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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0442000 |
| Transcript ID | LotjaGi4g1v0442000.2 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Peptidase M16 family protein; TAIR: AT5G56730.1 Insulinase (Peptidase family M16) protein; Swiss-Prot: sp|Q9FJT9|PQQL_ARATH Zinc protease PQQL-like; TrEMBL-Plants: tr|A0A0B2NRZ3|A0A0B2NRZ3_GLYSO Putative zinc protease pqqL; Found in the gene: LotjaGi4g1v0442000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:81557430..81570447) extracted from Lotus japonicus Gifu genome v1.2.
ATGGAATTGCTTCCGGCGGGGGCGACGCCGATCCCGAAGAAACAAAGGTTCCGATCGCTGAAGCTTGTGAACGTCGACAT GGAGCAGCTCCTCCCTCACCAACCCGTCGGCGTCGACTACGGCACCCTCGACAACGGCCTTCGCTATTACGTTCGCTGCA ACTCCAAACCTCGCATGCGAGCTGCTCTCGCTCTCGCCGTCAGAGCTGGGTAACCTAACCTAACCTAACCTAACTCATCG TTTTTCTTCAAATTGTTCATTCCTATTTCGTGAATTCCTCAACTCAATTGCTGATTGTTGTGAAATCGGTATCTCAGATC AGTTCTAGAAGAAGAGGATGAACGTGGAGTTGCTCACATTGTTGAGCATCTTGCTTTCAGTGCCACAACGAAGTACACCA ATCATGACATTGTCAAGTTCCTTGAGAGTATCGGAGCTGAATTCGGCGCTTGTCAGAATGCGGTTACCTCTTCCGATGAC ACCGTCTATGAGCTTTTGGTTCCTGTGGATAAGCCTGAGCTGTTGTCTCAAGCCATTTCCATTTTGGCTGAGTTCAGTTC AGAGGTATAGTAGAACTGCTCTGATCTGGAATTTTTTGTTTTCTAGGTTTTATTTGTTTGTAATTGTAATCAGATTGTTC TCTGCAGATTCGCGTCTCGAAAGACGACTTGGAGAAAGAAAGAGGAGCTGTCATGGAAGAGTACAGGGGAAGCAGAAATG CCACGGGGAGGCTGCAGGATGCTCATTGGATTTTGCTGATGGAAGGTTCAAAGGTATCTACCACTTGCTGCTATTAGTCA ATGTGAAAGTGGTCTTGTATTGTATATTTGTGTGTTAGATAGATGTGGTTTTTTGGGAATTTTTTATATTATCAATATAT GTATGTAATTTCATAAAGCGTTTGATTGACTGTAGTATGCTGAAAGGTTACCAATTGGGCTAGAGAAAGTAATTAGGACA GTTCCTCATGAGACTGTGAAGAACTTTTACAAGAAGTGGTACCATTTATGCAACATGGCTGTTATAGCAGTTGGAGATTT TCCTGATACACAGGTTCTTTTGTTGTTTATCTCTTTTAATGTTCATAGGGGAAATATCAAATATGATCTGTTGTTTGGTC ATGATTTTTATTAACTGCTTTTACTCTTACTTACAGAGTGTAGTTGAGTTGATAAAAACTCATTTTGGCCAGAAAATTCC AGCACCTGATCCTCCACTTATACCAACATTCCACATACCGTCACACGATGAGCCGCGATTTTCTTGTTTTGTTGAATCTG AAGCTGGTGGGGTAAGTAAGTAACAAATCATTGACTTCTTGAGTAATCTTTCCAGGTTTTTGTTAGCAATTTTATCTCAG