCAACTGAGCTCTTTAAAAGAGCCTGC AAAATGTTCAGTGTGGATTCAGAGATGGTAATAAAATATTCTATTTACAATTCTATATATATTATAATACCCAACTGTTG AGGCAAGAAATTGACAACTTTCTAATCTGCTATTGTACAGTTACGCATTTGGGACTTTTCAGGTCAGATAACCTTCTATT TTATGAATGGAGAATATCAAGTCCCAATAGACAGTCAAAGGCAGTCTGATCAGGAGGTATGTATATAAAGCGTGTATAAA GCTTCTTTTCTTTTAAGCCTGTCTTTTTAATTTACCTTTGTAGATCAGAGTGGCATATGTTTTAGTAATAAAGTCCCTAT TATACATGAGATGCACTATTTTCTTCTCCCTGTGATTCTTGTTGATGGTCTTCTTTTTTCCTTGTATTCATCACATATGA CTTTGATAGCTTTGGAGAAACTTTGTCAGGTGCATGATTTGTGTCAATAACAGGCATTGCTATATTAATGCCAAACTTGT TCATTTGAGGCACAAGAAGGACAAGATAAAATGTTTAATGTTTAATCATGGTTAGTTTATTTACATGTAAAATACTGGTT TAAACCATGGACAATACAGCAGTTTTGTAAATAAGCTACTTATCTCCGTGAGATTATAAGGAACAATTTTCTTTTTGTTC CCTTTTTCAATTCTCATTGTCAACTTCTGGCCTTTGGTTTCCATCTTTATTTTCTAGTGTCAACCTGTGGCGAGATTTGA CCTTTTTACATTAAGTTTGTAGATGCAAGAACATGATGTTTAAATAACTTGGGCAAAAAGCATAATTTCTTGGAAGTCTG TAACTTCTCTTATTTAATGCATGCATCAAGCGAACATAAATTTCTGTTAGTCTTTATTTGTTATAATTTCTTGGAAGTCT GTAACTTCTCTTATTTAATGCATGCATCAAGCGAACATAAATTTCTGTTAGTCTTTATTTGTTATGATGTTTTTATTCTA GGTACTTGTCTAGAGTTTCACCTTATAGCTTTTAGTTGAAATTTATACTAATGACTTTACCTTTTGACATCATAATAATT TCTTGGAAGTCTGTAGCTTCTCTTATTTAATGCAAGCATCAAATGAACATAAACTTCTGTTAGGGTCTTTATTTGTTATG GTGTTTTTATTCTAGTAACTTGTCTAGAGTAGTAGAGTGTCACCTTATGGCTTTTAGTTGAAATTTATAATAATGACTTT ACCTTTTGAATCATTTGCTATGATTGGATTGCCTTATGTGCCATTATAATTTTAACTTTGAATGGTATACAGATTCTTCT GGAGTTGCAAGTTTATGGGTTGTCAGACTCAATGAGATGTAGAGATATGAAAAAAGATGAGATGCCAAATTTTTCTAGCA GTGCTTCACTGAAGATGAATGGTACTGCAGATAGTATGAATTCTGATGGTTCGCATGCCAATTCATTGACCATCTCTTCA GGCCCTGGTGAAGCTGGTTCCTTGGGATTAACTGGATTACAAAACCTCGGAAATACTTGCTTCATGAACAGTGCACTACA GTGTTTAACACATACACCAAAGCTTGTTGACTATTTTCTGGAAGATTATGGTAGAGAAATAAATCATGATAACCCATTGG GCATGAATGTATGTGGTCTTAATTTATTAGCTTCATATCTCAAGAAGTTTTATGGGTGGGAATTTCTATGCTTATGATGT CTCTAACTATTCTTGGTATTGCTTCCTTGCCAGGGTGAGATAGCTTTGGCATTTGGAGATTTACTCAGGAAGTTATGGGC TCCCGGTGCAAGTCCCGTGCCACCAAGAACATTCAAATCAAAGCTTGCGAGGTTTGCACCTCAATTTAGTGGATTTAATC AGCATGATTCCCAAGTTAGTGCATCTGGTCCTTTCTTTCTATATTTACTTAGGTTTTTCGCTTTACAAAGCTCATGTCTT ATGTGCCCTTACATTGCCTACAATATATATGTATCTCAACAGGAGCTTCTTGCTTTTTTGTTGGATGGACTTCATGAAGA TCTAAATCGTGTTAAATGTAAGCCTTATGCGGAAGCCAAAGATGGAGATGATCGTCCAGATGAAGAGGTTGCTGATGAGT