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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0042300 |
| Transcript ID | LotjaGi6g1v0042300.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Insulin-degrading enzyme; TAIR: AT1G06900.1 Insulinase (Peptidase family M16) family protein; Swiss-Prot: sp|F4HNU6|NRDC_ARATH Nardilysin-like; TrEMBL-Plants: tr|A0A072UY22|A0A072UY22_MEDTR Insulin-degrading enzyme; Found in the gene: LotjaGi6g1v0042300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:8111124..8126764) extracted from Lotus japonicus Gifu genome v1.2.
CAATGGATCTAAGACTATAAAATCATTCATCAATCTTCATATCGTGTCATAAGTCAATTTTTTTTTTTTCATTTTGCACA TGATGAAAAATATATGATAATGAATATAATTACACAAAATAATGGACTTTAATTTTGAAGGGGTTTGAAAATTGAGTTTA GGCTTGGGGCCTGGTGCCCTTATTGCTTCTTTCAAAAGCCGCACACTGCACACTCCACTCTGCGAGTTCAGAGTTGATAG CACTCTGAATCAAACAAGAGAAACAAATCCCTTTGTTGCTGCTGCTACTGCTAGCTAGTGTCGCTGCAATGAAGAGTGCA CCCATCATCACTTTCTCCTCCGACGACGTTGTTGTCAAGTCACCGAACGACCTTCGTCTTTACCGCCTCATCGAACTCCA TAACGGCCTTCAAGCTTTGCTCGTTCATGATCCTGAGATTTACCCAGATGGCCCTCCCAAGCCTGTTCAAACCGACAATG AAGAAGAAGAAGATGATGATGAAGAGGAAGATGATGAAGATGAAGATGAAGATGATGATGATGATGATGATGATGATGAT GATGATGATGATGGGGAGGAAGAAGAAGATGATGATGATGATGAGGAAGAAGAGGGAAGTGAAGAAGTAGAAGTTGAAGG AAAAGAAGGGGCCAAGGGTGCTGCTGCTCAGACCAAAAAGGTTATTTTTTTTATGTCATTTTCTGCGTGTTCTGCCAATT TGATGGATACCCATTTCGATTTTTGCTTCGTTTTTCAAAGCTTTGATCAGGTGGCTTCGTGGGTCTTTTGTTTTGATGTT GATGGGAAATAGTGGGAACAGTGTTAGGGAGATGTAGTCTGGATTCTGTGTGTAAATGTAGTGATGTTTATGGAGATTGG AGAACAATTATATTATGTGTGATTTGGTTTGTTGCTTTGATTATTGATGCATTCGCGTGTTTTGTTGTTTGCACTTTGCA GGCTGCAGCGGCTATGTGGGTAGGAATTGGCAGCTTCTCTGACCCGAATGAAGCACAAGGACTAGCACATTTTTTAGGTT TCGATATTTATCTTTATTGATCTTATATTTATATATCATGAATTCTAATAGTTGGTTGGTTTGCAGAACACATGCTCTTC ATGGGGAGTGATGAATTTCCAGATGAAAATGAGGTCTGTTTGGCTATGTCATCATTGTCTTGTATTGCGCAGTTATTTAT GTCCCTTTGAAGATGGTCAAACCCTCAAATATATTAGTTTTGGTTTAGAGGTGTGATCTACCAGAGATAAAGCCTGAAAT CGAAGATTGGCTGTTATGACATAATAGTTTCTTTCAGATAAGATCACTTTCAATGCTACTTTAGCATGAGTAGACATCTT ATTCCCTTCCCTCTTTATTCAAATTCATTTCTGTCCATTTCGGCTAGCAGCTGACCTAAAAATGTTGTAGCGGTATAGCG CATATCGATATAATTGCTCATGGTATTTTTATACAATTTATATAAAGTACTATATGTCAAACAACCAATTAACCCAAAAG CTTAAGCTGTTGGGTAAGGGCCACTTTAATGGTTTTATATTATATTCTAACACGCCCCCTCACGCAAGAGCCCTTTTGGG CTTGAAGCGTAGATAAATGCACAGGCCCACCTACCATGTGCTTAATTAAATTCCACTTTTTAATTAGAAAGTGAGGGGAG CAAGGATCGTACTCTAGACCTCTCGATCATAAAGGCTCTGATACCATGTCAAACAACCAATTAACCCAAAAGCTTAAGCG GTTGGGTAAGGGCCACTTTAATGGTTTTATATTATATTCTAACACTATACATATCTAAATACTCAAAAAATGATAAAAAA TACTTCATGACATTCTTAATGAACAATAAAAATTCGTAGGTGTCTTGAAGAAAACATACATCTAAGTACCAACCATAGTT AAGGTAACCAAGAACTTTAAGCTTCTCAGGCTTAAGTAAACTGTCTAAAAACAATTAGATTACCAGACCCTTTAACGGTT AGCTCGGACAGAGAAAGGATGAAAGGCAGGAAAGAGTAAGGATTTTCTCAAACAAGACCTTTTTTTGATATGTTTCTGAA