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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0718900 |
| Transcript ID | LotjaGi1g1v0718900.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Insulin-degrading enzyme; TAIR: AT2G41790.1 Insulinase (Peptidase family M16) family protein; Swiss-Prot: sp|O22941|IDE1_ARATH Insulin-degrading enzyme-like 1, peroxisomal; TrEMBL-Plants: tr|K7KEW2|K7KEW2_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0718900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:128885115..128897243) extracted from Lotus japonicus Gifu genome v1.2.
ATGGCGGTGGGAAAGGAAGATTCAGAGATTCTCAAGGCTCGCATCGACAAGCGAGATTACAGAAGGATCGTTCTTCCCAA CTCCCTCCAAGTTCTCCTCATCAGCGATCCCGATACCGATAAGGTTTTTCCCCCTTTCTCCGATTTCCGCTTTCGAATTT CGATTAACACACTCACTCTTTCAATTTTGATTCAATCGCTTACCTATATGCTTCTTTTTCTCTGATTTTGTGAATTTTTT GTTTCTTTGTTGAAGTGTGCTGCTTCCATGAACGTTGGTGTTGGTTCCTTCAGTGATCCTGCTGGTCTCGAAGGCCTCGC GCATTTCCTAGGTGTGTTTTATACTTCACATGATGCATGCTATTGTTCTGTTACTGTAGAATTTTGATAATTTTGGTGTT AATTTGGAGAGGACTCTTTGTTTCAAGATTCATGTGCACTTCAACAATCACTCTGGTACTAGATAACTATGTTATATTAG AGATTAGGGAAAGGGAAGGGGATTTAGGATTTGAGTGAAAGCATAATCATAGTGTAGAATCTGTTATATGAAAAATGTGG ACTTCCAAAAAGGACTTATTAATTGAGGCACTAGCTGATCGCGATGTTCATTTCGGGGACCTAGCCATTCGTGCAGTGCA GTTAGGAACAAAATGAAAAGAATTTAGTTCTTATCTTTGGACATTATTATTTATTTATACCGAATTTATATTTTGTATCT TAAGAAAGATTACTAGGGTGGGGTGCATAATGTTGATCCATTTCAATTTTTTTATTTTTTCGGTTGAAGTCTATTTCAAA GATTTTACTATTGTCATGTGTTTTTATTTTTTTGCGACAGAGCACATGCTGTTTTATGCCAGTGAGAAGTACCCAGTGGA AGATAGCTACTCCAAGTACATTACTGAGGTACTGTAATTTCAGGTGTCCGTCCCCTTTTTAGATGCAATAGGTTTTTCTT ACAATTCTGCATGAAAATTGTCGCTGGAATTTTTAGCACTTTCATCCTATATATTTCTGCCCTTCAATTATATCATCCAT AATTCTATGAAGATATGATGTTGAAGGAGAACATGCATCTTGAACTTAATGATACTTGTGAGTAGGATGTTAGTCACTGT TCAAATTTTTCTAGAAAGCATTGCCTGAAATGGGAGAGAAGATTACAGAATTGCCTAACGAAATCCCCAGCAGCATGACT GAGTATATAGAACTTGTTTTGCAATCTCTAATTTCAGGAAACTAGGAAAACAAGGAACATTCAGAAAATATGCAAATCAA ATCGTAATTGTTAGCAGCATATATACAACCCCTAGTTGGGAGATATTTTCCCTAAATGAGAGATACTTATGAATACTATC TCTCAAGTTGGAGCTTGCATATCATATCATTTGCACTAATTTTTTGTAATAAATAAAGGGGCTTTGAGGACCCCAGAGTT TTTGTATGGATATCTGCTGATTACTAGAATTAAGCAATTAACAAACTCTGGTTTTCGTGAAAAGAACTTTTCAAGTACAA AGCGACAATCAAATTTCATATTCTTGGTCCTCTCATGAAAAGAATAGAATTGTGTTAGTCCGTACCTAGTTGAATCTTTG