ATTGGCACAATCATTTGGCTCGCAATGATTCCGTCATTGTTGATGTGTGCCAGGTATGCACGTCTCTCATTTTATACAAT CTTGGAATTAATTGCTTATGCATACATGATGCGAAGAACTCCATAGTTTCTTGGGGCTTATTAAGTGGAGTCCAAGAATC TTCTAAAGCGCATTCATGATTTACTCAAACATTTATAAGTGTTGTAAAAACAATCACTCAAAGAGTTAAAATTATTGCTT TAAGCTTTTGGCTGCGTCTATGTAACAGGTTCTTCTTATGTCTGTCATTCCAAGTTCATGAGATCAAGAAATTACAGCTT AATTAGTGTTTATTATCCAACAAAGAGAATTTTAATGAGCTCAGGCATAGCATTATTATAACAGAACATATAGTCATCTA ATTTCAAAATAAATTATTTAAAGTTTCATATGTTGTGTTAAATATCATACAAATTGCTTTGGAAAATTTTAATTAGTTTC TTTGTGTGTGTATTGGGACATATCTAGCGAGAGTAATGGTTTTATGTGAGAGGTGGGAATGTGAACAATGATCAATTGAA TCTTTCCATAAATGGTCAAAGAATATTAAAAACATCAAGTCATGCTACTTCTTAAAAAATGCATTTGATACTGAGGTGCT GGAACTTCGTGGTTTTTTAATCTGTACAATTTATGAAATCTAAAACATGTTATAATTCATGATAGGAGTTATAATAAGAA AACCTGGTAGAATTTTTTAATTCATTACACTGATTACAGTGATCCTTTCCAGCCACTAGAAGATTAGTATCTTTTATTAT TATTATTATTATTGTCAACTTAAAATTCATTTGAAATGATTATCATGTTTATGAGAATTAGTTTGTTTAACTATTCTTCC TAATGGTGACTCTTTACCTTGTGAATCAAATTCATCATTTGTTGCAGGGGCAATATAAATCAACATTAGTTTGTCCTGTT TGTAGGAAGGTCTCTGTGACATTTGATCCATTCATGTACTTATCATTACCTCTTCCGTCAACAACAATGCGGACAATGAC TTTAACTGTTGTGAGTAGCAATTGTGATGGAAAGTCTCAATTATTACCATATACAATTTCTGTTCCCAAAAATGGAAGAT TTGAAGATCTTACCCGTGCTCTTGGCACTGCATGCTCTTTGGGAGCTGATGAGACATTGTTAGTAGCTGAGGTATGTATT ATTTTCTTTTGATAATTTGATTATAGTTTAAACTCAAATTTGAAGTCAGTTCCCATCCTCTTTGAGTTTCTTTATTGATG CATATTTCAATCCTGTAAAAAACTATGTCTGAAGCTGAGGCTTTGGTACAGGTATATAACAACTGCATCATACGTTTTCT TGAAGATCCATCTGACTCATTGTCCTTAATCAGAGATGCTGACAAACTAGTTGCTTATCGATTTATGAAAGATAATGGTG ATGCCCCTTTGGTCGTCTTTATAAATCAGCGGATGGAAGAGTAAGTCAATATTTTTCTGATGAAGATAGTGATTTTCTTC AGAAAATGACTTTTCATTATTATTTTTATCATTTTTATGACACAAATAATAAGCAAGTGAGCATGTCATGACTCATGCCC TATTTTCTATTGAACACTCTCAAACCAATCTTAAGTTATGAGTATCAGCATTATAAGCAAATTTCTGAAAACTAGTCCTG TGTCTAACTTATCAACTGGAAATAGGTATCCCTACAATGCAAAAAATACCTTAGAATGCATTGGTTACCAACTGTGTTTG ACCAATGGCCACCAAAGTAAAGAAAGAATCCATTGAGTTGGACTCAAACCAGTTTGTTTTGTTTGAATTAGACAGTAGAC AGTTTGCTGGCTGAATTGTTTGTCTTGTAGCGTTTCACTATGTTTTAATCTATACTAATGCATTAGCTGGTTTCTTTCAA TGTAATTATGTTGCCTGCAGAAGTCAAACAGTTGCACTCAATAAGCATGAATTAATTTTTCCTTGAAAGAATACTTGTAC AGGAAATATCCTAGTTTCAACAAGCTTCTTGATTCTTGAGTGATCTGGAACTTGCATATTCTGTGGTCCAAATCAGTTAG