TAGGACATTAACATTTAACTTTGGGCTTCCCTGATAACAGTCTGCGGTGATGATTAGTTATAAGATGCAAGCAGAGGAGC TTAAAACCGTAAAAGACTACAGAAACTTACTGGCAGAATCCATGTTCTTCCATGCCTTAAACCAGAGATTCTTTAAAATA TCGCGTAGAAAGGATCCACCCTTTTTCTCCTGCTCAGCTTCTGCTGATAATCTCGTCCGTCCATTAAAGGCCAATATAAT GACTTCATCTTGTAAAGGAAAAGGAACTCTTCAGGCTCTGGAATCAATGTTAATAGAGGTGTTTTTCATATTGGTCTTAG GAGCTTTTTTCTTTGTCTTTCTCCTTTTTCCATTTTCCATTTTTTCTTCCTTCTTCTTTCCAGATTTATGACAGCTATAT TTTAGGTTGCGAGGGTACGGCTTCATGGCTTTTCGGAGCGTGAAGTATCTATAGTTCGTTCACTACTGATGTCAGAAATC GAATCTGCCTTTTTGGAGCGAGATCAAGTTCAATCTACCAGCATGAGAGATGAATACTTACAAGTATGTGGATATTATAT TTCTTTTTTCACATTAAAATGGCTAATGACAAACTGTGGTTGATTTTGGAGATGATATTCTCTCTGTCCATGCAGCATTT CCTCCACAATGAACCTGTTGTTGGAATTGAGTATGAAGCTCAACTCCAAAAGACACTTCTACCGCGTGAGTTGATTATAT ATATATATATATATCATGTTCTTTTGTCTCTTGATACCATATTTCTGGATAAATTTAGTTTGGGAAGCTTTATAATTAAG CTTATGTTAGCTATTTATACCCTTTAGATATATCGGCATTAGAGGTCTCTAAGTGTTCAGAAAGATTACGGACGTCAAAT AGCTGTGTCATAAAGACCATTGAGCCCCAAGCATTTGCTGTGCTTGATGATCTGAAAAATGTTGTGAAGAAAGTCAATCT TCTCGAGGAAGAGGGTGAAATCTCTTCTTGGGATGATGAATACATTCCAGAAGAAATTGTTACTACAAAGCCAAATATGG GGTGAGTTTGAAAGGGAATTTCTTTCTTTATTGTTACATTACAATTTGGTTTGCCTATATACTTATTTGCTTTCTGATTT CATCCCTACCTCATATAAATCAGTCTTGGGTGTGATTCACATGTGCATGTATCCTTGTAATAATCAAAGTGGCAGTTCAC ATAATCATGTCTTTCCTCTGCTGTTATTTTATAGATTCTGTTATTTTATAGATTCTAGGTTGCTGTTTAAGGCTTTGCAA CTTCATCATAATATAAACAGAGTGGTTGACACGTTTCTATCAGATCTTATTTGAGCCAGTGTTCGCAGTTTTAGTGATTA TCATAAGATCCTTCTTCTGTGATAAGCACAAAACTTTAGTGGTTCTTTTGTAACCTCTCTGAGTTGGATTTGTTGTGAAA ATAAATGAAGTTCCTTTTCCTTGTTAGGTAATGTTTATACATTATAGTTGTTTGGTCATGCTTTACAATTCATTTTGTTC CTCTCTACACAGATAGCTATAATAAGAAGAGTTCCTATTGAGCTTCAGAATGACTAGAGAAATGTGAAAAGACTTCCTTA CTTGGTTTTCCTTGTAGGACTCAATTGCTTATGCTTTTAGGTTTTTCATTTACTTTGCTGTTAGGCTCTGTTTCATTAAA ATCTTGATTGTTCTAAGTAGTAAGATGACAATGACATATGTTTAACCAGCTTGTACTATAAATTCACTGAAGACTGAAGA GTTTAATATACCAGTTATTAAACTATTATATAGTTCAAATTTCCATCTTCATACGATTTTAGAATGACCTTTTCTGTGGC ATGATTATGATTATCTATTTGGTTTAATTCGATATTTCCGTCCATTTAAATTATGTTTAGGATATAACATTATAATTTCC CCCCTCTTCAAATTAGGCATGTTATGAAGGAATTGGAATATTCAAATATTGGAGCCACTGAGCTAGTTCTATCAAATGGC