AAGGCACCCGTTCGGTCACCCCTTTCTGGTTGCGGGTTGTTCGGTTGAATCTATGAGCAAGAGTGACACCTGAGAAATCA GCATAGAAGTAAATTTTAACTGCAATTCAAAATATTAAACACACATAATCAACCGAAAAGAATCAAATTAATATTTTTAC TTTACCCATATAAATTTACAAGGGTCCTCAATATTCAGCCTCCACATTTGCTATATTAATCACATCCTGTTTCTTACCTT TTCAAAATACAAGGCTACCACAAATAAGAAAAAAAAAGTATTTTGAAGTTGACCTCCTATCAATGGGCAAACCAGCCCAA TCTACATTAGAGTACCCCTCAAATTGACCGTTTCTTTGTTTTCATGTAAACATTCCATGCCTCCAGCATTCTTAGTGCAT TTCAAATTTTGTACCATTGAATTCTTATAGCAAGGTAGCTTGGTTCTTCACAGGATTTGAACAAGGTTCTTCTTGATCTA TTAAGAACTTGCTGTTTGAATCCATCCGAGTGTCCATGTTTCAAGGCTTTTTTATTTTTTATCTTTTCACATTATTTCAA TTGGAGTTTAGAGAGTCAAAATATTTGATTGTTTTCTTACATTTGTTTGGTCATCGTGGCGGTCTTCTTTCTTGACACAG CACGGAGGAAGCACCAATGCTTATACATCTTCTGAGCACACCAATTATTTCTTTGATGTTAACACAGATGGCTTTGAAGA GGCTCTGGATAGGTAGATCCTGCTTTTATGGTTTCTTTTCTTTTTCCCCTTGTGCAAAATAGCATTGTAGAAATCCTGAG TTTGGGGTATGGTTTATCTTCCAGATTTGCTCAGTTCTTCACTAAACCATTGATGTCTGCTGATGCCACCATGAGGGAAA TTAAAGCTGTTGACTCTGGTTAGCTAATCTTTTTTATTTTGTTCGATGTCTCTGGTTTATTTCCCTTGTTTCTTACATTA CATGTATAATTTCCTCTGCTCTGTTTCTTTCAGAAAACCAGCAAAATTTGTTATCTGATGCATGGAGAATGAACCAGGTA TCTGTTATCGCTTTTATGATAGATTTTTGTGGGTTCTGTGTTATAGTTGGTTGTTTTAAAAGAGGATTCAATTTTTTGTT GTTGTTGTTGTGAATAAGATTTTCCAATAAAACATGGAGCAAATGCTCTGTATTTTTTTCAGGATGGAATGTAGTTTTAA TATTCATGACCTTTTATGTATCCAACTATCCATCTAGCCCTTAGACGCTAGACTGGTCTAAAATGCTCTAGATTCATTTT CAAAGCTGTAAATAGCTCATTTTGCGCAATTAACTGCCGGACATGATTATTCAATTCAAGTCTTTGCAAGCACTTGTTTG TTCTGATACTTTAACTGCACTCCATTAATTAAACAGCTCAGCATGTGAGGCAGTCTTTCACTAGTTACAATTTTATTTTG TCAATATTCTTGCTTTAAGGATCCACTTTGTTGAGATTTTCCTTTTTTCTGCTTTTGTTTATCCTCCTCAAGTTTTGGTT TTTTCTTCAATGTGTATTTTGGTGATTTACTGGTTTCGCAAGTTGTTTTTACTGGTATCACAAGTTGTTTTTTAACCCCT TCAGGACAAATATTTATAATCTCTTACTATTTCTTTTCCCTTATGGAACATTACAATTTGAATATAGCTTCAAAAGCATC TCAGTGCTGAAGATCATCCATATCATAAATTTAGCACAGGTCAGTGATTGATTGATTTATTTTTCTTAAAACTCTAAAAT ATGTTAGTGCTCTGAAATATTTTGATTTGGTCAGTAATCTTTTTCCATCATAACATTCCTCTTTGTGGTCTGAAATATGT TTATTAGGTAACTGGGACACCTTGGAAATTCGACCAAAAGCAAAAGGATTAGACACAAGGAATGAGCTAATCAAATTCTA TGACGAAAACTATTCTGCCAATCTAATGCATCTAGTTGTATACTCAAATGGTGAGATATATATTTTTTACAGCATACTGG TTCAACTGATTATTTTTTATTTTAATTTGCCGCAATACAATTACTTGTGCATGGATATTTTCAGAAAGCCTCGATAAAAT TCAAAACCTTGTCGAAGAAAAGTTCCAGGATATTAGAAACACTAACAGAGGTTCTTTTCGAATTTCTGGTCAGCCATGCA ATTCAGAGCATTTGCAGGTTTACATTTTCTACTTGTGATTCAATAGTAAATTCTAACTAACTCCTTCAGCATTAATTCTA