CATTAAAACAGTAAAAATAATGATTTTGGATGAGTTTATTAAATAGAATATCGAATTACATACAGAAAGTTAAATGTGAA TAAACTAATTATATTAAAAAGCTTGTATTTATAGTAAGACTTTATTTAAGATTTTCAAACATTTTTTCCCGATTTTAGTT AAATCTCTAGCCAACCATCTTCTCTCTGCATTCATTTACTTGATCTATTTATTAAGGTTACGTTTCAATGGAATCCACTA GTTTATTTTTTTTAATATCTTACATAGAAGGCTTTAGAAGATTCACCATCCACTCCTCTTTCTTTTCTTTCTCATGTTGA GGTTCTAACTTAATCTGGTACAAAATGCAATGTGAGAAGCATGAAGCCTTCTAAAAAAATATACAGTCATGTGTAAGCTT AGTTATGTCATAAACTTTTTTCTTGTTTTATAAATTATAATTCCTTCAGCATGCTGCTAAGATTCAGCAGGTGGATGTCT AAAATAGTAAAATTAACACACTCACACAGACTCAATAAAAAAGAAAAATGGGTGGGAATACATGCTTACATGACTTGCAT GCTTTATATAAACTTCTTTATGGCCACTTGTGATTTCCTTGCCTTACAAAGTGTTTGATATAATTTTATCAGGCAGTACA TCCATGGTAAAGCGGCTCCAAATTGGAAGGCGTTTGGAATTCCTGTTGTGGCTAGGCTGTGCAATACAATAAATGGATCT GATCTCTGCAATTTGTATCTGAAGTGGTTCCGCTCATTTCAAATTTCAATTGAAGAGGCCTTAGAAAATTGTCTTGTGCC TGAGAAAACTGAAGAAGTTGCAGAAGTGCAGGGGGTCTCAACTCCTTCAGATGAAGGAATGGAGTTTTACATGACAGATG AAAAGGGAACTGTCAAGAATTCCAAAATATTAATGAATGAGCCTCTAGCAATAAATGAAGAGTTAAAGCTGCTGCATGTG CTTGTATGTTGGTCAGAAAAACAGATTAAAAATTATGACACACAGCTTTGTAGTTCATTGCCTGAGGTTTTCAAGTCTTC CTTTTTAGCAAAGAGACCTCAAGAATCAGCTTCTCTATATAAGTGCCTTGAAGCATTCTTGCAAGAAGAACCTCTTGGAC CAGACGACATGTGGTTAGTTAGCATTTTTTTCATATTACAACTTACAAGAAGTACTTTGATTGGCATGCCTATTGCTCTG CTTTGTCTGGAAGATATTTTAAATTGGTGTTACTGTACATTTAAGTTTTAGCAAATCATTTTAGTTTCAGATGCTCATGA GCACAGCATTTATATTAACTCATAACTGCTATATCTAAGAAGCACCAACACCTCTGAACTATGAAGTTTTAGTGTCCGTC ATGGGTTCAACACGTGTCAGGCATCTCTTTGGCCATTGCGGATTTTTTTTTCTGGCTTAGACACTCCACCTTTTCTTAGC TAGACACCTCTAGGACATTGATATCTTAAAAAAATATTTTTATAAATTTTTAAAAGTTAACTTGTTTATATATTTTTAAT TCTTAAAATATTTAAAATCAAACCCATAATATATTTTTTCAAATCTATTAATTTGTTTTAAGATATATGAATCTTCTTCT TGTCTTAGGATATTCTTTGTAAAGGGACATTTTGTGCATTTTGAAATGATATGCCTCTAGTGTTTTTTGTGAAGCTCATC ATTATAAGGAAATTGTAAAGCTTAACTTATCTTGACTTTGAGGAGGTAAATATATTTGTGAATATACATATACATCTTAA TTCTCAATTTAGATTTATCATATTCCCGGTGTCCTTTTTTTGGATATTAGCTGTGTCAAGGTGTCCGTGTCATGTCGTGT CCAGTCTGCATGTCGGATTCAGTGCTTTATATACTATGATATCCACTATTGCCATCATTACCACAAATTATATTTTTATC AGGTTAGAATTGTATACTTAGTGCCTTCAAAGACATGGTAGTGTCTAGTTAAAGACTGATCAGGGGAAGCCTCTTGTTTA TAATGATTTAGATTTCTGTTTACATTTTTATTTGCAGACAAAATCTCTCTATCATTCGCTTCTCCCTATTTCTTCCCTTG