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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0718900 |
| Transcript ID | LotjaGi1g1v0718900.1 |
| 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_chr1:128883028..128897690) extracted from Lotus japonicus Gifu genome v1.2.
ATTTCTCTCTATTCTCTTTCTTTCCTCCTCCTTCTTTCATTTCATTTTCTTTTCTCTCACTTTTTTTCCAACATGCCACT TCATAGTTCATATTGCCAATTTTCCTTCCATTCAATTTCCATCGATTTTCTGTCCTTATCTCTTTTATGATTTATCAATC ACACTACATATCATATGGCTCATTTTTCTCAATTCTCTTCCTCAAATGTCACTCTGAATTTTCACATCCTAATATGTGAA ATTTTGGTGTGACTCATTATTATTTTCCTTTGGTTTTACTTTTACAAGTCAAAGTTTTAACCCAGGCATTGAACATGAAC AACACCTTATGAAGAAGCTGGAGCAGAGAAGATAAGAACGAACGAACACTGTAACAACCTTTCCCCAATCCTCTCTCTCT CTCTCTCTCTCTCTCTGAACACTGTGAACTCGTGTGCGAACACAAAAATGGCGGTGGGAAAGGAAGATTCAGAGATTCTC AAGGCTCGCATCGACAAGCGAGATTACAGAAGGATCGTTCTTCCCAACTCCCTCCAAGTTCTCCTCATCAGCGATCCCGA TACCGATAAGGTTTTTCCCCCTTTCTCCGATTTCCGCTTTCGAATTTCGATTAACACACTCACTCTTTCAATTTTGATTC AATCGCTTACCTATATGCTTCTTTTTCTCTGATTTTGTGAATTTTTTGTTTCTTTGTTGAAGTGTGCTGCTTCCATGAAC GTTGGTGTTGGTTCCTTCAGTGATCCTGCTGGTCTCGAAGGCCTCGCGCATTTCCTAGGTGTGTTTTATACTTCACATGA TGCATGCTATTGTTCTGTTACTGTAGAATTTTGATAATTTTGGTGTTAATTTGGAGAGGACTCTTTGTTTCAAGATTCAT GTGCACTTCAACAATCACTCTGGTACTAGATAACTATGTTATATTAGAGATTAGGGAAAGGGAAGGGGATTTAGGATTTG AGTGAAAGCATAATCATAGTGTAGAATCTGTTATATGAAAAATGTGGACTTCCAAAAAGGACTTATTAATTGAGGCACTA GCTGATCGCGATGTTCATTTCGGGGACCTAGCCATTCGTGCAGTGCAGTTAGGAACAAAATGAAAAGAATTTAGTTCTTA TCTTTGGACATTATTATTTATTTATACCGAATTTATATTTTGTATCTTAAGAAAGATTACTAGGGTGGGGTGCATAATGT TGATCCATTTCAATTTTTTTATTTTTTCGGTTGAAGTCTATTTCAAAGATTTTACTATTGTCATGTGTTTTTATTTTTTT GCGACAGAGCACATGCTGTTTTATGCCAGTGAGAAGTACCCAGTGGAAGATAGCTACTCCAAGTACATTACTGAGGTACT GTAATTTCAGGTGTCCGTCCCCTTTTTAGATGCAATAGGTTTTTCTTACAATTCTGCATGAAAATTGTCGCTGGAATTTT TAGCACTTTCATCCTATATATTTCTGCCCTTCAATTATATCATCCATAATTCTATGAAGATATGATGTTGAAGGAGAACA TGCATCTTGAACTTAATGATACTTGTGAGTAGGATGTTAGTCACTGTTCAAATTTTTCTAGAAAGCATTGCCTGAAATGG GAGAGAAGATTACAGAATTGCCTAACGAAATCCCCAGCAGCATGACTGAGTATATAGAACTTGTTTTGCAATCTCTAATT TCAGGAAACTAGGAAAACAAGGAACATTCAGAAAATATGCAAATCAAATCGTAATTGTTAGCAGCATATATACAACCCCT AGTTGGGAGATATTTTCCCTAAATGAGAGATACTTATGAATACTATCTCTCAAGTTGGAGCTTGCATATCATATCATTTG CACTAATTTTTTGTAATAAATAAAGGGGCTTTGAGGACCCCAGAGTTTTTGTATGGATATCTGCTGATTACTAGAATTAA