ATGCGGGTCTGCTACAAGCGTACAGACTTTCTTGATGATCAGGTTCTGATTCTTCTTGGGATTGCTTATCAAGTTGATCG TAGATTCGTAGTTCATACATATTTCTGAGACAGACATTGACCAACTTCTATACCACTCTATTTATTTATAGTACCGGTTG ACAGCTTGTTTCGAGTTTTGTTAAACTGTGTCATATGATCCTTAGAATTTAATCAAGTTATTTAAACCTAAGGTGTTCAT AAAGCAACCCAGCCCTATTCAGAATTTCAGAGCACAGTCCAAACTGAAAAACCCAAAACTGAAAAAAATAATAATTAATT TTATTGGATAGGATCAGTTTTAAGTTAGGATCAGTTAGCATGAACATTATTTTAGTTCTAATCTAAACTTGTCGCAACAG GTTATCTTCACAGGTTATTCATATGGAGGCTTGTCCGAACTCCCAGAGAATGAGTATTTCTCTTGCTCAATGGGACCAAC TATTGCGGGGGAAATTGGCGTGTTTGGTTATAGACCATCTGTCCTAATGGATATGCTTGCTGGCAAGAGAGCTGAAGTCG GCACCAAGATTGGTGCATATATGAGAACCTTTTATGGGGACTGTTCACCTTCAGACCTGGAAACTGCATTGCAGGTATAT TTTATTTAATTAGCAAAATCACGTTGTTCCTTTCATGGTTTAATCACAACTTAAAGCAGTGTGTAGTTTCTCACGTCCAA GTAAGCACATTAAAAACCATTATTAAATTATACATCTGCATCACTGCATGTTTATGTTTAAAGCATGAAGCAAGTATTTT TAGTTTTTTTACTTCCACATTAGTATATATTAGTAATCTTGTTCTGAATCCCTGATAGCATTTCTTCTTTTTTCTTCATG CATGCATTGGGTCAACTTCATATTATTTTTTGTACTTAACTTATCAATACCATCTAACGTTGTATGGTGATTTTTTTGTT TTATTATGATTTTAAGAATACTCTAATGATGTGCAATCCATGTTTGGTACTGTTGGTAGCCATACATTTCTCCAAGACTT ATGTTATATATAGGTGTTTGTCTCAATGCCTTAAAATATTCTGATCCTTGCTGCAGCTTCAGTTTGAAATTATTACTAGT TCAACTGCTTCTATCTTTCATATTTTCTCCCTTTGACCCCTATACCTTTGAAAAATCTCTGCATCTTAATTTAGCCAGCA ACAGCTGCGCTCTTATGTTTGTTAGCATGCTCATCATGGTATTCATTGTTTTCTGTGCAAGTATTTTCAGCCCCCCACCC TGTGCATCTTAATTTAGCCAGCAACAGCTGCGCTCTTATGTTTGTTAGCATGCTCATCATGGTATTCATTGTTTTCTGTG CAAGTATTTTCAGCCCCCCACCATCTGAGCAGCATTTCAATTTTCAAGCACAGCACAATTTTCTGAATGTGTTTGGTCTT ATTTTTTCCCCAAAAAGTATATTTTGATTTCCTCATTTCTGAATGCATCATACTCTAAATGCTTAGCCCATTTTATTGTG TACTACTCACTCACCCATATCAATGTGTGGCGTATCTTTTTCTAGTAACTATGATATCATTTGTTTGTTTATTCTTTTAT TTTCCAGCTTGTCTATCAGCTGTTTACAACAAATTTAACACCAGGTGAAGAAAGTGTCAAAATAGTGATGCAAATGGCTG AAGAAGCAGTCTGTGCTCAAGATAGAGATCCATATACTGCTTTTACAAACCGTGTAAAGGAGCTTAACTATGGGAATTCA TATTTTTTCAGGGTATGGCTAATTTCTGATGTCAATTTAATCATTGACTAATTAAACTACTCTTGACCTTCAACATATTA TCTGTTTGCAGCCTGTTAAAAAAGCTGACCTACAAAAGGTTGATCCAGTGAAAGCTTGTGAATACTTCAGCAAATGTTTC AGAGATCCATCAACTTTCACTGTTGTGATTGTTGGAAATATTGACTCTACTATTGCACTGCCCTTGATATTGCAGTACCT