TTCTATAATTTTAGAGAGGCTTTCAGTTTTCCTAATTTTAATTTTTTTAAACGCTGTGCTAGCAAATAATTCCTGTAAAA CCTTGTTTTCAATCTGAAAATATTGCTGTGACAATATTTCATACAAGTATTTCTGGTCTTTTGTTTTATGTTCTATACAT GAGTGTCGTACACTTGGAACTACCCATTCTTTTCTACCAATTACTTGTCATCCAGTCTTGACACCCAACTACATGCACAC CCAGAGAGAGATACAGATTACTTTCCATTCTTTTAAGATGCAGTTTTCTATTATGTAGGTACTGTCCTGGCTGTAAAGAA CATCGTCAAGCTAGTAAGAAGTTAGATCTATGGAGACTTCCTGAAATTTTGGTCATTCATCTTAAGAGGTTTCAATATAG TCGTTACATGAAAAACAAGCTGGAGACATATGTCGACTTTCCTGTAGATAATCTTGATTTGTCAGCTTATATTGCCCATG CGGATGACAAGTCATACAAGTACACACTTTATGCTGTCAGTAACCATTATGGAAGCATGGGAGGTGGTCATTATACTGCA TTTGTCCATGTAAGTGTTGTTCATTTTTCCAGTACTTCTCCCCCTCTTCATTTTTCACCATGTAGTTAAGGTTATGAGAA ATCAATAGAACATACTAGAGTCCAGGAATAATGGTTTAAGAACTTGACAATCCTCATCATTTTTGGCATGATTCTAGGCC TCTATCCATTGGCTTATTCAGCAAAGATGGTGAAAAGTTGATCATTTATGGTTGACAATCCTCATCATCTTTATGAATTG TAGAAGGTTTTTTATACAGAAGTATAAATTATTATATATTTTTTTCCATTCAATTATTCCTTCCTCATTGTTCTCTGTCC TTGTATTTCATGTAGCATGGTGGTGATCAATGGTATGACTTTGATGATAGCCGTGTTTATCCCATCAGCAAGGAGAAGAT AAAGTCTTCAGCTGCCTATGTTTTGTTCTATAGAAGAGTTTTTGAAGTATCAACAGAATGATAGAGTAGCATATAGTTCA AACAGAAAATTGAAGCTAGATAGAACCTTTGATTAACATTATTTGCACCATAGGGTACAGAGGGTGAACCCTAGCGTAAA GGTAAGATAACTGCCATTTGAAAGAGGATCTAGTCATGGTCATGGAAATAGTCTCTGCTCATGGAGTTAAGATTGTGCAC ATCTAACCCTCTTAAGACCCTACAGGGGTGGGTGCATGGTGCATTGGACGCCATTTTTTTAGTCTTACAAGTATACTTAA CCAGGTAGCATTTTTTTGTGATTTACTCTTTAGAAGTTTTGGGATAGTTGGAGTTTCGTTAGGGAAGGAATGGAGCTTTA AAACTTAGGGCAGTGCTAAAGAGGTTAGGGACATACCCGTGAAATGGAAGCATTACAGCTGTTTAACCATGTGAAGAGAA TCTCTGTTCTGAAGAGAATTAAACCGAGTCCTGTGAATTAGTATTTCTTCAACTATATTTATTTTCCTATATTGTTCTAT TGGAAAACCGTGAAAGATGATTTTCCATTCATTGATGGATAGTTAAAACTTTGCAGTTTAGCCATGGTATTTGATTTTTT ATTTCCTTTTGTGGACCAAAATGTGGCGTGTCAGAAATTCACAGTTAAGGAGCTGGGAATCTTGCAAAGAAAAATGTTTT AAAGGGCTTTGATATTTTCTCTCAAATGGAAATATTTGCAAGACACTGTTTTAAACATATTCTTCAACATACTCTGATTA ATCTATTTTTAAAAAATTGACACCTTTAACAAGTGATAAATTTGAGACAACTATGTCGACTTTTGTAGAAATAGATTAAT CACAATAAATGTGTTGAATAGTGTG