ATGTATGTCCCATTTTGGCTTTCTCTTTTAGATTCTCGTCAAGACTGTCCCAATAAAACAAGGTCATAAATTGAGAATTG CTTGGCCAGTAACCCCTGAAATTCGTTATTACGCTGAAGGGCCATGCAAGTATCTTGGTCATCTTATTGGCCATGAAGGA GAGGGGTCTTTATATTACATTTTGAAAAAATTGGGTGGGTACTATACATCCGTTGCACATTTCACTATCAATTTTCCTCG GGTATTTCACTTGAGTTGTTATGTGTATGCACAACTCTATTTGCAGTGTATTATTAAAGTTACCTGAACGGTTAGTGCTT CCAGAAAAATTATTTCTCTTTCGCATCTATTTTCTTCCTGCTTCGAGTCAGCCATTTTGAAGACCCACTATTCTTGAAAT AATGGATTGCAAGTCCTTTCAACTGTCTTCAGTTACCTTCATCATGAATATACATATGGTCCTCTGCAGTCCGAGTCCCT GTTTTTCTCACACTTTCTGCTAGGCATATTGTAGCTTTGATGCATTATGAGTTGTCTCATTTTACCCAAAAAAATAAATT CAATTTGCAGGATGGGCTACGGGCTTGTCTGCAGGTGAATCAGATTGGAGTTTGGAATTTGCTTTTTTTAAAGTTGGGAT TGATCTTACTGATGCTGGTCATGGTTAGATTTCTCTTCCTCTCTTATTTCTCATTTTTTGCACATCTCCCCTTTCAAAAT GTGAACTATGTTAAGTTATAAGCATGAAGCATGATCATGACAAGAACCATGGAAGACATTACATAACTCTTACTGTTTTT CAATTATTTTTTAATTAAATTCAAGCTCTGTAATGTATTTGCTTATTGTTTCTATGAATTCATTGTTACTTTTGGCTTGG ACTTGTAGATCACATGCAAGATATCATTGGGTTGTTGTTCAAATACATAGAGCTTCTACAACAGTCTGGTGTTTGCAAAT GGATATTTGAAGAGGTATGGATATTAGTTTCGTAATATGGTTATTATTTTTGTTAGAGCCCTAACAAATCTTTATTAATT AATCGATTTGTGCTTAAATTTAATGTTGAGCGTGTGTACAATTTTTTCTGTATGCATAATTTTAAGGAGTCTCCATCCCA TCATCTTTTCAAGTAATCCATCTTGACTTTTTTAATAATTTTTTCACAAATAAACTAATAAAGCATGAAAACTGCCAATA AGCAAAAAATCAAAGACTGGCAAAAAATGAAAAAAGGGGTGAGTGATGTCAAGTTTTTGATGCTTGGTGAATAATTTAGT TTGCCCTATGCACTAAGCCCACGAAAACATGAGACTATTAGTTGTGTCTAGAGAAGTCACCACTGGAATGGCTGTTGGTT GGAGAAGTTACTGCTGGTATAATTCAGGATGGCAAAAAGGAAGAGATGACAAAAGCCCTTCCGACTTTCTTTCTCTCAAT GCTATGCTAGCATTGGAAAAGAGTCATGTTAGATGACAACATACTAGAAGTAAACACCATGAAGAATACAAAGCAACGAC CCAAATATGTCAAGCCTGATGGGGGAGAAAGAACTTTGACGTAATAGAAGACCAACAAACACAGAAAAACTGCAAACGAA GGAGTCCAAACAAAAGAATCCTACATTTAAAAAAAATCAGAAAAACTGCAAATGAAGGAATGCAAACAAGAGAATTCTAC ATTTTATGAAACTTGGGAATGGAATAGTGAGAAGACAAGTCATGGAGGATGATACAAGTTGAAAACCATGTTGACAGTAG GGAATTAAGTATTTAGGAAAATAGAGAACTGTTCTGAGTAACAGAATATATTATTATTCTACGTTGTGCAATTATGTTCT GCAAAACAGAGAGCATTATCTATTTGTGGCAGTACTAAATTAGGAAACAAATCCTGAAACATAGCAAATTATGGAAACCA TTCTAAGATATCATCTAAGATATTCTTAAGATATAATAATGATTTATGGGATATTTTCTACATTTTTTTTATAATTTTAA TTCCTCAATATTTTTTTTCAAACCATGTAGTTTATTTTTCTCTTGTATCAATAAATTTAAAATCTCTTTTTCAAATTAAA GGTTCTTAAATAATCACTTGCTAATAATGATTGTAAGATTGTTAAAGAATTTGTTATGAAGTATTAAAAGTGGCTTGTAT TTGGTTTGGCTTTGATATGGTGCCACTGTTTAGTTGGTACTACTTGAAATTGCTATCTTCGATGATAGTAGTGAATTCCA