GCAATTAACAAACTCTGGTTTTCGTGAAAAGAACTTTTCAAGTACAAAGCGACAATCAAATTTCATATTCTTGGTCCTCT CATGAAAAGAATAGAATTGTGTTAGTCCGTACCTAGTTGAATCTTTGAAGGCACCCGTTCGGTCACCCCTTTCTGGTTGC GGGTTGTTCGGTTGAATCTATGAGCAAGAGTGACACCTGAGAAATCAGCATAGAAGTAAATTTTAACTGCAATTCAAAAT ATTAAACACACATAATCAACCGAAAAGAATCAAATTAATATTTTTACTTTACCCATATAAATTTACAAGGGTCCTCAATA TTCAGCCTCCACATTTGCTATATTAATCACATCCTGTTTCTTACCTTTTCAAAATACAAGGCTACCACAAATAAGAAAAA AAAAGTATTTTGAAGTTGACCTCCTATCAATGGGCAAACCAGCCCAATCTACATTAGAGTACCCCTCAAATTGACCGTTT CTTTGTTTTCATGTAAACATTCCATGCCTCCAGCATTCTTAGTGCATTTCAAATTTTGTACCATTGAATTCTTATAGCAA GGTAGCTTGGTTCTTCACAGGATTTGAACAAGGTTCTTCTTGATCTATTAAGAACTTGCTGTTTGAATCCATCCGAGTGT CCATGTTTCAAGGCTTTTTTATTTTTTATCTTTTCACATTATTTCAATTGGAGTTTAGAGAGTCAAAATATTTGATTGTT TTCTTACATTTGTTTGGTCATCGTGGCGGTCTTCTTTCTTGACACAGCACGGAGGAAGCACCAATGCTTATACATCTTCT GAGCACACCAATTATTTCTTTGATGTTAACACAGATGGCTTTGAAGAGGCTCTGGATAGGTAGATCCTGCTTTTATGGTT TCTTTTCTTTTTCCCCTTGTGCAAAATAGCATTGTAGAAATCCTGAGTTTGGGGTATGGTTTATCTTCCAGATTTGCTCA GTTCTTCACTAAACCATTGATGTCTGCTGATGCCACCATGAGGGAAATTAAAGCTGTTGACTCTGGTTAGCTAATCTTTT TTATTTTGTTCGATGTCTCTGGTTTATTTCCCTTGTTTCTTACATTACATGTATAATTTCCTCTGCTCTGTTTCTTTCAG AAAACCAGCAAAATTTGTTATCTGATGCATGGAGAATGAACCAGGTATCTGTTATCGCTTTTATGATAGATTTTTGTGGG TTCTGTGTTATAGTTGGTTGTTTTAAAAGAGGATTCAATTTTTTGTTGTTGTTGTTGTGAATAAGATTTTCCAATAAAAC ATGGAGCAAATGCTCTGTATTTTTTTCAGGATGGAATGTAGTTTTAATATTCATGACCTTTTATGTATCCAACTATCCAT CTAGCCCTTAGACGCTAGACTGGTCTAAAATGCTCTAGATTCATTTTCAAAGCTGTAAATAGCTCATTTTGCGCAATTAA CTGCCGGACATGATTATTCAATTCAAGTCTTTGCAAGCACTTGTTTGTTCTGATACTTTAACTGCACTCCATTAATTAAA CAGCTCAGCATGTGAGGCAGTCTTTCACTAGTTACAATTTTATTTTGTCAATATTCTTGCTTTAAGGATCCACTTTGTTG AGATTTTCCTTTTTTCTGCTTTTGTTTATCCTCCTCAAGTTTTGGTTTTTTCTTCAATGTGTATTTTGGTGATTTACTGG TTTCGCAAGTTGTTTTTACTGGTATCACAAGTTGTTTTTTAACCCCTTCAGGACAAATATTTATAATCTCTTACTATTTC TTTTCCCTTATGGAACATTACAATTTGAATATAGCTTCAAAAGCATCTCAGTGCTGAAGATCATCCATATCATAAATTTA GCACAGGTCAGTGATTGATTGATTTATTTTTCTTAAAACTCTAAAATATGTTAGTGCTCTGAAATATTTTGATTTGGTCA GTAATCTTTTTCCATCATAACATTCCTCTTTGTGGTCTGAAATATGTTTATTAGGTAACTGGGACACCTTGGAAATTCGA CCAAAAGCAAAAGGATTAGACACAAGGAATGAGCTAATCAAATTCTATGACGAAAACTATTCTGCCAATCTAATGCATCT AGTTGTATACTCAAATGGTGAGATATATATTTTTTACAGCATACTGGTTCAACTGATTATTTTTTATTTTAATTTGCCGC