AGTGAGTGTAAATCCAATTACCGAAAGGCAAGAGACCTTGAATTATTCTGTACTAAATGATTTCTTTCCATGCAGGGTGG AATACTTAAGCCTCCTGAACCTATTATGCATTTTAACCGTGATGAGCTGAAAGGATTGCCCTTCACCTTTCCAACGACCA TCCATAGGTACGTCACTCGGATGCATTGCATTTGCAAACAAAAGGTGCTAGTGTGATAATTCTTGTTGTGTAATGTTGTA CCTGCAGAAAAAGATGGGGAATTTTTGTTTAGGCTCTCAAATGGTCTATGTTGTCTTTTCAAAATAAAAGGAAAGACCAT TCTTTGACATCATATCTAAGAGGCTGTATATCCTCACTTCTCTATTGCATCTTGTTGCCAATATGGATGTTACTTGCACC TTTCTACGTTCCCAGGTGTTAATGGGTACTGAGACACTTTCAAAGTATTCACCGAATGCATCTTCCAAATAAACTATACT CTGTTGTTGCAGAGAAGTGGTCCGAAGTCCCATGGTGGAAGCACAGTGTTTGGTGCAGATATGCTTTCCAGTGGAGCTGA AGAATGGGACCATGGTTTGTGATTTTTTTCTTTCCTAGTCCATGGATTTATGCCATGATATAAAAACCTGTATTTACTGA ATCTTTCAAATAACTTGTATAATCTGTTGATCCTGTTTGGGGGCATGGCAGGTAGAAGAGATTCACTTTGTTGGGTTCCT GAGCAAGCTTCTTGAAACAAAAATAATGCAGGTTCTGCGTTTCAAGCATGGACAGGTGTGTACTGGTTGTCAGCATCCCC CCCCCCCCCCCCAGTTACATTTAGTGCTAATTCTGAGCCTTATCTCTGCACCAGATATACTCTGTAGGTGTTTCAGTATT CCTTGGTGGTAATAAACCCTCAAGAACAGGTGATGCTCGTGGAGACATTAGCATAAATTTCTCATGTGATCCAGAGATAT CTTCCAAGCTGGCAAGTCTCGTGTGTTTGTAAAATAAGTGAACTTTCGAGACTGTTACATGCTTAAAATTACCTTGTAAA TCATTTACAGGTGGATCTTGCTTTGGATGAAATGTTGCGTCTTCAAGAGGAAGGGCCTTCAGAACAGGATGTTTCAACTG TACTTGAAATTGAGCAAAGAGCTCATGAGAATGGACTGCAGGTTAATTTGGACTTAAAGTTTGTTTTATTAGCTTCACAG CTTTTTCTGCACTGTCAATGGAACATAATATACACACACAGACATACAAATTAAATCCACCGTCCCAACTGTAAACATTT CTTACAGCTTTGTGGATGAAAGTGATGTAACATGTAAGTAACATTACGCTCCCATTTCCTTTTTCTTATTTGCACATGTT CTTTCAGGAAAATTATTACTGGCTGGATAGGATTTTACACAGCTATCAATCACGAGTCTATTCTGGTGATGTTGGCACTT CTTTTGAGGTTAATTCTTACTACTCTATCCTTTTGTTTGCATTTTCTTTTTCAATATATTGAGATGCAATCTGTCATGAG GATTAATATATGCATTTTGGTTTTCCAACAACTATCGGAAAGAAGTGAATTTTGACTTCTAGTTCCAGTACTGTTGCTTT ATGGTTATGATTTAGTTTGAAATGGAGTTTAGTATGAAAGGTGGAGACTATCTCTTATTATCAATTTTGATTCTCTCTCA TAATTGATTGCACCATTGAGGTTTTGCTTGCAGGTTATGATCTAAAGCAAATAACCGTTTACTTTTTTTTTTTTCTGTTC ATAATCTTACTAGAAAACTAAAATTATCTTCTTGGGTCCTGACATAAGCTGCTTTTTTTTTCCTTTCAACTAAACGATCT GATAGGAACCTTATCTCTAGTAAGAGCTAGGATTACTCTAAGGTTTACAAGCGTAGGGGTAAAGTGGGGATAAACATTAG TCCCACTACCTTAGGAGAGTAGGGTAACTAATTGTAAGCTGGCAGATTCCCTTTGCAGAGAATCAGGCCAGGTGGTGTGT