TCTATGTTTCACATGTGGTACTAAGCTCATAGTTTGCTTTAGGTCAAACTGTTGAACACTTAACATTAAGTTTGGTATCG GTTTCTCTTCTCTCTCTGCACATCTGGTTTCATCAGATTCTAATGCAATTTCCTGTGTTATGAAGCTTTCAGCGGTTTGT GAGACTAAGTTTCACTATCAGGACAAAATTCCTCCTAGTGATTATGTCGTCAATGTTGCATCAAATATGCAGGTACTCTA TCCTTTTCTTATGATAAATGACTCCTCAATAGATTTTATGTTATTTACATGAAATTCCCTTGATGGTATTCATATTATTA ATGGATCTTTTTAGTTTTACAGTTTTATCCTGCAAAAGATTGGTTGACAGGATCATCCTTGCCTTCTAAGTTCTGCCCAA GTGTCATCCAATTGATACTAGATCAGCTTTCTTCAAACAATGTTCGGTTAGTGTACTAACAAAGCTATGAGTTTATTTAT ATGAAGAACGTGAAGGATCAACCCTCTAAAAAGCTTAAGTGGTTATCTCACCTAAAGGGGGAGAAATCAATTGATTAAAG TTTTAGGTGGAGGTTCATTAGTGGTTTTATGTGTAGCAAAATTTGTCATATAATATTGCTTCTTTATTTGGTTTGCAAGA CTCTAATTAGATCTTGTGTACTGGCCTGCAACTTTTCATTTGATTGAAGCATTTCATGTAATACAAGTCTAACTTATTTT TTTCTCCCTGTCAGAGGATTATGTTAGCATTTTATGTGAATTTTCCATATCCACTCAAATGTTGGAGAGATAAGTAAATA TGTATTTATTTGGTAAAAAAATATGAAAATTTAATAGTCAATAACTAATGGATGTGGATTCAGGCAGGTGCTTTGCCATA ACCTTTTCTATTTTTAAAGAAATCTAAAAAAAACGGTGTTTAAGCTTGATCCTGCTAGCGAAGATTGTGTTCTAGGGAGC ATGATTGAGTTTGGTTTTGATAGAGGTTATTGAAAAAAAAATGGTCTCAGTAAACATGCATGGAACTGAAAAGTGAAGAG TAGATAGCATTATTGGCTATCGTTGTGGCAGACTGAGCATATCATATGCATCGTGTCGCTCTTGTTGCACTTAAGGTGCT TGTAGAGAAATTTATCCTGTATTTGGAGCTTAAGAAACCTATCAGCTAAATCCTGGAGTTTAAATTACTGCTTGTTGATT CATGTTTAAGTTACTTGCAGAAAGTTAGCTTTTTTTTGGGGGGGAGGGGGTTGTCTCTTATTATTATTTGGACTTTTGTA TTGTCGGCTGTAACTTGTCAATTTGTCATGATTGCAGTTAAGCTAACCCATTCTCTGTTATGCAGAATCTTTTGGGAGTC AAAAAATTTTGAAGGGCATACTGATAAGGTGGAGCCTTGGTATGGAACTGTATATTCCATTGAAAAGATTACTGCCTCTT CTATTGAGGTCTGTGATTTTATGAACAGTTATGCTTGATTTTTGGACTGGATGTTTACTTTAAGTTGTTTCCCATTTGGA GTTTGTTTTGTCTAGACGTTATATAGTGAAACTGTCATGAAACAATGGAACTTGATAGTCATATATATACTTGTATTTGC AGGGATGGGTGCTTTCCGCTCCTGATGAAAATATGCATCTTCCAGCTCCTAACAAATTCATTCCGACTGACTTGTCACTT AAATTTGCACAAGAGAAAGTAAGACATAATTTTCACTTTCCTAGTATCTATGATTGTCAGCATGAGTGTCCTGATAAATT TATATTTTGAAACAGGTAAAAATTCCTGTTTTGTTAAGCAGGTCAACTTATTCAACATTATGGTACAAGCCAGATACATT GTTTTCCACTCCCAAGGCTTATGTAAAGATTGATTTTAATTGTCCATATGCTGGGAGCTCTCCTGAGGCTGAAGTTCTCA CACACATTTTCACACAGTTATTGATGGATTACTTGAATGAATATGGTAGGTCGCTAATTTTAAGCAATATTGTTTTATTT TAAATCATTTCGACATTAATGTGTCTTTTCACTTGCTAAATGTATATTAATGAAGTGTTTACTGTATTTCATTTTTCAGC TTATTATGCTCAGGTTGCTGGTTTATATTATAGCATAAATCAAACGGATGGTGGTTTCCAGGTATTGGGTTAATATGATT TAGTTCGAGATTGCAATTTCCACATTAGATCAGTAACTGTCAGTCTGTACTGTAAGCAACGATATGTTTAGTCTATTTCA