AATACAATTACTTGTGCATGGATATTTTCAGAAAGCCTCGATAAAATTCAAAACCTTGTCGAAGAAAAGTTCCAGGATAT TAGAAACACTAACAGAGGTTCTTTTCGAATTTCTGGTCAGCCATGCAATTCAGAGCATTTGCAGGTTTACATTTTCTACT TGTGATTCAATAGTAAATTCTAACTAACTCCTTCAGCATTAATTCTAATGTATGTCCCATTTTGGCTTTCTCTTTTAGAT TCTCGTCAAGACTGTCCCAATAAAACAAGGTCATAAATTGAGAATTGCTTGGCCAGTAACCCCTGAAATTCGTTATTACG CTGAAGGGCCATGCAAGTATCTTGGTCATCTTATTGGCCATGAAGGAGAGGGGTCTTTATATTACATTTTGAAAAAATTG GGTGGGTACTATACATCCGTTGCACATTTCACTATCAATTTTCCTCGGGTATTTCACTTGAGTTGTTATGTGTATGCACA ACTCTATTTGCAGTGTATTATTAAAGTTACCTGAACGGTTAGTGCTTCCAGAAAAATTATTTCTCTTTCGCATCTATTTT CTTCCTGCTTCGAGTCAGCCATTTTGAAGACCCACTATTCTTGAAATAATGGATTGCAAGTCCTTTCAACTGTCTTCAGT TACCTTCATCATGAATATACATATGGTCCTCTGCAGTCCGAGTCCCTGTTTTTCTCACACTTTCTGCTAGGCATATTGTA GCTTTGATGCATTATGAGTTGTCTCATTTTACCCAAAAAAATAAATTCAATTTGCAGGATGGGCTACGGGCTTGTCTGCA GGTGAATCAGATTGGAGTTTGGAATTTGCTTTTTTTAAAGTTGGGATTGATCTTACTGATGCTGGTCATGGTTAGATTTC TCTTCCTCTCTTATTTCTCATTTTTTGCACATCTCCCCTTTCAAAATGTGAACTATGTTAAGTTATAAGCATGAAGCATG ATCATGACAAGAACCATGGAAGACATTACATAACTCTTACTGTTTTTCAATTATTTTTTAATTAAATTCAAGCTCTGTAA TGTATTTGCTTATTGTTTCTATGAATTCATTGTTACTTTTGGCTTGGACTTGTAGATCACATGCAAGATATCATTGGGTT GTTGTTCAAATACATAGAGCTTCTACAACAGTCTGGTGTTTGCAAATGGATATTTGAAGAGGTATGGATATTAGTTTCGT AATATGGTTATTATTTTTGTTAGAGCCCTAACAAATCTTTATTAATTAATCGATTTGTGCTTAAATTTAATGTTGAGCGT GTGTACAATTTTTTCTGTATGCATAATTTTAAGGAGTCTCCATCCCATCATCTTTTCAAGTAATCCATCTTGACTTTTTT AATAATTTTTTCACAAATAAACTAATAAAGCATGAAAACTGCCAATAAGCAAAAAATCAAAGACTGGCAAAAAATGAAAA AAGGGGTGAGTGATGTCAAGTTTTTGATGCTTGGTGAATAATTTAGTTTGCCCTATGCACTAAGCCCACGAAAACATGAG ACTATTAGTTGTGTCTAGAGAAGTCACCACTGGAATGGCTGTTGGTTGGAGAAGTTACTGCTGGTATAATTCAGGATGGC AAAAAGGAAGAGATGACAAAAGCCCTTCCGACTTTCTTTCTCTCAATGCTATGCTAGCATTGGAAAAGAGTCATGTTAGA TGACAACATACTAGAAGTAAACACCATGAAGAATACAAAGCAACGACCCAAATATGTCAAGCCTGATGGGGGAGAAAGAA CTTTGACGTAATAGAAGACCAACAAACACAGAAAAACTGCAAACGAAGGAGTCCAAACAAAAGAATCCTACATTTAAAAA AAATCAGAAAAACTGCAAATGAAGGAATGCAAACAAGAGAATTCTACATTTTATGAAACTTGGGAATGGAATAGTGAGAA GACAAGTCATGGAGGATGATACAAGTTGAAAACCATGTTGACAGTAGGGAATTAAGTATTTAGGAAAATAGAGAACTGTT CTGAGTAACAGAATATATTATTATTCTACGTTGTGCAATTATGTTCTGCAAAACAGAGAGCATTATCTATTTGTGGCAGT ACTAAATTAGGAAACAAATCCTGAAACATAGCAAATTATGGAAACCATTCTAAGATATCATCTAAGATATTCTTAAGATA