CDS sequence (LotjaGi3g1v0184600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGACTCTGCCTCCGAAGATTGCTCCGACAACTCTCAACGACCGGACCCTCACAACAACAACAACGACCAGCAAGTCTA TTTCGTTCCTCTCAGGTGGTGGAAGGATGCTCAGGATTCAATGCCTGCTGCGGATTTCGATAAGACGATAGGAATCGTGT ATGCCTCTTTGCCAAGTTCTTCCTATGCTGGTCCTATGAAGATCATCAATAACATCTTCAACTCAGATCTTGTCTTGAAT TTTCGGGGTGAGGACGATTCGCAGCACATTAGTGAAAACGGCGAAGTGGGTGTGTCTGGCCGGGACTTCGCATTGGTGTC TGGGGATATGTGGTTGCAGGCACTCAAGTGGCATAGTGATTCAAAAAATGCAACAAAGGATGACAAAGGCTTTTCAGCTA CTGACAGTGATATGGGAGATGTATATCCTTTACAGCTCAGGCTTTCTATTCAGACGGAAACAAGTTCATTTGCAGTCAGA ATAAGCAAAAAGGACAATGCAACTGAGCTCTTTAAAAGAGCCTGCAAAATGTTCAGTGTGGATTCAGAGATGTTACGCAT TTGGGACTTTTCAGGTCAGATAACCTTCTATTTTATGAATGGAGAATATCAAGTCCCAATAGACAGTCAAAGGCAGTCTG ATCAGGAGATTCTTCTGGAGTTGCAAGTTTATGGGTTGTCAGACTCAATGAGATGTAGAGATATGAAAAAAGATGAGATG CCAAATTTTTCTAGCAGTGCTTCACTGAAGATGAATGGTACTGCAGATAGTATGAATTCTGATGGTTCGCATGCCAATTC ATTGACCATCTCTTCAGGCCCTGGTGAAGCTGGTTCCTTGGGATTAACTGGATTACAAAACCTCGGAAATACTTGCTTCA TGAACAGTGCACTACAGTGTTTAACACATACACCAAAGCTTGTTGACTATTTTCTGGAAGATTATGGTAGAGAAATAAAT CATGATAACCCATTGGGCATGAATGGTGAGATAGCTTTGGCATTTGGAGATTTACTCAGGAAGTTATGGGCTCCCGGTGC AAGTCCCGTGCCACCAAGAACATTCAAATCAAAGCTTGCGAGGTTTGCACCTCAATTTAGTGGATTTAATCAGCATGATT CCCAAGAGCTTCTTGCTTTTTTGTTGGATGGACTTCATGAAGATCTAAATCGTGTTAAATGTAAGCCTTATGCGGAAGCC AAAGATGGAGATGATCGTCCAGATGAAGAGGTTGCTGATGAGTATTGGCACAATCATTTGGCTCGCAATGATTCCGTCAT TGTTGATGTGTGCCAGGGGCAATATAAATCAACATTAGTTTGTCCTGTTTGTAGGAAGGTCTCTGTGACATTTGATCCAT TCATGTACTTATCATTACCTCTTCCGTCAACAACAATGCGGACAATGACTTTAACTGTTGTGAGTAGCAATTGTGATGGA AAGTCTCAATTATTACCATATACAATTTCTGTTCCCAAAAATGGAAGATTTGAAGATCTTACCCGTGCTCTTGGCACTGC ATGCTCTTTGGGAGCTGATGAGACATTGTTAGTAGCTGAGGTATATAACAACTGCATCATACGTTTTCTTGAAGATCCAT CTGACTCATTGTCCTTAATCAGAGATGCTGACAAACTAGTTGCTTATCGATTTATGAAAGATAATGGTGATGCCCCTTTG GTCGTCTTTATAAATCAGCGGATGGAAGAGCAGTACATCCATGGTAAAGCGGCTCCAAATTGGAAGGCGTTTGGAATTCC TGTTGTGGCTAGGCTGTGCAATACAATAAATGGATCTGATCTCTGCAATTTGTATCTGAAGTGGTTCCGCTCATTTCAAA TTTCAATTGAAGAGGCCTTAGAAAATTGTCTTGTGCCTGAGAAAACTGAAGAAGTTGCAGAAGTGCAGGGGGTCTCAACT CCTTCAGATGAAGGAATGGAGTTTTACATGACAGATGAAAAGGGAACTGTCAAGAATTCCAAAATATTAATGAATGAGCC TCTAGCAATAAATGAAGAGTTAAAGCTGCTGCATGTGCTTGTATGTTGGTCAGAAAAACAGATTAAAAATTATGACACAC AGCTTTGTAGTTCATTGCCTGAGGTTTTCAAGTCTTCCTTTTTAGCAAAGAGACCTCAAGAATCAGCTTCTCTATATAAG TGCCTTGAAGCATTCTTGCAAGAAGAACCTCTTGGACCAGACGACATGTGGTACTGTCCTGGCTGTAAAGAACATCGTCA