GAATTTACTGCAAAATGCCCCCAAAAATTGCCTTCATGTCAACTATTCAGAGGCATTTTTAGGTTTTCACCAGTCTCACT TACTAGTGGCAAGATAGCGCTGCGACGACTCCTATTTCCACTGCATTTGTAGCTTTGACGGCCACAGGCTGCTATAGGAG CATGTTATTTGAAAACCCTGTTCATATTTATTACATGTTTCGTGTCATGTAGGATTTTGGGTGCATTTGGAAGATCTTAT TTGTGTTTATCTTATGGTATAAGCACTTAAACATGTGTTTGGTCAAGTTTATAAAAGTAGCTATGGTCTACCTATAACCT CTTTTGAGCTTATTTCTATAAACTTCTCAAATAAGCTTATGAATAAGCACTACATAAGTGCTTATTCACTAACCGATTAT TTAAGCTGGTCACCCAAATGCACCCTTTATAGCTTTTAGCAATCATGGGATTCCATCTGCGATTAAATTTCCACATTGTC TCAAGGATCTTTCTGAAGTTTGAACTTCCTATAGTTACTGATATAATACATGATATATTTATTTGATGTCCTTGCAATAT TGCTATTAGCACTGTTATTGTAATTTAAGTGGTCCGTCTATTCCTTCTACCAATCAGATGTCTCCTTTTGTTGTTTGCCA AAGTAAGCTAACTCTTAACATCGAGCTGATTCTCCCATATTTCTTTATTTGTATGGCATGAAATCTCATGTTTTGTGTGG TTAATTAATTTTGCTCCTAATATATGTGAAAGGAACATAATGTACTGTTAATTGGCCTTGCAACCTGACACTCACTCTGA ATCTTTTTATTGGTAGTACGATAGCTATTTGTCCAAGCATGGTGGCTCATCAAATGCGTATACAGAAACTGAATATACTT GCTACCATTTTGAAGTGAAGCGAGAGTTTCTAAAGGGTGCCTTGGGAAGGTAAACTCTACTGTGCATTGTCTAATCAGAC ATTTCCTGTCTATTACATGGTTTTACACATTACTTTTTGAAGAAGTTTCTTTCCAATTATTTCCTTTGAATTTTCATTTA AGTTCGCTAGTTGCTAAAAACCACCTGTAAATCTGTATAGTATGTGATGCTGATCTTTGACATGCTTTTTGTTTCGTGTG AAGAATTTAGCTTCTGCAGTTTTTTAGAAGTAAAAAAGATAATTCTGCTTAATACTTGCATACTTGCTGTACAGCATAAA AAGCATAAAACAGATTGAGTTTGAACACAAGACTTTCAGGTCATTAATCTACTAAATTTGATCCTACATCTCTGTTAGGC TTAGTCTGTTATTTTGTTCGTCTCATTGTTTGGTGACCTGTAGAATTTAGACCATCATTCATTGACCTTGATTCTACCTA TTGACTCATTTTAGTAATCTCCTTGTATTCGGTTAATTATTTATTAATGGCTGGGTTAGTAATATTTTAACATTTTGATT ATAAATATTTTTTTGTTGGTTACATTTTGCATAGAATCTAGCTGTCATGAATTTTTTTTATTCAGTTTTATAATGTGTAA TTTAAGACTTGAGAACATAGGGCGTTTCAGTCCACCTTGATGTGCAAGATTTCTGTTTTAACTATTTTTTATCTATTTAT TTTCTTATCAGATTTTCTCAGTTCTTTATTTCACCCCTTGTAAAAATGGAGGCCATGGAGCGAGAAGTACTTGCAGTAGA TTCAGGTATTTTCATTCCAATGTAATGCCACAGATTTCTACTTTACCTTTTATTTTAGAGTAAGCAAATTTAGAAAGAGC TTCAACTTGCTTATTTGTTAATTTGCTGATGAAGTGCGTTTTTGGTTTATAATTGTATACCATAATGGTGTGCAAAACTG AATGTAGAATTTAACCAGGTTTTACAAAGTGATGCTTGCCGTCTTCAACAACTTCAGTGTCATACATCCGCACTTAATCA TCCTTTAAATAAATTCTTTTGGGGTATGCTGGATTTTTATTCATCCATTTGTTGGTCAATCACTTATTTAACTTATCCTG GATTATTGAAATACTATTTATATCTTTTTCTTGAACATGAAGGGAATAAAAAGAGCCTGGTTGATGCAATGGAGAAAGGT ATTAATTTGCGGGAGAAAATATTGAAATTATACGAGGATTATTACCATGGTGGATTAATGAAGCTTGTTGTTATTGGTGG AGGTGATGTTCTATTTCATTATCTTTTTTATGGTTGTTATTCAAGTTTGTTTCAGACATTTTTTTTTTCTCCAAGCAATA AGTTGCTTTATGTTTCCCCTACAAGATAAACATGGTATACTGGTTTACAGCCACTCTTCTTGATTTATTAGCTGTGGAGA AATTAGTATACAAGTCTTAAGAGTTCAGATAGATGTATTTATCAAAGTTTATTTTGTGTTATAATCTGATTCAGAAAAAA GCTTGTTTCTAAAAGCCAGATTGTTAAAAGGGGAGAGGCTCAACAGTTTTGTGTCTCATGCTCATTTAATTGGCAAGAGG AAGGAATTAACAAAAAATTATATGTAGACTGATTGGAGTTGACTTCTGACTGCTGAGGGATTGTTCTTGTGTAGCAAATG CTATTCTACAATCAACAAATTTAGAGTATTTTCTCCTTGCGACCAAAGTTTTAACATTTTGTGGTTATGTGGTTAAATGC AGCACAATAAAACAAAACCTAAGTAACCTGAAAATCTTTCCTTAAAAAGATTAGGATCCTTAAGAACTTCGATTTATAAT