TAATAATGATTTATGGGATATTTTCTACATTTTTTTTATAATTTTAATTCCTCAATATTTTTTTTCAAACCATGTAGTTT ATTTTTCTCTTGTATCAATAAATTTAAAATCTCTTTTTCAAATTAAAGGTTCTTAAATAATCACTTGCTAATAATGATTG TAAGATTGTTAAAGAATTTGTTATGAAGTATTAAAAGTGGCTTGTATTTGGTTTGGCTTTGATATGGTGCCACTGTTTAG TTGGTACTACTTGAAATTGCTATCTTCGATGATAGTAGTGAATTCCATCTATGTTTCACATGTGGTACTAAGCTCATAGT TTGCTTTAGGTCAAACTGTTGAACACTTAACATTAAGTTTGGTATCGGTTTCTCTTCTCTCTCTGCACATCTGGTTTCAT CAGATTCTAATGCAATTTCCTGTGTTATGAAGCTTTCAGCGGTTTGTGAGACTAAGTTTCACTATCAGGACAAAATTCCT CCTAGTGATTATGTCGTCAATGTTGCATCAAATATGCAGGTACTCTATCCTTTTCTTATGATAAATGACTCCTCAATAGA TTTTATGTTATTTACATGAAATTCCCTTGATGGTATTCATATTATTAATGGATCTTTTTAGTTTTACAGTTTTATCCTGC AAAAGATTGGTTGACAGGATCATCCTTGCCTTCTAAGTTCTGCCCAAGTGTCATCCAATTGATACTAGATCAGCTTTCTT CAAACAATGTTCGGTTAGTGTACTAACAAAGCTATGAGTTTATTTATATGAAGAACGTGAAGGATCAACCCTCTAAAAAG CTTAAGTGGTTATCTCACCTAAAGGGGGAGAAATCAATTGATTAAAGTTTTAGGTGGAGGTTCATTAGTGGTTTTATGTG TAGCAAAATTTGTCATATAATATTGCTTCTTTATTTGGTTTGCAAGACTCTAATTAGATCTTGTGTACTGGCCTGCAACT TTTCATTTGATTGAAGCATTTCATGTAATACAAGTCTAACTTATTTTTTTCTCCCTGTCAGAGGATTATGTTAGCATTTT ATGTGAATTTTCCATATCCACTCAAATGTTGGAGAGATAAGTAAATATGTATTTATTTGGTAAAAAAATATGAAAATTTA ATAGTCAATAACTAATGGATGTGGATTCAGGCAGGTGCTTTGCCATAACCTTTTCTATTTTTAAAGAAATCTAAAAAAAA CGGTGTTTAAGCTTGATCCTGCTAGCGAAGATTGTGTTCTAGGGAGCATGATTGAGTTTGGTTTTGATAGAGGTTATTGA AAAAAAAATGGTCTCAGTAAACATGCATGGAACTGAAAAGTGAAGAGTAGATAGCATTATTGGCTATCGTTGTGGCAGAC TGAGCATATCATATGCATCGTGTCGCTCTTGTTGCACTTAAGGTGCTTGTAGAGAAATTTATCCTGTATTTGGAGCTTAA GAAACCTATCAGCTAAATCCTGGAGTTTAAATTACTGCTTGTTGATTCATGTTTAAGTTACTTGCAGAAAGTTAGCTTTT TTTTGGGGGGGAGGGGGTTGTCTCTTATTATTATTTGGACTTTTGTATTGTCGGCTGTAACTTGTCAATTTGTCATGATT GCAGTTAAGCTAACCCATTCTCTGTTATGCAGAATCTTTTGGGAGTCAAAAAATTTTGAAGGGCATACTGATAAGGTGGA GCCTTGGTATGGAACTGTATATTCCATTGAAAAGATTACTGCCTCTTCTATTGAGGTCTGTGATTTTATGAACAGTTATG CTTGATTTTTGGACTGGATGTTTACTTTAAGTTGTTTCCCATTTGGAGTTTGTTTTGTCTAGACGTTATATAGTGAAACT GTCATGAAACAATGGAACTTGATAGTCATATATATACTTGTATTTGCAGGGATGGGTGCTTTCCGCTCCTGATGAAAATA TGCATCTTCCAGCTCCTAACAAATTCATTCCGACTGACTTGTCACTTAAATTTGCACAAGAGAAAGTAAGACATAATTTT CACTTTCCTAGTATCTATGATTGTCAGCATGAGTGTCCTGATAAATTTATATTTTGAAACAGGTAAAAATTCCTGTTTTG TTAAGCAGGTCAACTTATTCAACATTATGGTACAAGCCAGATACATTGTTTTCCACTCCCAAGGCTTATGTAAAGATTGA