AGCTAGTAAGAAGTTAGATCTATGGAGACTTCCTGAAATTTTGGTCATTCATCTTAAGAGGTTTCAATATAGTCGTTACA TGAAAAACAAGCTGGAGACATATGTCGACTTTCCTGTAGATAATCTTGATTTGTCAGCTTATATTGCCCATGCGGATGAC AAGTCATACAAGTACACACTTTATGCTGTCAGTAACCATTATGGAAGCATGGGAGGTGGTCATTATACTGCATTTGTCCA TCATGGTGGTGATCAATGGTATGACTTTGATGATAGCCGTGTTTATCCCATCAGCAAGGAGAAGATAAAGTCTTCAGCTG CCTATGTTTTGTTCTATAGAAGAGTTTTTGAAGTATCAACAGAATGA
Protein sequence (LotjaGi3g1v0184600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDSASEDCSDNSQRPDPHNNNNDQQVYFVPLRWWKDAQDSMPAADFDKTIGIVYASLPSSSYAGPMKIINNIFNSDLVLN FRGEDDSQHISENGEVGVSGRDFALVSGDMWLQALKWHSDSKNATKDDKGFSATDSDMGDVYPLQLRLSIQTETSSFAVR ISKKDNATELFKRACKMFSVDSEMLRIWDFSGQITFYFMNGEYQVPIDSQRQSDQEILLELQVYGLSDSMRCRDMKKDEM PNFSSSASLKMNGTADSMNSDGSHANSLTISSGPGEAGSLGLTGLQNLGNTCFMNSALQCLTHTPKLVDYFLEDYGREIN HDNPLGMNGEIALAFGDLLRKLWAPGASPVPPRTFKSKLARFAPQFSGFNQHDSQELLAFLLDGLHEDLNRVKCKPYAEA KDGDDRPDEEVADEYWHNHLARNDSVIVDVCQGQYKSTLVCPVCRKVSVTFDPFMYLSLPLPSTTMRTMTLTVVSSNCDG KSQLLPYTISVPKNGRFEDLTRALGTACSLGADETLLVAEVYNNCIIRFLEDPSDSLSLIRDADKLVAYRFMKDNGDAPL VVFINQRMEEQYIHGKAAPNWKAFGIPVVARLCNTINGSDLCNLYLKWFRSFQISIEEALENCLVPEKTEEVAEVQGVST PSDEGMEFYMTDEKGTVKNSKILMNEPLAINEELKLLHVLVCWSEKQIKNYDTQLCSSLPEVFKSSFLAKRPQESASLYK CLEAFLQEEPLGPDDMWYCPGCKEHRQASKKLDLWRLPEILVIHLKRFQYSRYMKNKLETYVDFPVDNLDLSAYIAHADD KSYKYTLYAVSNHYGSMGGGHYTAFVHHGGDQWYDFDDSRVYPISKEKIKSSAAYVLFYRRVFEVSTE
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 | 22 | 22 | - | – | |
| PANTHER | 144 | 864 | 721 | 0.0 | – | |
| PANTHER | 144 | 864 | 721 | 0.0 | – | |
| Gene3D | 278 | 488 | 211 | 5.0E-74 | – | |
| SUPERFAMILY | 281 | 862 | 582 | 3.92E-109 | ||
| Pfam | 283 | 859 | 577 | 2.3E-79 | ||
| ProSiteProfiles | 283 | 862 | 580 | 57.756 | ||
| ProSitePatterns | 284 | 299 | 16 | - | ||
| Gene3D | 619 | 867 | 249 | 7.4E-64 | – | |
| CDD | 680 | 860 | 181 | 4.64551E-62 | – | |
| ProSitePatterns | 805 | 822 | 18 | - |
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 |
|---|---|---|---|---|
| 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 LotjaGi3g1v0184600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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