ATAAACACCAAAGGAAGAGAGAGAGAGGGGGTAGGCTAGAATTGGATTAATCTTGGACTAGGAGAGAATTGAAGCACTCT CGAATTTGCTTCTGCTATCACTGTTATTTCCTTTCTTTCTGTACTGTTTCTACACTGATTCTTGGTGATTTCACCAGAAT CCTAGTAAATAATACAAGTTTCCTTCTGTTCATTCTTCATCTTTCTCTGAATACCTATCATTGGTATCAGAGCTCCCGAT CCAAAGGGAGCTTTGTATGACCTTCACCCGCGCACAAATGGAGAACCGTATGGAGAGCGTTGAGAAGAACGTCTCTGAGA TGATGACTGTTGTCGACGAGCTCCGACAGCTGATGCTCCAACAGACGCGACGCCGGAGCAGGGGCAGATCTAGAACGCCC CGTCGCCGTCACCGCTCGGGAAGTCAGCACTCGTCGAACTCCGGCGATGACTCTCGTAGCTTCCGATCTGTTTCGCTGCG ACACGAGGATGCTTCCCCGAGGAGGCATATTCGCACTGGAAGGAAGATCGATCTCCCTGTGTTCAATGGGGATGATGCTT ACGGGTGGATTGTTCGGGTCGAGCGATTCTTCCGACTCAACGAAGTTGACGATACTGAGAAAGTGCGACTCCTGGTGGTA GCCATGGAGGAACGTGCTCTGAACTGGTTCCAATGGTGGGAAGAACAGACCCCGGAACGCACTTGGGAAGCGTTCAAGGA GGCTCTGGTTCGAAGGTTCCAACCCGGGTTAGTGCAGAACCCGTTTGGACCATTATTGAGCATCAAACAATCCGGAAGCG TGATGGAGTACCGTGAACGATTCGAGATGGTCGCAGCACCGCTGCGTCACACTGACCGAGATATCATCAAGGGAATCTTC CTTAATGGCCTCAAGGAAGAAATCAGGGCCGAGCTGAAGTTGTACAGATCTGGAAAACTGGAGGAGATCATGGACCGCGC GCTGTTATTGGAAGAGAAAAATCTGGCTATGCGCAACAGCAAGGGCGGAGATGAGGACAAGCGAGGATGGAAGGAAAAAG GAGTATCCTCGAGCAAAGCACATCAGACTTGGATAGATGGAAACAAGTGGAAGAGCCAAATTGCAGGATCTACAACTGCA GAGAAATCAAGTGCAGATAAAAGCTCTACTGAAGCTAAAACAGGGGAGAATAAGGGACAAGAGAAGAAGTGGACGGGGGG CCAGAGGTTGTCTCAATCCGAGCTCCAGGATCGTAGCAGGAAGGGCCTATGTTTCAAGTGTGGAGAAAAATGGAACAGGG AGCATGTATGCAAAATGAAGCACTACCAATTCGTGTTGATGGAGACGGTAGATGAAGAGGAAGAAGAAGAAGATGGACAA TTCTTTGAAGCAGAATCTGAACTTGCTGTAGAACACAAAACCTTACTCTTATCCCTCAAGAGCAAGGAAGGCATCACCAC CAGTAGATCCTTCAAGCTACGAGGTCAACTGGGTCAGAGGGAAAAAGCAAGGTCAATCCTCATACTCATAGACTGTGGTG CCACAAGTAATTTCATATCACAGGGACTGGTCAAAGAGATGATGTTACCCATCACCGAGACTGTGACCTATGAAGTGGAG ATTGGTAATGGAGATAAGATTCAGAATCAGGGGGTTTGCAAGGACCTACAATTGCTAGTGCAAGGGTTGAGTTTGACCCA ACAATTCTATGTCCTGGAATTGGGTGGAACAGATTTAGTATTGGGCATGGAATGGTTATCCAGTCTAGGGGATATAAAGG CAAATTTCAGAGAATTAACCTTGCAATGGCAGGTTGAAGGACAGAAAATGATGCTAAGAGGGGACCCCTCTTTAAGCTGT ACTCAAACTTCACTGAAGGCTTTATGCAAAGCCTTGCAAAACAAGGGAGAAGGGTTCTATGTGACATGTGAAAATCCACT