TTTTAATTGTCCATATGCTGGGAGCTCTCCTGAGGCTGAAGTTCTCACACACATTTTCACACAGTTATTGATGGATTACT TGAATGAATATGGTAGGTCGCTAATTTTAAGCAATATTGTTTTATTTTAAATCATTTCGACATTAATGTGTCTTTTCACT TGCTAAATGTATATTAATGAAGTGTTTACTGTATTTCATTTTTCAGCTTATTATGCTCAGGTTGCTGGTTTATATTATAG CATAAATCAAACGGATGGTGGTTTCCAGGTATTGGGTTAATATGATTTAGTTCGAGATTGCAATTTCCACATTAGATCAG TAACTGTCAGTCTGTACTGTAAGCAACGATATGTTTAGTCTATTTCAAATATAAAGAGAAAGATGGTCTACAGTGATATC GAAGTGCAAATAATATAAATATACTTATGTATAAATCTTTATTTTTTATGATCGATTGAGACACTAAACATCATTTAAAA TGCATAATTGGGACACTGAAAGAAAAATAAGATCGTTAAATTGACTATGAAATCAAGGAGGGACAATGTTCACATAAAAT CTATAAGGACTCTTTCCCTCACTATTATGAACTTGGAGCTTATCTATCTATAAACTCTTTACTGTTTCTTAAACTTTCGA GTAAGTGCTATCTCTTTAGCTGTGTTATTTAATAAAATTTGTTCATGTGTATAAATGGAAGTAAGAAACAGAGGAACCCA CTCTGTCTTTGAATGAGGGTATTATTTCCATTCTCATCATTAAAATGCTATTTTATTTTTCAGGTGACTCTCTTTGGTTA TAATCACAAATTAAGGATCCTACTTGAAACTATACTTGAAAAGATTTCAACATTCAGCGTGAAAGCTGACAGGTTCTCTG TTATCAAGGTACTATGGAAGTTCTTCTCCCCTTGCTCTTTCAGGATTGAGTTAATGCTTATATTACATACCATGGGGCAT TGGTGATTTTTGGTAGTTTCTTCTCTTCTTTACTTGTCTTTTTCCATCAAACATTGACAATTACTTTCTTCCTTTAGAAA AGTTTAAATCTATTATCCATCATATAGGAATTGCCATTACATGCCATGTGGCAATTCATGGTTGTAATTAATCATCTATT TGTTTTGTTCATCTTCTATCTTTGCGTCAATTTCATATTTGTCGGTGAGGTCTCTGATGGCCCATGCTAGTTGCTGGTGC CTCTTATTGGTCATGAACTTCCACTTGTGTTTTGGGCTTCAATTTTGTTGCTTCTGGCAGGCTCTTCAGAGTGCTTTGCT TTAGGGAAGGCTGATGGCATTTATTAGTGAGAAATGTTACCAGAACTCTTTGGTGTTATTTATTTTAAGAAACATAAATA ATTTTGAACTACTGAATTTATTTTCTTCAGAAATGAGCTTTTATAGTTGAGACTCAACATTTTATTTAAAAGTTTACTAT TCTAATCAACAATATTAATTTTTATTTTGGGTAAAATTGTTTTGATATTAAAAAATGAATAATTTTCGCTGTACTTCAAC AATTTAATCTATATTTTTTCAATATTCCTTTTTATGGATCAGAACACACCATTGTGTTCTACTGTCTGAATTATTCAAAG AGGCATAGGTCTGATGGTTATCTACTGCCTACAAAACTACAAGACTGATGCCTCTTGAGTCTTGATAGCCTACAGGCTAC AAGTCTTGTCATAAATGAAGCCTAAAAGTCTGACTGGTCTTTGTGTTGCCTTTTTAACTCTAAAATCTTTCCTATGTCAT CTAACATCAAGCCTATACGATATGCGACACATTAAGTCCAATATAGATTCATTCGCCTGGCTTTTGTCACAAATCAATTA TTTAAAAATTTGTTGCCTATTATTTGTCAAAATTTTATATTTTGTACAATTTAATAAAGATATTGGGTACTCAGTGGACA ACTTTGGTATTTAAGATGTCATTTTATTTTTTAAATATTTATTTATAATTTCTAATTGGATCCTTGCTGTTAGAATACTT TTATGAAATTTTTACAGTCTATTGAAATCAAGGACCTAATTAATTATTATTTTTAGATTAGGACTCAGTTTGTAATTTGG TTCCTATAGTTTTCAATTGTTTTACTTTTGTTTCTGAACCAAACATGCTGTTAGGGCATTCTAACAGTGATGATTGAATC ATAAAGACTCAGCTACAAACTTTTAAAATATAAAAATCTACCTAAACATCCCAATGGGTATAAGGACCTTTAGATTTAAA