AATATAAAGAGAAAGATGGTCTACAGTGATATCGAAGTGCAAATAATATAAATATACTTATGTATAAATCTTTATTTTTT ATGATCGATTGAGACACTAAACATCATTTAAAATGCATAATTGGGACACTGAAAGAAAAATAAGATCGTTAAATTGACTA TGAAATCAAGGAGGGACAATGTTCACATAAAATCTATAAGGACTCTTTCCCTCACTATTATGAACTTGGAGCTTATCTAT CTATAAACTCTTTACTGTTTCTTAAACTTTCGAGTAAGTGCTATCTCTTTAGCTGTGTTATTTAATAAAATTTGTTCATG TGTATAAATGGAAGTAAGAAACAGAGGAACCCACTCTGTCTTTGAATGAGGGTATTATTTCCATTCTCATCATTAAAATG CTATTTTATTTTTCAGGTGACTCTCTTTGGTTATAATCACAAATTAAGGATCCTACTTGAAACTATACTTGAAAAGATTT CAACATTCAGCGTGAAAGCTGACAGGTTCTCTGTTATCAAGGTACTATGGAAGTTCTTCTCCCCTTGCTCTTTCAGGATT GAGTTAATGCTTATATTACATACCATGGGGCATTGGTGATTTTTGGTAGTTTCTTCTCTTCTTTACTTGTCTTTTTCCAT CAAACATTGACAATTACTTTCTTCCTTTAGAAAAGTTTAAATCTATTATCCATCATATAGGAATTGCCATTACATGCCAT GTGGCAATTCATGGTTGTAATTAATCATCTATTTGTTTTGTTCATCTTCTATCTTTGCGTCAATTTCATATTTGTCGGTG AGGTCTCTGATGGCCCATGCTAGTTGCTGGTGCCTCTTATTGGTCATGAACTTCCACTTGTGTTTTGGGCTTCAATTTTG TTGCTTCTGGCAGGCTCTTCAGAGTGCTTTGCTTTAGGGAAGGCTGATGGCATTTATTAGTGAGAAATGTTACCAGAACT CTTTGGTGTTATTTATTTTAAGAAACATAAATAATTTTGAACTACTGAATTTATTTTCTTCAGAAATGAGCTTTTATAGT TGAGACTCAACATTTTATTTAAAAGTTTACTATTCTAATCAACAATATTAATTTTTATTTTGGGTAAAATTGTTTTGATA TTAAAAAATGAATAATTTTCGCTGTACTTCAACAATTTAATCTATATTTTTTCAATATTCCTTTTTATGGATCAGAACAC ACCATTGTGTTCTACTGTCTGAATTATTCAAAGAGGCATAGGTCTGATGGTTATCTACTGCCTACAAAACTACAAGACTG ATGCCTCTTGAGTCTTGATAGCCTACAGGCTACAAGTCTTGTCATAAATGAAGCCTAAAAGTCTGACTGGTCTTTGTGTT GCCTTTTTAACTCTAAAATCTTTCCTATGTCATCTAACATCAAGCCTATACGATATGCGACACATTAAGTCCAATATAGA TTCATTCGCCTGGCTTTTGTCACAAATCAATTATTTAAAAATTTGTTGCCTATTATTTGTCAAAATTTTATATTTTGTAC AATTTAATAAAGATATTGGGTACTCAGTGGACAACTTTGGTATTTAAGATGTCATTTTATTTTTTAAATATTTATTTATA ATTTCTAATTGGATCCTTGCTGTTAGAATACTTTTATGAAATTTTTACAGTCTATTGAAATCAAGGACCTAATTAATTAT TATTTTTAGATTAGGACTCAGTTTGTAATTTGGTTCCTATAGTTTTCAATTGTTTTACTTTTGTTTCTGAACCAAACATG CTGTTAGGGCATTCTAACAGTGATGATTGAATCATAAAGACTCAGCTACAAACTTTTAAAATATAAAAATCTACCTAAAC ATCCCAATGGGTATAAGGACCTTTAGATTTAAAATTAAATCAATCTACTGAAAAGTAATAGTATATTTAAAAAAACGGGG GAGAACTTCACATTCGTACAATTGAAACCAGCCTATAATCCATTAAATTCATGGTGGCATATCCTAGTTTAGATCATACT GAAAAATATGCTGCTTTTCAAAAAAAAAAATACAAAGAAAATATGCTAACAAAAGAATGAGAACTCATTCAATTTTAAGT TTATAAATTATCCATGGCAGAATTTTTAAATTAAAGATGTTTATATTTAATTTAGTCAATTTATTTATTTATTTATTAAT