AATGGATACAGAAGATGAGCAGGGAATCTCAGATGACATGGCTGCCATTCTAGCAGAATTCCCAGAGGTTTTTCAGGGGT CTCAAGGACTGCCACCAAGAAGGGATTGTGACCATGCTATAACCTTAAAAGAAGGGGCTACCAGCCCTAATATCAGGCCT TACAGATGCCCTTATTATCAAAAGAATGAGATAGAGAAATTGGTAAAAGACATGCTGAATTCTGGAGTCATCAGAACTAG CAATAGTCCCTATAGCAGCCCTGTAATTTTGGTGAAGAAAAAGGATGGGGGCTGGAGATTCTGTGTAGATTATAGGGCTC TGAACAAAATGACAATCCCAAACAAATTCCCAATCCCTGTTATTGAGGAGCTACTTGATGAGTTGGGAACAGCTCAAGTA TTCTCCAAGCTGGACCTTAAGTCTGGATATCACCAAGTAAGGATGCAAGACCAAGACATTCCTAAAACTGCATTCAGGAC ACACGAGGGCCATTATGAGTATGTGGTCATGCCCTTCGGGCTAACCAATGCACCATCCACCTTCCAAGCTTTAATGAATC AGGTGCTCAAGCCATACTTAAGGAGGTTTGCCCTTGTCTTCTTCGATGACATTCTCATCTATAGCCAAGATAAAGAAGCA CATAAAGATCATTTGAGACAAGTCTTGCAACTGCTCAAGGAAAACCAGCTAGTAGTAAATCAGAAGAAATGCTCCTTTGG GAAGAAACAATTAGGATATCTAGGCCACATAATTTCTGGTCAAGGAGTAGCTGCAGATCCAAGCAAAATCAAAGACATGA TTGATTGGCCCACACCTAAGGATTTGAAAAGTCTTAGGGGATTTCTTGGACTGACAGGTTATTACAGAAAATTTGTCAGG GGATACAGCAAGATAGCACTACCTCTTACTCAACTCTTGAAAAAGGATAACTTCAAGTGGGACCAAGCAGCCACTGAAGC ATTTGAGAAGCTGAAGGTGGCCATGACTACCTTACCTGTACTGGCAGCTCCAAATTTTGACAAACAATTTGTGATAGAGG CTGATGCATCAGGCAAGGGCATTGGGGCTGTACTGATGCAAGAAGGAAGGCCAGTAGCTTACATGAGTAAGGTTCTCTCT GATAGGAATCAGAACAAGTCTGTATATGAAAGGGAACTAATGGCCATTGTGATAGCTGTACAGAAGTGGAGACCCTATCT ATTAGGTAGGAGCTTTGTGATACACACAGACCAAAAGAGCCTCAAATACTTGACTGAACAGAGGATAATGGGTGAGGATC AACAGAAGTGGATCACCAAGTTGATGGGATACAATTTCACAATTAAATATAAACCTGGGATAGAGAACAAGGTTGCTGAT GCTCTATCCAGGAAATTTAACTTTTCTGCTCTATCTACTGCACAGTGCCAAGAGTGGGAAGGGTTAGAGGAAGAATTACT CCAAGATGCCAAGTACAGCACTATTATCCAAACTCTACTCACTAATCCAGAGTCACAAGGAGACTTTGAGTATAGAAAGG GACTCTTATACTTTAAGGGCAGAATGGTGATTCCCAAAACATCCTCAAGGATACCTAAGATATTAGAAGAATTTCACAAT TCTGCAGTGGGAGGGCATGCTGGCAATTTCAGAACCATGAAGAGAATTTCTTCTCTATTTTACTGGGAAAATATGAGGTC AGAAATTCAGCATTATGTCCAGAGTTGTGAGGTATGCCAGAGGAACAAGTACCAAGCTCTAAGTCCTGCAGGCCTACTTC AACCCTTGCCTATTCCTTCACAAATCTGGGCAGATATTAGCATGGATTTTATAGGTGGCCTACCTAGGTCCATGGGAAAG GATACCATACTAGTGGTGGTTGACAGACTCACCAAGTTTGCCCACTTCATAGCCCTGTCACACCCTTATTCTGCCAAAAC TGTGGCAGAAAGTTTCACTCAAGAGGTGGTCAGGTTACACGGCTTTCCTAAAACTATTGTGTCAGATAGGGATAGTGTGT