ATTAAATCAATCTACTGAAAAGTAATAGTATATTTAAAAAAACGGGGGAGAACTTCACATTCGTACAATTGAAACCAGCC TATAATCCATTAAATTCATGGTGGCATATCCTAGTTTAGATCATACTGAAAAATATGCTGCTTTTCAAAAAAAAAAATAC AAAGAAAATATGCTAACAAAAGAATGAGAACTCATTCAATTTTAAGTTTATAAATTATCCATGGCAGAATTTTTAAATTA AAGATGTTTATATTTAATTTAGTCAATTTATTTATTTATTTATTAATATACCATTTTATCAGGAAATGGTAACCAAGGAA TACCAGAATTTCAAGTACCGACAACCCTATCAGCAGGCCATGTACTATTTCTCTTTGATACTACAAGATCAGACCTGGCC TTTGACAGAACAGCTGGAAGTGCTGCCTATTCTTCAAGTTGATGATCTTACTAAATTTGTGACAGGGCTGCTCTCTAGAA CCTTTATAGAGTGTTATATAGCAGGTTCTTAGTCCCCTCTCTCTGTATCTCTCTCTCTGGTTGGTGAACTTTTATCTCAA ATAAAATTTTCTGTACAGGAAACATTGAAAGTCATGAAGCAGAGTCAATGGTTAGGCACATAGAAGATGTTCTCTTTAAG TGTTCAAAACCTCTATGCCGACCTTTATTACCTTCCCAACATTTGACAAATCGGGTTGTTAAGCTTGAAAGTGGCATAAA TTATTTTTACCCTTCAGAATGTCTTAATCCTGATGAAGAAAATTCTGCTCTTGTACACTATATACAGGTAAACTTGCTTG TTTTTAGTAGTTTTTTTTTTTTTAATTTGTACTAAGATACATTTGGCTGCTCAGAATGGACTACATTTATCTGTCTAAAT ATAAAATCGGACTGTACAAACTGTAAGTCTAAATATATAATTGTGTAGGGGAGAAACTAGTAGATTACATCATGCCTGTT TAATGTAAATTCTTTTTGATATTTACAAAAGTTCCAAATGGATACCTAAACAGCTAAACTGTCCAAAAATTCGGCATAAC TTTGGTGGAACCTAGTCCTTAAACAGCTAAACTGTTATAGAACAGTGTACTGCTTTAATTTGGTTCCTTAATCTTGTAAT GAAAATGGATTATGGTTAGAAATTATCATAGCAGAAACCCTAATTGATATTAATTAGTGGACAACAAAGTGTCATCCCAT TACACCCAATGTCTCTCTATTTCGGGATATATCCCCGATTCTTTTTTGTCATTCTTCTGCTTTCTCCATTTCATAAGTTA CACATACTTAGTTTGTTTGGCAATTCCAATTGGAAGTCGACTATCCTTCCTACTGAGTATTGAAACTCCATTACATGAAT GTTCATTCTTTTGCGTACAGTAGGCCACCATCCGCAGTTTTTCTGCTTATATATTTAGACTTGTATTTTCTTACCTTTTG GCCTTGTCATTTGGTTGATGAATGTATTACCATTCTATTTTTGAAGCCACCGTTTGCTTGTAACTCTCCCAAGAATTTTG TAGGTTGGTCCAGATGATTTTAAGCTGAATGTCAAACTTCAGCTTTTTGCCCTTGTTGCTAAGCAACCAACCTTTCATCA GCTTCGATCAGTTGAGCAGCTGGGGTACATTACTGTGCTCATGCAGAGGTATGTTGATATCTAGCACCCTGTCCATATTT AGCACTAAAGAACTATACTTGTTTTTAACTTCGGTTTTGAACATTTGTAGGAATGATTGTGGTATACGTGGACTTCAGTT TATTATCCAATCTACAGTGAAGGTATTTGCCTATGTGTAACTAATCTAAAGTAATTAATAATCTCCGACCTTGTTGCTAA ATCCTGGTACTTCACTTACTTCACAGGCTCCTGGAAACATTGAGCAGAGAGTCGAGGCATTTCTCAAGGTGTTTGAAACC AAGCTTTATGAGATGACAAATGATGAATTCAAGGTTTGATTGGTAGCTCTAGTGATATTTTTTATATAGTATTTTCTAGA ATTGTTGTTCCCTTATCTTTGAATACATAATACTTCTTCCCCATATCTTTGGCACATATGCCAGGGTTGTCTAATATGGG ACACTTGGATGGTGTCCCCTGGTGGTGCGTCAAAAAATAACCATTAGATATGATAATTATAAAAATTAATGGTTCTGATT