ATACCATTTTATCAGGAAATGGTAACCAAGGAATACCAGAATTTCAAGTACCGACAACCCTATCAGCAGGCCATGTACTA TTTCTCTTTGATACTACAAGATCAGACCTGGCCTTTGACAGAACAGCTGGAAGTGCTGCCTATTCTTCAAGTTGATGATC TTACTAAATTTGTGACAGGGCTGCTCTCTAGAACCTTTATAGAGTGTTATATAGCAGGTTCTTAGTCCCCTCTCTCTGTA TCTCTCTCTCTGGTTGGTGAACTTTTATCTCAAATAAAATTTTCTGTACAGGAAACATTGAAAGTCATGAAGCAGAGTCA ATGGTTAGGCACATAGAAGATGTTCTCTTTAAGTGTTCAAAACCTCTATGCCGACCTTTATTACCTTCCCAACATTTGAC AAATCGGGTTGTTAAGCTTGAAAGTGGCATAAATTATTTTTACCCTTCAGAATGTCTTAATCCTGATGAAGAAAATTCTG CTCTTGTACACTATATACAGGTAAACTTGCTTGTTTTTAGTAGTTTTTTTTTTTTTAATTTGTACTAAGATACATTTGGC TGCTCAGAATGGACTACATTTATCTGTCTAAATATAAAATCGGACTGTACAAACTGTAAGTCTAAATATATAATTGTGTA GGGGAGAAACTAGTAGATTACATCATGCCTGTTTAATGTAAATTCTTTTTGATATTTACAAAAGTTCCAAATGGATACCT AAACAGCTAAACTGTCCAAAAATTCGGCATAACTTTGGTGGAACCTAGTCCTTAAACAGCTAAACTGTTATAGAACAGTG TACTGCTTTAATTTGGTTCCTTAATCTTGTAATGAAAATGGATTATGGTTAGAAATTATCATAGCAGAAACCCTAATTGA TATTAATTAGTGGACAACAAAGTGTCATCCCATTACACCCAATGTCTCTCTATTTCGGGATATATCCCCGATTCTTTTTT GTCATTCTTCTGCTTTCTCCATTTCATAAGTTACACATACTTAGTTTGTTTGGCAATTCCAATTGGAAGTCGACTATCCT TCCTACTGAGTATTGAAACTCCATTACATGAATGTTCATTCTTTTGCGTACAGTAGGCCACCATCCGCAGTTTTTCTGCT TATATATTTAGACTTGTATTTTCTTACCTTTTGGCCTTGTCATTTGGTTGATGAATGTATTACCATTCTATTTTTGAAGC CACCGTTTGCTTGTAACTCTCCCAAGAATTTTGTAGGTTGGTCCAGATGATTTTAAGCTGAATGTCAAACTTCAGCTTTT TGCCCTTGTTGCTAAGCAACCAACCTTTCATCAGCTTCGATCAGTTGAGCAGCTGGGGTACATTACTGTGCTCATGCAGA GGTATGTTGATATCTAGCACCCTGTCCATATTTAGCACTAAAGAACTATACTTGTTTTTAACTTCGGTTTTGAACATTTG TAGGAATGATTGTGGTATACGTGGACTTCAGTTTATTATCCAATCTACAGTGAAGGTATTTGCCTATGTGTAACTAATCT AAAGTAATTAATAATCTCCGACCTTGTTGCTAAATCCTGGTACTTCACTTACTTCACAGGCTCCTGGAAACATTGAGCAG AGAGTCGAGGCATTTCTCAAGGTGTTTGAAACCAAGCTTTATGAGATGA
CDS sequence (LotjaGi1g1v0718900.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGGTGGGAAAGGAAGATTCAGAGATTCTCAAGGCTCGCATCGACAAGCGAGATTACAGAAGGATCGTTCTTCCCAA CTCCCTCCAAGTTCTCCTCATCAGCGATCCCGATACCGATAAGTGTGCTGCTTCCATGAACGTTGGTGTTGGTTCCTTCA GTGATCCTGCTGGTCTCGAAGGCCTCGCGCATTTCCTAGAGCACATGCTGTTTTATGCCAGTGAGAAGTACCCAGTGGAA GATAGCTACTCCAAGTACATTACTGAGCACGGAGGAAGCACCAATGCTTATACATCTTCTGAGCACACCAATTATTTCTT TGATGTTAACACAGATGGCTTTGAAGAGGCTCTGGATAGATTTGCTCAGTTCTTCACTAAACCATTGATGTCTGCTGATG CCACCATGAGGGAAATTAAAGCTGTTGACTCTGAAAACCAGCAAAATTTGTTATCTGATGCATGGAGAATGAACCAGCTT