ATGTAGAAAAACCAGTAAAGAAGCAACCATTTTATGCATATATTGCTGGTCTAGAACCATCTTTTACTTTGTTTAGTTGT TCATAGAGGTAAAATGGTGAATATACTTCATGCGTGCAATCCTAGGTTTTTATGCGAGAAGCCCCAATATCATATATGAT TTCTTTGCTATTTGTTGTGGTATTTGCATAATTAATTTTTTCTAGACGAGACTTGATGCAAAATTGTTGCTGAAAGTTAA GAGCTTGCTAATGTAAAAGGAATTGAATTCCAGTTTAAAACGATTGAGGTACATTTAAGAATTTTTCTAATTAAAAGAAT GAGATAATGGCTATGATCGAATTCCTGCTAATGTTGATATCTATTTTTCTTCTTTGAAATTGAAAATTGCACTCGCACTT GTAAAATGGTTAGCATCATGCGTATATTAGGATGATGTTTTGAAAATATTCTGGTCAATGCAAATATGGTTGGATGGTTT TATGAATATGGTTATAAATAATACAGAGTCTCTGGATGTGCTTGAGAGCTGGGTTGTGGAACTGTTTAGTGCTGTCAAGA AGGGTCCTCAGGTAAACCCAGAGTTCACTGTGGAAGGTCCTATCTGGAAATCTGGTAAAGTTTATCGGCTAGAAGCCGTC AAAGATGTTCATATCCTTGACTTAGCATGGACCCTGCCCTGTTTACACAAAGAGTATCTAAAGAAACCACAAGATTATTT AGCTCATCTCCTTGGGCATGGTAAGATATCTCATTATTGGTGAAGCTTAGAAGGTTAAGAATATATATATTTTATGCATC TATTATCAGACAGTTTTATGCATCTTATTGCTTATCTCTGTGGTCAGACTGAAGTAATACAATTGTATAACAATTGAGAT AGAAGAGCTTCTCTTGTTTTTTCAGGAGTTTCTTTCCCTTTTTTTTTCTTGTGATATTTCATAGTTGGTCAACAAGTTTC CTGTGAAGCAAGTGCCAGTCGTCATCTATTTGGTTAATAATTATAGCAAGCAGAGACAGGTCTTTATTTTACACGTACAC ACACATTCTCAAATTTTGATTTTAAATGAATTATTCCCACCTTAAAGTCTTGATAAGCTTCTGGAGTATTTTTTCTGAAT TAATTCTCATTACTTTTCAAGTTATTGTGTTTCAGAGCTTAACAATTCAATTTGTAATGAAAAGCAGTTCTGGTTAATGA TATTGTATGTTGTTGACTTACAATAAGTGTGCATCATTCTTCTAATTTCAATGAAAATAGCCATTCTAGTGTGTGTGCAT GTGCGTGATGCTATTCTATATTTTAAATCTAAAATTCCAAAATTTAACGTGTTATGGTGTGATTTTCTTTAACAAACAAG AATTTTCATTAACCTTTCAGAGGGCAGGGGAAGCTTGCATTTCTTTCTCAAAGCTAGAGGGTGGGCTACATCTCTATCTG CTGGTGTTGGGGATGAAGGCATTTATTGTTCAACTATAGCCTATGTGTTTGTCATGTCCATGCACCTAACTGACTCTGGT ATAGAAAAGGTATCCTCATTTTCTTAAGTTGTACTATAATAAGCCCTAAACCCTTCAGATAAAAGAGTAAGTAGTGTGTT TTTAACAATCTATCGCTTGTCAAGAACTCAATGTATATTCCTTTTCATCTTGTGAGATCATTTTCAATTTTTGACTCAGT TTCATTACTTTTTGTGAATATTAACGATTTAAAAATTTTCTTTAATAATTATAAATGTCAGGTTGGTGGAAGCATGACTG ACTATTCGGTGGCTAAAATGATATCTTTTTTTTAATCTATATTACTCTTTAATATGGCTTAATTTTTTTTCACCACCTCG CAGATCTATGATATTATTGGCTTTGTCTATCAATACCTTAAGTTGTTGCGTCAAGTTTCTCCACAAGAATGGATATTTAA GGAACTTCAGAATATTGGAAACATGGAATTCAAATTTGCAGAAGAGCAGCCTCAAGATGATTATGCTGCTGAGCTTGCAG GTATCTTATTTCCTTGAAGTTGTTTTCTTGCCAATATAGATTCCAACCTTTTGCTTTTAGAGACTAGAGTTGAAGTTTTT TCTTAAAACATAGAGAGAAGCTTTCTGAAGTTGGTGTCTTTTGAAAGTCCTCTGTTTAAAATAATGCACTTTTGGCAGAC AAACAAATCCACATCACGATGTATATTTGGTGGGATTTATGGCATTAATTCATGCAGAACCAATGCTGTAAAAGGATAGA AAGCTACATTCTTAAGTTATGACATTGGCTAACCATTTTAGCTATTGTGAGATTCTGCCATTCCCAATTTAGCTTCTTAG ATGAGAGCATCTCAAAGGACCATTTAGAGCAACTAGTTCTTCTGATAACTAAGATTTGAAGTGCTTTTGTGCTTGTTATC TGATTTTTTGTACCTTTTTTTATCATCTATTATTATGGTGAGCATTGCTCCCTTTAAATTTACTCCAGAACAAAGGTATC CCATGGTTACTGAAGTGTGTATTACTAAAATAGGGCATTGGGATTTTAACCACCTAGCCTATGTAACAAGAGATGTGGGT AGCAAATGGGAATTGGTTTGGGGCAAGAATAAAGGGAAAGATGGATCTCGGAAGAGCTATCCAGTCATTTAGTGAGGATT