CTAGGTCGTAAATTAAAAAAAAAATACATACTCTCTTTGTCTCCTCCGCCGCCAAATCGCTATCCACTGTCGTCCCTTCC TCTCTCAACCGCCGCCTACCTCCTTAACCAACGAAGCCCCATCCCCTTCCACTCCCCTATTGGAATTTCTACTGATTACT CAGCCTCCATCTTCAACCCCTTCTCCTTGACATCCTCCACTCCTTCGCTCTCCGAAGCTGTGGTGAAACCCTAGCCAAAA TGGGGCAATGATTGATTGTGTGATCGTTGCTAGTAAAGAATTGATAGAAAGAAATAATAGAAAAAGAACTACAAAGATCT CCATTAGTACGCAAACCAATAGTATACCATCACTGATAAACACCAGAGTAGGCTATTCACTGGACCAAGAGCACCCCCTC GAGTAAAAGCTTCTACAGCCAGTTGACCAAAATGAGGATCTCAAAATGCTTAGTGTAAAACTACCACTCCCCCCCCCCCC CCTCTCTCTATGGCAAGTTTATTCTAATTTCTATTGTAATTGTGTCCTAACTAATTACCTGTTATTCATCTGACATTTGA ACTTGCATGCAGAGTAATGTAAATGCTTTGATAGACATGAAATTAGAGAAACATAAGAACTTGAGGGAAGAATCAGCATT CTTCTGGCGGGAGATTAATGATGGGACTTTGAGGTTTGATAGGAGAGACTTTGAGGTACGACTATTATATCCACTATATT TCTATATACACCTGTATTTGCTACTTCTGTTTCTGTCTGTATATGTGTTTGTACACTCGTGTCTGTATGGCTGGCATGGA GAAATTCATTACAGTAGAACATTCAGGACTCAAATTGGGGTGAAATGACTTGAAGTAGTGCAGAAGCTCATAATATACGA AGTTGCAAGCTAATGGCTTGTTTTTAGCGGTAGCACTTCCCTTGAGCTGAATTATTGATTACATTGTGTGGCTTTGGAAC AGGTTGAAGCGTTAAGGCAGCTCACTCTTCAAGAATTGATAGACTTCTTCAATGAATATGTGAAAGTTGGTGCACCTCGA AAGAAGACTTTAAGTATCCGAGTTCATGGGAGTCTCCATTCTTCTGAATACAAAGCTGAAGCTTCGGAACCACACTTGGC TAAAATAGATAATATTTTCTCTTTTAGAAAATCACAGTCTCTTTATGGTTCATTTAAAGGACTCTCTGGGCAGATGAAAT TGTAGCCAGCTGGTCCTCCTAGTTCATAAATTTCTTCACCTTAAAGAACATTCAAAGCACACATGTAATATTGAGCAGCT TGAGCTAAGTGTTGCCCTTTTCAGTTTACTGACATAAGTGCTGTTTATTTGGATTTGAATGGTCATAAGGGTAAATACTT GCATGAGCGTAGAACACTAGTCCTATTTCTGGTTGATAATGCAGCTTAATCAGATCATTTTTAATACAATTATATGTTTA AAGACATTTTTATTTGCCTGACGAACATGTAATTAGACTGTCAATTTTTTGGACAGATGCTTTTAGGGGGCAACGCAACT ATGACATGAAATACTTATAGAATGTCTGAGTTCTTGACTTAAGTTTCTTTGAGATCGCTCTGCTTTCATCATGCTTACCT TCTACAGTAACAAACATCCTTTGTTACCTCAAAAAAATTGCACGAAATTTAATATTCGCTCGTTAGTGGAATGAAATCTT TACAAGAAAACTAGTCCTCTGTGAATCTGTATGATTTCACTTGTATTGTAAGAAATGCTGGTGTACTGGTAGAATTTGTT TCCTTCCCATCTCGTTAAACTGTTTTAACGATACATAACTGTAAGACCTGGATTTTCAGAACAAGCTAATTTCCGACTCA CGCGTAGAATAAGTGTAAGCGTG
CDS sequence (LotjaGi1g1v0718900.1) 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 GGTATACGTGGACTTCAGTTTATTATCCAATCTACAGTGAAGGCTCCTGGAAACATTGAGCAGAGAGTCGAGGCATTTCT CAAGGTGTTTGAAACCAAGCTTTATGAGATGACAAATGATGAATTCAAGAGTAATGTAAATGCTTTGATAGACATGAAAT TAGAGAAACATAAGAACTTGAGGGAAGAATCAGCATTCTTCTGGCGGGAGATTAATGATGGGACTTTGAGGTTTGATAGG AGAGACTTTGAGGTTGAAGCGTTAAGGCAGCTCACTCTTCAAGAATTGATAGACTTCTTCAATGAATATGTGAAAGTTGG TGCACCTCGAAAGAAGACTTTAAGTATCCGAGTTCATGGGAGTCTCCATTCTTCTGAATACAAAGCTGAAGCTTCGGAAC CACACTTGGCTAAAATAGATAATATTTTCTCTTTTAGAAAATCACAGTCTCTTTATGGTTCATTTAAAGGACTCTCTGGG CAGATGAAATTGTAG