CAAAAGCATCTCAGTGCTGAAGATCATCCATATCATAAATTTAGCACAGGTAACTGGGACACCTTGGAAATTCGACCAAA AGCAAAAGGATTAGACACAAGGAATGAGCTAATCAAATTCTATGACGAAAACTATTCTGCCAATCTAATGCATCTAGTTG TATACTCAAATGAAAGCCTCGATAAAATTCAAAACCTTGTCGAAGAAAAGTTCCAGGATATTAGAAACACTAACAGAGGT TCTTTTCGAATTTCTGGTCAGCCATGCAATTCAGAGCATTTGCAGATTCTCGTCAAGACTGTCCCAATAAAACAAGGTCA TAAATTGAGAATTGCTTGGCCAGTAACCCCTGAAATTCGTTATTACGCTGAAGGGCCATGCAAGTATCTTGGTCATCTTA TTGGCCATGAAGGAGAGGGGTCTTTATATTACATTTTGAAAAAATTGGGATGGGCTACGGGCTTGTCTGCAGGTGAATCA GATTGGAGTTTGGAATTTGCTTTTTTTAAAGTTGGGATTGATCTTACTGATGCTGGTCATGATCACATGCAAGATATCAT TGGGTTGTTGTTCAAATACATAGAGCTTCTACAACAGTCTGGTGTTTGCAAATGGATATTTGAAGAGCTTTCAGCGGTTT GTGAGACTAAGTTTCACTATCAGGACAAAATTCCTCCTAGTGATTATGTCGTCAATGTTGCATCAAATATGCAGTTTTAT CCTGCAAAAGATTGGTTGACAGGATCATCCTTGCCTTCTAAGTTCTGCCCAAGTGTCATCCAATTGATACTAGATCAGCT TTCTTCAAACAATGTTCGAATCTTTTGGGAGTCAAAAAATTTTGAAGGGCATACTGATAAGGTGGAGCCTTGGTATGGAA CTGTATATTCCATTGAAAAGATTACTGCCTCTTCTATTGAGGGATGGGTGCTTTCCGCTCCTGATGAAAATATGCATCTT CCAGCTCCTAACAAATTCATTCCGACTGACTTGTCACTTAAATTTGCACAAGAGAAAGTAAAAATTCCTGTTTTGTTAAG CAGGTCAACTTATTCAACATTATGGTACAAGCCAGATACATTGTTTTCCACTCCCAAGGCTTATGTAAAGATTGATTTTA ATTGTCCATATGCTGGGAGCTCTCCTGAGGCTGAAGTTCTCACACACATTTTCACACAGTTATTGATGGATTACTTGAAT GAATATGCTTATTATGCTCAGGTTGCTGGTTTATATTATAGCATAAATCAAACGGATGGTGGTTTCCAGGTGACTCTCTT TGGTTATAATCACAAATTAAGGATCCTACTTGAAACTATACTTGAAAAGATTTCAACATTCAGCGTGAAAGCTGACAGGT TCTCTGTTATCAAGGAAATGGTAACCAAGGAATACCAGAATTTCAAGTACCGACAACCCTATCAGCAGGCCATGTACTAT TTCTCTTTGATACTACAAGATCAGACCTGGCCTTTGACAGAACAGCTGGAAGTGCTGCCTATTCTTCAAGTTGATGATCT TACTAAATTTGTGACAGGGCTGCTCTCTAGAACCTTTATAGAGTGTTATATAGCAGGAAACATTGAAAGTCATGAAGCAG AGTCAATGGTTAGGCACATAGAAGATGTTCTCTTTAAGTGTTCAAAACCTCTATGCCGACCTTTATTACCTTCCCAACAT TTGACAAATCGGGTTGTTAAGCTTGAAAGTGGCATAAATTATTTTTACCCTTCAGAATGTCTTAATCCTGATGAAGAAAA TTCTGCTCTTGTACACTATATACAGGTTGGTCCAGATGATTTTAAGCTGAATGTCAAACTTCAGCTTTTTGCCCTTGTTG CTAAGCAACCAACCTTTCATCAGCTTCGATCAGTTGAGCAGCTGGGGTACATTACTGTGCTCATGCAGAGGAATGATTGT GGTATACGTGGACTTCAGTTTATTATCCAATCTACAGTGAAGGTATTTGCCTATGTGCTCCTGGAAACATTGAGCAGAGA GTCGAGGCATTTCTCAAGGTGTTTGAAACCAAGCTTTATGAGATGA