GTGGGGCCTTTGGGTAGGGGAAAAGCAGACCTCTCAAAGAGTGCAGTTTATCTATCATATTCATCTTTTCTGTTCTTCAT TTCTTTTCTTGTTTGACTTAATTTTGTGGAATTACAGATGTTGTTCTCTGCTGTAAGGAGTTAAACTCCATAGTTTCTTA GCTAATTCCTAGTTCGTATCACATTGTTATTTTGTGACATAACCATAAAGACCACTAATCATGATGACAAGTTTGTGAAC TGTGTTAAATTTCCTTTCCAAACATCTAGGTTCTAATGTTATCTAGCTCACATATTTCTTTGCATAAGCTTCTTGGAACA GCTTCATCCTATAATGAGCAGCTTGTTTCGTATTCCTTAGCCTAAGCTTTAATATGGAATCAATAAAATAAGAACAAGTA CCTTTTCCGACTATGGGAAATTGGCTACACTGATCAATCAAACCACACTATTCGATTTCTTTTAAAAAGCCAGGTCTCTT GTCAAATAAACTCTTTTTATTAGGTCTTCTTCTCACATAGCCAAACCATACTGGAAATGATTTTACCAACTTTTACTTAA TAGGTGCTGCTCCTCCTTTCTCTCTATTACATTACATTCATACCAAATCTGATTCTTATAGTCTGCTTTTCCATCAAAAC ATTCTCATATTTGAAATACTTAGTTTATGCTATTGTTCTCAGTTGATCACCTGACATTAAGTAAAGCATTGTTGATATTA TGGTTGTGGTAAAAAATTTCTTGAGCTTGAGCGGTAGCTCTCAATTATAGATAGCACATGAACGGTTCTTCCATTTGATC TACCAAGCTTGGATCTAATGATATCCAAGATACCTAAATTGTGCAATTTGTGTTATGGTATGATCTCCAATTTCATCTAC AAGCCATTGTTAGTGCGTCATGCTGAACTTACATTCCATAGACCTTTTTTTGTAATTCTAATTTCTAATAAAACAATAAC CATGAGATTCCAAGGCTTCTCTCTGCAACTCTACCATTTATTCTATCTTTTGATTCTCCCACTAGGACTATATCATCTAC AAAAAGTATGTATTGAAGCTATGGCTCTAGGATATCAAAAAGCTTAAGTTGTTAGGTGAAGATAAAAATAATTTTGTACT GCTTCTCTTACATCTCTAACACATTGTCAGCACAAGAGCTCTTTGGGTTTGAAATGTGGACAATACACGTCCTGCCTATT TTATGCAAAATTCCACTTCTTATCTAGGAGAATGGGATTGCAAGGATTGTACTCTAGACCACCTGATCATAGAGGCTCTG ATATGTGATGAACCAGCTCTCCCAAAGAATTTGAGCGTTGTGTAGGATCTGTGGTTTATGAACATAGTAGTTCATGTGAA GCACTCAACTAGTCTATAATATTTGTTTATAGTACTTGGAAAGTTGAAATGATGGCAAAGAAAGCAAACGTACACTAAAG ATGAAATAAACCTCATTCTAATCTAAGGATATAGCAACTTCAGATCTATTTGTTATGCTCTAACCCAATTATATGATAGT GCATGAAAATAGACTGCTGGCCCTTTCTTATTTGTTGTTGTTTCGTTTGGCAAATATTGCTTTTAGAAAATCTTGTATGA ATTTGTACAGACTGTTATCTTCGTTGACATATTCTTATTTTTTTAATATGCAGAAAATTTGAACTTCTATCCACCAGAGC ATGTCATTTATGGTGACTATCTGTACAAGACATGGGATGGGCAGTTGCTCGAACAAGTTCTTGGTTTCTTCATTCCTGAA AATATGAGGGTTGGCGTTGTGTCAAAGGTTCTTAAGTCAGAAGGTGCATTCTTTTTTCTCCATTGTCTAATTGGCAATTG CATATTGGACCTTTTCTCTGCCTATATTTGAATGAATGGCAAAGGTCTAAGATAGTGGCTATCATCATGTGCTTTAATAA TCCTTATCCAATAATCATATTTGTAATAGTAGCTTTTTTCCTTTTTGTCTATTCCATGTCCATGATTTATTTGTTGCCAC TGTATGTGCCTGTTATGTTGAAAAATGATAACTGAAATTACACTGTTCGGAAACTAGTTCCGGAAGTTATATTTTCTTAA AAATGATTGAACTACTTGTTTTGCGTTTCAGATTTCAAATATGAAACTTGGTTTGGTTCACGTTATATTGTGGAAGATAT TGCTCAAAATTTGATGGAGTTATGGAGAAATCCTCCAGAAATTGATGCCTCACTCCATCTTCCGTCCAAGAATGAGTTTA TTCCAAGTGACTTTTCTATACGTGCTGGTGACACGTCTGATGATGATTCTGCAAATTTGACTTCTCCTAAATGTATAGCT GATGAAGCATTGATAAAATTCTGGTACAAGCTGGACAGTACTTTCAAAGTTCCTCGTGCCAATACATATTTTCGAATTAA CTTGAAGGGTGGATATGATAACGTGAAGAGTTGTGTATTGTCTGAATTGTTCATTCACCTTCTTAAAGATGAGTTGAATG AAGTCATATATCAGGTTAATCATCTATCTTGTTTATAAGACACAGAATAGAAAGAAATAAACAAAGCATGGGAACAAAAG AAAACTTGTGTCCTGGTACAGTTTTTTCTGTGAAAGATTTACAATACAGAAAATAACCAAAGCTTGAAAAAGGTCTCTCT TAAGAGATTCTGCACCATAAAGAAAATCCATTTCTATTGTTTCTGGAGCTCTTCTCAAACTAAACATAAAACCAAGTTAT