Protein sequence (LotjaGi1g1v0718900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAVGKEDSEILKARIDKRDYRRIVLPNSLQVLLISDPDTDKCAASMNVGVGSFSDPAGLEGLAHFLEHMLFYASEKYPVE DSYSKYITEHGGSTNAYTSSEHTNYFFDVNTDGFEEALDRFAQFFTKPLMSADATMREIKAVDSENQQNLLSDAWRMNQL QKHLSAEDHPYHKFSTGNWDTLEIRPKAKGLDTRNELIKFYDENYSANLMHLVVYSNESLDKIQNLVEEKFQDIRNTNRG SFRISGQPCNSEHLQILVKTVPIKQGHKLRIAWPVTPEIRYYAEGPCKYLGHLIGHEGEGSLYYILKKLGWATGLSAGES DWSLEFAFFKVGIDLTDAGHDHMQDIIGLLFKYIELLQQSGVCKWIFEELSAVCETKFHYQDKIPPSDYVVNVASNMQFY PAKDWLTGSSLPSKFCPSVIQLILDQLSSNNVRIFWESKNFEGHTDKVEPWYGTVYSIEKITASSIEGWVLSAPDENMHL PAPNKFIPTDLSLKFAQEKVKIPVLLSRSTYSTLWYKPDTLFSTPKAYVKIDFNCPYAGSSPEAEVLTHIFTQLLMDYLN EYAYYAQVAGLYYSINQTDGGFQVTLFGYNHKLRILLETILEKISTFSVKADRFSVIKEMVTKEYQNFKYRQPYQQAMYY FSLILQDQTWPLTEQLEVLPILQVDDLTKFVTGLLSRTFIECYIAGNIESHEAESMVRHIEDVLFKCSKPLCRPLLPSQH LTNRVVKLESGINYFYPSECLNPDEENSALVHYIQVGPDDFKLNVKLQLFALVAKQPTFHQLRSVEQLGYITVLMQRNDC GIRGLQFIIQSTVKAPGNIEQRVEAFLKVFETKLYEMTNDEFKSNVNALIDMKLEKHKNLREESAFFWREINDGTLRFDR RDFEVEALRQLTLQELIDFFNEYVKVGAPRKKTLSIRVHGSLHSSEYKAEASEPHLAKIDNIFSFRKSQSLYGSFKGLSG QMKL
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 | 2 | 239 | 238 | 3.3E-93 | – | |
| PANTHER | 6 | 963 | 958 | 0.0 | – | |
| PANTHER | 6 | 963 | 958 | 0.0 | – | |
| SUPERFAMILY | 6 | 238 | 233 | 2.04E-60 | ||
| Pfam | 31 | 166 | 136 | 4.5E-40 | ||
| ProSitePatterns | 51 | 74 | 24 | - | ||
| Pfam | 193 | 369 | 177 | 3.5E-21 | ||
| Gene3D | 243 | 470 | 228 | 2.1E-81 | – | |
| SUPERFAMILY | 245 | 483 | 239 | 4.45E-79 | ||
| Pfam | 378 | 657 | 280 | 2.7E-93 | ||
| SUPERFAMILY | 484 | 706 | 223 | 1.42E-56 | ||
| Gene3D | 499 | 725 | 227 | 1.4E-76 | – | |
| Pfam | 662 | 849 | 188 | 6.2E-11 | ||
| Gene3D | 726 | 959 | 234 | 4.1E-72 | – | |
| SUPERFAMILY | 728 | 952 | 225 | 2.27E-39 |
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 LotjaGi1g1v0718900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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