TCCTAAGCTCATTCTGGTCAGAACTCTTCAAGCTAGCAGGAACCAAATTAAAATATAGCACAGCCTACCATCCACAAACA GATGGTCAGACTGAAGTGGTCAACAGGTGTGTGGAAACTTATTTGAGGTGTCTCACAGGGAGTAAACCGAAGCTGTGGTC TAAGTGGTTAGGATGGGCTGAGTATTGGTACAATACCAATTACCACTCTTCACTCAAATCTACTCCTTACAAGGCTCTTT ATGGCCAGGACCCTCCTGCTATAGTTAGAGGTGATGTGACCTCCACAGCAGTAGCAGAGGTTACCAGATTAACTGCTGAA AGGAACAACATGCTAGAGGAGCTGAAAGCAAACTTGGCACAAGCTCAGAATCTAATGAAGCAACAAGCCAATAAGCATAG AAGGAATGTCCAGTTTGAATTAGGGGATCAAGTCTATCTGAAGATACAGCCCTACAAACTCCAGACCCTAGCTAAAAGAA CCAATCAAAAACTCAGTCCTAGGTATTATGGCCCATTTGAAGTGGTTGGCAAGATCAGCCCTGTGGCCTACAAATTGCAG CTACCAGAAGGGTGTTTGATTCATCCAGTCTTCCACATATCTCTATTGAAGAAATCCTTGGCTCCTACAGTTCAGGTGCA ACCTTTACCCCATTGTTTATCTGAAGAGTGGGAGCTACAAGTCGAGCCAGCAGCTGTTCTGGACTCCAGACTTAACCCCT TTGGGGAAACTGAACTCTTAGTCAGTTGGAAGAACCTCCCTGATTTTGAGAATTCCTGGGAGTCACTGCAGCAGTTCCAG AACCAGTTCCCAACATTCCACCTTGAGGACAAGGTGTTTTTCCCAGGGGGGGAGTGATGATAGGAACCTTATCTCTAGTA AGAGCTAGGATTACTCTAAGGTTTACAAGCGTAGGGGTAAAGTGGGGATAAACATTAGTCCCACTACCTTAGGAGAGTAG GGTAACTAATTGTAAGCTGGCAGATTCCCTTTGCAGAGAATCAGGCCAGGTGGTGTGTATAAACACCAAAGGAAGAGAGA GAGAGGGGGTAGGCTAGAATTGGATTAATCTTGGACTAGGAGAGAATTGAAGCACTCTCGAATTTGCTTCTGCTATCACT GTTATTTCCTTTCTTTCTGTACTGTTTCTACACTGATTCTTGGTGATTTCACCAGAATCCTAGTAAATAATACAAGTTTC CTTCTGTTCATTCTTCATCTTTCTCTGAATACCTATCACGATCTGTTAATGTTACAATTGCAAATTATGATAACATCATA GGTTATAGAATCGTATGAGTATTTACTCCATTTCATATAACATGAAAAGTGATTGATTTTTCACTTATCATTGCTGCAGA TTCAAGAAGAAGGGCGATCAAAAGTTAGATCATCCCTTACACCCTCAACTGCACAGTTGGCATTACAAAGAATACTGCCT TTTCCTTGCAAAAAACAGTATACTGTAGTGATTCTAATGCCCAAGTCTTCTCCTTTTAAATTACTAAAATCAGTGTTCGA ATCTACTCGAACAAAGTATGGTGGACAAGCAAAGGTTAATTATATCTAATGCCCAAGTCTTCTCCTCTTGTAGTTTGTTA TATGCTTGGATTATATAATAAACAACCATAATTACATTGCGGTATTTTTATCTTGTTGCAGATACTTGGAGGAATCGCTG GTCTGGTAGTTTTGGCGCTTGGTTTCTGGAGACATTCACGGAGAGCTCAAACTAGTAG