GGTCAGTTCACCAACTACCAATGATACAAATGCTCATTCAGTATATTTTTAGAAAAGTAAGCCCAGAAGAGCAGAGTATC TATATATAGTTTGCTAGACCTCACTTTCCCCCCCTCTTCTAATTAAACATAAATTGCTTGTTTTGGTTTTTTCGTATATT CCCCCAGAAACGGGCCTCTTATTGCATTTGTAGAAAATAGTGTCAGCCTGTCAGGCAAGTTGAACTCATGTAATTTCTTT AATGCTAATGCCTGACTTTTGAAAGTGCTTTAATCCTTATACTGTTTCACTGCAGTTGTGTTTCTCTTTATTATTATAAT GTTAACAAAGGAAGTAATAAAGTTCCCATAAAAGATTTTAAGTTAAAACACTGCTTTAATGTTCATTAATCAATGTAGAC ACCATAAAGAACAGTATCATTACGTGTGGTGCCACTTGCACTCCCAAGTGCCTATGGAATCTCCCAACTAACTACTTCTA ATTGCCTTTTTCTTAATTACCCTCTCCTATATTATAAATTTCCTTTTTCTATATGTTAAGGTTTTCCTTTTAAGGCCTAA GGGCGACTTAAGAAATTGGAATAAAAAATAGTCAGTGAATATTGTGAATTGGCAAATGGGAGTGTTAATGGTCCCATCCT ATAATGAGATATCTTAGTATGAGCTTGTGTCTGTCTATGCAGGCTAGTGTTGCCAAGTTAGAAACTTCTGTCTCTTATTT TGGTGACATGCTTGAGCTGAAGGTCTATGGTTTCAATGAGAAGCTTCCTGTTCTCCTATCTAAAATTTTGTCAGTGGCTA GATCTTTTATGCCAACTGAAGATCGATATAAAGTGAGTGTGATTTTTGTTCAGATTTTTTTCTGTTTAAATTGTTAAGAG TAACCGTTCCTTTCTCCCCTCTTCAAATTTTCTGTTTTCATTATCTGTTGTCCTTGTCATGGACCTATGCTTGTTTGAAC AGGTAATAAAAGAAGACGTGGAGAGAACTTTAAAGAATACCAACATGAAGCCTCTAAGCCATTCATCATATTTAAGATTA CAAATTTTGTGCGAGAGCTTTTATGATGCTGATGACAAGTTGCATTGTCTAAATGATCTGTTTCTTGACGATCTGAAGGC ATTTATCCCTGAGCTTCGCTCACAGGTTGAAATGAAATATCTAATATATGTATTCACTATTGCATTATTTCCAGTCTTCA TTAATATAGGTGATGTTATCTATACTGTTAGTGAGCAGCAGGCTCTGGAACGTGTGCTGTGCCAATTCCCAATTGTACAC ATGAACGAACATTTGTTATTGTGCTTGAAGCTTGTGACTCTTTGATGAGTACCCCACCTTGAGGACAAGGTGGATGTTTA GGGGGGAGTATTGATGAGTACTTGGAGTCAGTTAGTTAGTTAAGGGTTAGCCTATAGAGTTAGTTAGTTAGTTAAGGGTT AGCCTATAAATAAGGGAGTGTGAAGAGGGTTGAGGTATCTTTTGGATCATTTGGGAATTGGGATTTAGGAGAGTGATGAG TCTCTCGAATACTCATATGTTTCTTGTCTCTGTTGAATGATATCAGGGTTTCATCACTCTTCTTTGTGCTGTCCATATAG TTCCTTATTTTGACGCACTACTGTTGTGCATATGAAATCCTATTCCTTGGCTTGATAATGCTTACAACTGGAAGAAAATA GCAACTTCTTGATAACTTGTTCTATATTTATTGTTTTTCTATTTTCCATTAGTTGATTTATAAACATAAGTTTCTTGATG AACAAGGATCAGTCAACAGAGGTCATTGTTATAACATTGTTGGAGATTTATTCTTTTATATCTTTGTACAGTTATACATT GAGGGCTTGTGTCATGGAAACCTGTCAGAAGATGAAGCAATTAACATATCCAATATCTTTAAGATGAACTTTCCAGTAAA TCCACTCCCCATTAAGTTGAGGCATGCTGAACGTGTAATTTGCCTCCCTTCCAATGCCAATTTAGTTAGAGATGTTGGTG TGAAGAACAAGTTGGACAAAAACTCTGTGGTTGAGGTAATTTCAGTTAGATTGGTTTTTATTTGTATCTCTTCAATGTGT TACGTAGATAATTCGTTTTCAATAATCTCTGACAAATTTCCGCTTCTTCTTGCTTTGGTTTTGCTATTTATGCAGCTCTA TTTTCAAATTGAACAAGATTTTGGTATGGGGTCAATGAAGTTGAAAGCTTTGATTGATCTTGTTGATGAAATTGTGGAGG AGCCACTTTATAATCAGCTGAGGTGACAACCTAATGCTAGAAGTATCTTATATTTTCCGCATGGTTGTAGCTGGAATCCT TGATTGTAGCTCTTTGCTCATAAAATTGTCTTATAAAATGTGAATGCTTGTTACTTCTTGTTTTCTTAGTGTTAACAACA GGAAAAATATACTTGTACTCACATTTTTGTGATCGGATTATCTGTTCTGCACTAATTGCTTGCTGCATTAGTGCCTTTTT TCTAAATTCATTGTAAAGTTCAGAGCATATATTGATGATAGCTTGGTTGTGAAGTAGTCTTGGTTGGGCATAAAATTATG TAGATAAATGCTAGCAGGGCACTCTTTTAAACACACTTTCTATGATTGGTTTATTTTTTAAGAAGTCAATACATCTGCCT CACAAATTGCTCAGATTTTAAAGGATGTGTTGGTTTCAATAAAAAAGACCAACCTTAGTTTGTGTGATAAGATTGTTGGG