Protein sequence (LotjaGi1g1v0718900.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAVGKEDSEILKARIDKRDYRRIVLPNSLQVLLISDPDTDKCAASMNVGVGSFSDPAGLEGLAHFLEHMLFYASEKYPVE DSYSKYITEHGGSTNAYTSSEHTNYFFDVNTDGFEEALDRFAQFFTKPLMSADATMREIKAVDSENQQNLLSDAWRMNQL QKHLSAEDHPYHKFSTGNWDTLEIRPKAKGLDTRNELIKFYDENYSANLMHLVVYSNESLDKIQNLVEEKFQDIRNTNRG SFRISGQPCNSEHLQILVKTVPIKQGHKLRIAWPVTPEIRYYAEGPCKYLGHLIGHEGEGSLYYILKKLGWATGLSAGES DWSLEFAFFKVGIDLTDAGHDHMQDIIGLLFKYIELLQQSGVCKWIFEELSAVCETKFHYQDKIPPSDYVVNVASNMQFY PAKDWLTGSSLPSKFCPSVIQLILDQLSSNNVRIFWESKNFEGHTDKVEPWYGTVYSIEKITASSIEGWVLSAPDENMHL PAPNKFIPTDLSLKFAQEKVKIPVLLSRSTYSTLWYKPDTLFSTPKAYVKIDFNCPYAGSSPEAEVLTHIFTQLLMDYLN EYAYYAQVAGLYYSINQTDGGFQVTLFGYNHKLRILLETILEKISTFSVKADRFSVIKEMVTKEYQNFKYRQPYQQAMYY FSLILQDQTWPLTEQLEVLPILQVDDLTKFVTGLLSRTFIECYIAGNIESHEAESMVRHIEDVLFKCSKPLCRPLLPSQH LTNRVVKLESGINYFYPSECLNPDEENSALVHYIQVGPDDFKLNVKLQLFALVAKQPTFHQLRSVEQLGYITVLMQRNDC GIRGLQFIIQSTVKVFAYVLLETLSRESRHFSRCLKPSFMR
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 239 | 239 | 2.4E-93 | – | |
| SUPERFAMILY | 6 | 238 | 233 | 1.61E-60 | ||
| PANTHER | 6 | 815 | 810 | 0.0 | – | |
| PANTHER | 6 | 815 | 810 | 0.0 | – | |
| Pfam | 31 | 166 | 136 | 3.7E-40 | ||
| ProSitePatterns | 51 | 74 | 24 | - | ||
| Pfam | 193 | 369 | 177 | 2.8E-21 | ||
| Gene3D | 243 | 470 | 228 | 1.6E-81 | – | |
| SUPERFAMILY | 245 | 483 | 239 | 3.45E-79 | ||
| Pfam | 378 | 657 | 280 | 2.0E-93 | ||
| SUPERFAMILY | 484 | 706 | 223 | 1.29E-56 | ||
| Gene3D | 484 | 722 | 239 | 1.6E-104 | – | |
| Gene3D | 632 | 819 | 188 | 1.6E-104 | – | |
| Pfam | 662 | 812 | 151 | 2.0E-6 | ||
| SUPERFAMILY | 728 | 820 | 93 | 5.49E-10 |
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 | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Molecular function | Metalloendopeptidase activity | Catalysis of the hydrolysis of internal, alpha-peptide bonds in a polypeptide chain by a mechanism in which water acts as a nucleophile, one or two metal ions hold the water molecule in place, and charged amino acid side chains are ligands for the metal ions. | ||
| Biological process | Proteolysis | The hydrolysis of proteins into smaller polypeptides and/or amino acids by cleavage of their peptide bonds. | ||
| Molecular function | Metal ion binding | Interacting selectively and non-covalently with any metal ion. |
Expression pattern of LotjaGi1g1v0718900.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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