AGAACCGTATCAAAAAAGCTTACCGTTGTAGTTGGAGAACCCAAGACCTTGTTAACCCAATACTAGAATCCCATACTTCC AATGACTCAAGTCCCTTGCAATTAGATTCTAACATCCCGTGCACTAGCCCCTGGGCGAACATTGCAATGCTGGTGTAACC ACCTGCGCCGCTCGTTTGCAGCTGAGAGACATGGTGAAAGACTCTTATACCAATTTATAAGAACCTTGAGAGAACCATAC CACAACAGCTAGCCATTATAGCTTCCAATGTGGGACTCAAGTCCGAGATCTTGCAATTAGATCCTAACATCGTGTGAGAG TGTTGCTAGCAATTCTTTATTTTGTCTTCTTTTTAAGACCTTAATTTCACTGAAAGCATTTCTTTCAATTAGGTTGGATT TACTGTTTCTTCATTCCTACATGTTTGTTTGATGGTTGAAATTCTTAATATGTATATGGATGCAGAACGAAGGAGCAGCT TGGTTATGTTGTTGAATGCAGTCCGCGAGTAACATACCGTGTTTTTGGATTTTGTTTCTGCATTCAGTCATCTGAGTACA ACCCAGTTTACTTACAAGGTAGAGTTGATAACTTCATAAATGGCCTGGAAGAATTGTTGGTAAGTGTTCCTCATTCCTTA ACCTCCTTGTCTTGCCTAATTACTTCCCTATGAACTTCGTCGAAGTTGACATGACTTAGGTGCTTAACAAATTATCATGG CCACCTTCATATTTTTTAGGAAGAAGGAAAGGAATGCAAATGGAATTTGTAGTCTGCTGAGTATAATATCTTCTTTCCTC CTCGCATGATGGCATTTACATTATTGTAGCCTATATTTGAAAGTAGACCTACATAGTCATTATTGGATCATCAAGGATAC CCTACCTCCTTGTTCCTACTTCGCTTTTGGATTCCCACGTGTCTAAAATATTCATTAAAATGTATATTTGCTTGATGAAG ACTTTGTTTTGAAGAAATATATTTGGATTGTAGGATGGCCTTGATGACGATTCCTTTGAGAATTACAAAAGTGGGTTAAC GGCAAAGCTGCTGGAGAAAGATCCTTCACTCACATATGAAAGCAACAGATTGTGGAATCAGATTGTTGATAAAAGGTGTT TTAATTTTTTTTATTGTAGATGGTAGATTTTACTTAAATTTGTCAGTTATTATTGATAAAGTTTTGTAAATGGCAGCAAT TTATTCCTGCATGCCCAACTGCTAGGTATCTTTTATGTAGACATTTTCTTATTTCTGGTGACTGATGTATCTGTCATGTT AGTCTGGAGCTATTTATGCTAAAAGTCCTGTTAGTAGTTTAGGTACAACAAAGAGGCCTTGAAGGAAATGTGAAATACAA TTTTGTCATGAACTGACTCATAAGCTTATTGAGAAGTCTCACATTGACTAGAGATAGAGATATGGCCATAGTTGTTGTAA AGGGTAGAAGTAGAATAACCCTCACCTCCCAGCTAACTTTTGGGGTAGTGTTTAAGCCTAACCCAAATTCTAAGATGACA TCTGAGCTTATCCCAGATCTGTTTATTGGAAACTACTCATATATGGCCCACTCATAAATGTTCATTCATGTAAATTCCAC GCTCTAGATGTCCAGTCCTAGGCGTGAGGGGTTGTGTGGAGACATTGACTAAATGGTAGAACAACCATCACCTAAGCGCT TTTCAGGTAGAATTAGGCCTAACCCAAATTCTAAGAAAGTAGGTGAGGACACATGTCATGATCCCAAAAGCTTAAGCTAT TGGGGAAGACAATGAATGATTTATATATTAGTATATTTCTAGCACAATTTATTGATGCAACAGTGGTTTAAATTTTGTTT CGGTTTTCAGGTACATTTTTGACGTTTCAGAGAAGGAAGCAGAAGAATTGAGGAACATAAGCAAGAATGATGTTGTAGAG TGGTACAAGACGTATTTGAAACCATCATCTCCGAAATGTAGGAGGCTACTTGTTCGTGTATGGGGTTGCAACACAGACTT GAAAGATGCTGAAGCACTTTCCAAATCTGAGCAGGTCATCACTGATCCAGCAGCTTTCAAGAAGGAATCTGAGTTTTATC CAAGTTTTTGTTAAATTTGAAGATGCAATATGTTGAACTATTGAAGTAAGGCTTCTTCTAGAGCCAGAGAGAGGCTTCAT TTTTTCACTTAATGGCTCTAGGGGTGAAGGGATACAATCAACATTTTTGAATGCAAACAACTGGAGGGAAAAAATTATAC ACAATGTGTTTGCTAGAGTAATTACATTTATTCGTTGGAAAAAGTCCATCTCTTGTTCTGTTGGCTTTTATGCCTCGTAA TTTGTGCGAATGTACACTGAGGGTGATCTAAATAGAAAAATGCACAGTGCTCGTACCGGTGTAATGATATTTATCTGAGA ATTAGTCATTCATTTTTTTTATCAATAAGTTATTGTGGTCCATTGCCTAAGAGGGTAAGCTCTTGAGAATGAATTCAACA CAATCAAATGAAGAACATGGACACTTAAAGTGATTCAAGCAAAAAATCAAAGATGAAAAATGAATAAAACCGTATCTAGT AGAGATGTAAACACGAATGTTGTGGCCACCGGAGAGCAAGAAGTTGAAGACTGGAAGTCCCATTTATTCATCTCTACCAC TAATTCAAAGTATATTATAAAAAGAAGTATATTATGCTCAATATTACCCTTATTTAATTGAAATTTTTATCTCCCTCATT TTTTTTAGCGAAACAACAAAATAACGCAAACGAAAATGTTG
CDS sequence (LotjaGi6g1v0042300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAGAGTGCACCCATCATCACTTTCTCCTCCGACGACGTTGTTGTCAAGTCACCGAACGACCTTCGTCTTTACCGCCT CATCGAACTCCATAACGGCCTTCAAGCTTTGCTCGTTCATGATCCTGAGATTTACCCAGATGGCCCTCCCAAGCCTGTTC AAACCGACAATGAAGAAGAAGAAGATGATGATGAAGAGGAAGATGATGAAGATGAAGATGAAGATGATGATGATGATGAT GATGATGATGATGATGATGATGATGGGGAGGAAGAAGAAGATGATGATGATGATGAGGAAGAAGAGGGAAGTGAAGAAGT AGAAGTTGAAGGAAAAGAAGGGGCCAAGGGTGCTGCTGCTCAGACCAAAAAGGCTGCAGCGGCTATGTGGGTAGGAATTG GCAGCTTCTCTGACCCGAATGAAGCACAAGGACTAGCACATTTTTTAGAACACATGCTCTTCATGGGGAGTGATGAATTT CCAGATGAAAATGAGTACGATAGCTATTTGTCCAAGCATGGTGGCTCATCAAATGCGTATACAGAAACTGAATATACTTG CTACCATTTTGAAGTGAAGCGAGAGTTTCTAAAGGGTGCCTTGGGAAGATTTTCTCAGTTCTTTATTTCACCCCTTGTAA AAATGGAGGCCATGGAGCGAGAAGTACTTGCAGTAGATTCAGAATTTAACCAGGTTTTACAAAGTGATGCTTGCCGTCTT CAACAACTTCAGTGTCATACATCCGCACTTAATCATCCTTTAAATAAATTCTTTTGGGGGAATAAAAAGAGCCTGGTTGA TGCAATGGAGAAAGGTATTAATTTGCGGGAGAAAATATTGAAATTATACGAGGATTATTACCATGGTGGATTAATGAAGC TTGTTGTTATTGGTGGAGAGTCTCTGGATGTGCTTGAGAGCTGGGTTGTGGAACTGTTTAGTGCTGTCAAGAAGGGTCCT CAGGTAAACCCAGAGTTCACTGTGGAAGGTCCTATCTGGAAATCTGGTAAAGTTTATCGGCTAGAAGCCGTCAAAGATGT TCATATCCTTGACTTAGCATGGACCCTGCCCTGTTTACACAAAGAGTATCTAAAGAAACCACAAGATTATTTAGCTCATC TCCTTGGGCATGAGGGCAGGGGAAGCTTGCATTTCTTTCTCAAAGCTAGAGGGTGGGCTACATCTCTATCTGCTGGTGTT GGGGATGAAGGCATTTATTGTTCAACTATAGCCTATGTGTTTGTCATGTCCATGCACCTAACTGACTCTGGTATAGAAAA GATCTATGATATTATTGGCTTTGTCTATCAATACCTTAAGTTGTTGCGTCAAGTTTCTCCACAAGAATGGATATTTAAGG AACTTCAGAATATTGGAAACATGGAATTCAAATTTGCAGAAGAGCAGCCTCAAGATGATTATGCTGCTGAGCTTGCAGAA AATTTGAACTTCTATCCACCAGAGCATGTCATTTATGGTGACTATCTGTACAAGACATGGGATGGGCAGTTGCTCGAACA AGTTCTTGGTTTCTTCATTCCTGAAAATATGAGGGTTGGCGTTGTGTCAAAGGTTCTTAAGTCAGAAGATTTCAAATATG AAACTTGGTTTGGTTCACGTTATATTGTGGAAGATATTGCTCAAAATTTGATGGAGTTATGGAGAAATCCTCCAGAAATT GATGCCTCACTCCATCTTCCGTCCAAGAATGAGTTTATTCCAAGTGACTTTTCTATACGTGCTGGTGACACGTCTGATGA TGATTCTGCAAATTTGACTTCTCCTAAATGTATAGCTGATGAAGCATTGATAAAATTCTGGTACAAGCTGGACAGTACTT TCAAAGTTCCTCGTGCCAATACATATTTTCGAATTAACTTGAAGGGTGGATATGATAACGTGAAGAGTTGTGTATTGTCT GAATTGTTCATTCACCTTCTTAAAGATGAGTTGAATGAAGTCATATATCAGGCTAGTGTTGCCAAGTTAGAAACTTCTGT CTCTTATTTTGGTGACATGCTTGAGCTGAAGGTCTATGGTTTCAATGAGAAGCTTCCTGTTCTCCTATCTAAAATTTTGT CAGTGGCTAGATCTTTTATGCCAACTGAAGATCGATATAAAGTAATAAAAGAAGACGTGGAGAGAACTTTAAAGAATACC AACATGAAGCCTCTAAGCCATTCATCATATTTAAGATTACAAATTTTGTGCGAGAGCTTTTATGATGCTGATGACAAGTT GCATTGTCTAAATGATCTGTTTCTTGACGATCTGAAGGCATTTATCCCTGAGCTTCGCTCACAGTTATACATTGAGGGCT TGTGTCATGGAAACCTGTCAGAAGATGAAGCAATTAACATATCCAATATCTTTAAGATGAACTTTCCAGTAAATCCACTC CCCATTAAGTTGAGGCATGCTGAACGTGTAATTTGCCTCCCTTCCAATGCCAATTTAGTTAGAGATGTTGGTGTGAAGAA CAAGTTGGACAAAAACTCTGTGGTTGAGCTCTATTTTCAAATTGAACAAGATTTTGGTATGGGGTCAATGAAGTTGAAAG CTTTGATTGATCTTGTTGATGAAATTGTGGAGGAGCCACTTTATAATCAGCTGAGAACGAAGGAGCAGCTTGGTTATGTT GTTGAATGCAGTCCGCGAGTAACATACCGTGTTTTTGGATTTTGTTTCTGCATTCAGTCATCTGAGTACAACCCAGTTTA CTTACAAGGTAGAGTTGATAACTTCATAAATGGCCTGGAAGAATTGTTGGATGGCCTTGATGACGATTCCTTTGAGAATT ACAAAAGTGGGTTAACGGCAAAGCTGCTGGAGAAAGATCCTTCACTCACATATGAAAGCAACAGATTGTGGAATCAGATT GTTGATAAAAGGTACATTTTTGACGTTTCAGAGAAGGAAGCAGAAGAATTGAGGAACATAAGCAAGAATGATGTTGTAGA GTGGTACAAGACGTATTTGAAACCATCATCTCCGAAATGTAGGAGGCTACTTGTTCGTGTATGGGGTTGCAACACAGACT TGAAAGATGCTGAAGCACTTTCCAAATCTGAGCAGGTCATCACTGATCCAGCAGCTTTCAAGAAGGAATCTGAGTTTTAT CCAAGTTTTTGTTAA
Protein sequence (LotjaGi6g1v0042300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKSAPIITFSSDDVVVKSPNDLRLYRLIELHNGLQALLVHDPEIYPDGPPKPVQTDNEEEEDDDEEEDDEDEDEDDDDDD DDDDDDDDGEEEEDDDDDEEEEGSEEVEVEGKEGAKGAAAQTKKAAAAMWVGIGSFSDPNEAQGLAHFLEHMLFMGSDEF PDENEYDSYLSKHGGSSNAYTETEYTCYHFEVKREFLKGALGRFSQFFISPLVKMEAMEREVLAVDSEFNQVLQSDACRL QQLQCHTSALNHPLNKFFWGNKKSLVDAMEKGINLREKILKLYEDYYHGGLMKLVVIGGESLDVLESWVVELFSAVKKGP QVNPEFTVEGPIWKSGKVYRLEAVKDVHILDLAWTLPCLHKEYLKKPQDYLAHLLGHEGRGSLHFFLKARGWATSLSAGV GDEGIYCSTIAYVFVMSMHLTDSGIEKIYDIIGFVYQYLKLLRQVSPQEWIFKELQNIGNMEFKFAEEQPQDDYAAELAE NLNFYPPEHVIYGDYLYKTWDGQLLEQVLGFFIPENMRVGVVSKVLKSEDFKYETWFGSRYIVEDIAQNLMELWRNPPEI DASLHLPSKNEFIPSDFSIRAGDTSDDDSANLTSPKCIADEALIKFWYKLDSTFKVPRANTYFRINLKGGYDNVKSCVLS ELFIHLLKDELNEVIYQASVAKLETSVSYFGDMLELKVYGFNEKLPVLLSKILSVARSFMPTEDRYKVIKEDVERTLKNT NMKPLSHSSYLRLQILCESFYDADDKLHCLNDLFLDDLKAFIPELRSQLYIEGLCHGNLSEDEAINISNIFKMNFPVNPL PIKLRHAERVICLPSNANLVRDVGVKNKLDKNSVVELYFQIEQDFGMGSMKLKALIDLVDEIVEEPLYNQLRTKEQLGYV VECSPRVTYRVFGFCFCIQSSEYNPVYLQGRVDNFINGLEELLDGLDDDSFENYKSGLTAKLLEKDPSLTYESNRLWNQI VDKRYIFDVSEKEAEELRNISKNDVVEWYKTYLKPSSPKCRRLLVRVWGCNTDLKDAEALSKSEQVITDPAAFKKESEFY PSFC
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 | 8 | 1042 | 1035 | 0.0 | – | |
| PANTHER | 8 | 1042 | 1035 | 0.0 | – | |
| SUPERFAMILY | 13 | 320 | 308 | 3.32E-46 | ||
| MobiDBLite | 41 | 120 | 80 | - | – | |
| MobiDBLite | 56 | 108 | 53 | - | – | |
| Pfam | 120 | 244 | 125 | 5.6E-34 | ||
| ProSitePatterns | 134 | 157 | 24 | - | ||
| Pfam | 276 | 457 | 182 | 1.2E-12 | ||
| Gene3D | 333 | 556 | 224 | 3.4E-73 | – | |
| SUPERFAMILY | 336 | 568 | 233 | 4.03E-65 | ||
| Pfam | 463 | 748 | 286 | 1.6E-82 | ||
| SUPERFAMILY | 570 | 801 | 232 | 4.44E-45 | ||
| Gene3D | 592 | 807 | 216 | 2.0E-55 | – | |
| Pfam | 755 | 937 | 183 | 1.5E-9 | ||
| SUPERFAMILY | 810 | 1040 | 231 | 3.84E-45 | ||
| Gene3D | 812 | 1044 | 233 | 2.7E-73 | – |
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 LotjaGi6g1v0042300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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