CDS sequence (LotjaGi4g1v0442000.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAGAGTACAGGGGAAGCAGAAATGCCACGGGGAGGCTGCAGGATGCTCATTGGATTTTGCTGATGGAAGGTTCAAA GTATGCTGAAAGGTTACCAATTGGGCTAGAGAAAGTAATTAGGACAGTTCCTCATGAGACTGTGAAGAACTTTTACAAGA AGTGGTACCATTTATGCAACATGGCTGTTATAGCAGTTGGAGATTTTCCTGATACACAGAGTGTAGTTGAGTTGATAAAA ACTCATTTTGGCCAGAAAATTCCAGCACCTGATCCTCCACTTATACCAACATTCCACATACCGTCACACGATGAGCCGCG ATTTTCTTGTTTTGTTGAATCTGAAGCTGGTGGGTCTGCGGTGATGATTAGTTATAAGATGCAAGCAGAGGAGCTTAAAA CCGTAAAAGACTACAGAAACTTACTGGCAGAATCCATGTTCTTCCATGCCTTAAACCAGAGATTCTTTAAAATATCGCGT AGAAAGGATCCACCCTTTTTCTCCTGCTCAGCTTCTGCTGATAATCTCGTCCGTCCATTAAAGGCCAATATAATGACTTC ATCTTGTAAAGGAAAAGGAACTCTTCAGGCTCTGGAATCAATGTTAATAGAGGTTGCGAGGGTACGGCTTCATGGCTTTT CGGAGCGTGAAGTATCTATAGTTCGTTCACTACTGATGTCAGAAATCGAATCTGCCTTTTTGGAGCGAGATCAAGTTCAA TCTACCAGCATGAGAGATGAATACTTACAACATTTCCTCCACAATGAACCTGTTGTTGGAATTGAGTATGAAGCTCAACT CCAAAAGACACTTCTACCGCATATATCGGCATTAGAGGTCTCTAAGTGTTCAGAAAGATTACGGACGTCAAATAGCTGTG TCATAAAGACCATTGAGCCCCAAGCATTTGCTGTGCTTGATGATCTGAAAAATGTTGTGAAGAAAGTCAATCTTCTCGAG GAAGAGGGTGAAATCTCTTCTTGGGATGATGAATACATTCCAGAAGAAATTGTTACTACAAAGCCAAATATGGGGCATGT TATGAAGGAATTGGAATATTCAAATATTGGAGCCACTGAGCTAGTTCTATCAAATGGCATGCGGGTCTGCTACAAGCGTA CAGACTTTCTTGATGATCAGGTTATCTTCACAGGTTATTCATATGGAGGCTTGTCCGAACTCCCAGAGAATGAGTATTTC TCTTGCTCAATGGGACCAACTATTGCGGGGGAAATTGGCGTGTTTGGTTATAGACCATCTGTCCTAATGGATATGCTTGC TGGCAAGAGAGCTGAAGTCGGCACCAAGATTGGTGCATATATGAGAACCTTTTATGGGGACTGTTCACCTTCAGACCTGG AAACTGCATTGCAGCTTGTCTATCAGCTGTTTACAACAAATTTAACACCAGGTGAAGAAAGTGTCAAAATAGTGATGCAA ATGGCTGAAGAAGCAGTCTGTGCTCAAGATAGAGATCCATATACTGCTTTTACAAACCGTGTAAAGGAGCTTAACTATGG GAATTCATATTTTTTCAGGCCTGTTAAAAAAGCTGACCTACAAAAGGTTGATCCAGTGAAAGCTTGTGAATACTTCAGCA AATGTTTCAGAGATCCATCAACTTTCACTGTTGTGATTGTTGGAAATATTGACTCTACTATTGCACTGCCCTTGATATTG CAGTACCTAGGTGGAATACTTAAGCCTCCTGAACCTATTATGCATTTTAACCGTGATGAGCTGAAAGGATTGCCCTTCAC CTTTCCAACGACCATCCATAGAGAAGTGGTCCGAAGTCCCATGGTGGAAGCACAGTGTTTGGTGCAGATATGCTTTCCAG TGGAGCTGAAGAATGGGACCATGGTAGAAGAGATTCACTTTGTTGGGTTCCTGAGCAAGCTTCTTGAAACAAAAATAATG CAGGTTCTGCGTTTCAAGCATGGACAGGTGGATCTTGCTTTGGATGAAATGTTGCGTCTTCAAGAGGAAGGGCCTTCAGA ACAGGATGTTTCAACTGTACTTGAAATTGAGCAAAGAGCTCATGAGAATGGACTGCAGGAAAATTATTACTGGCTGGATA GGATTTTACACAGCTATCAATCACGAGTCTATTCTGGTGATGTTGGCACTTCTTTTGAGATTCAAGAAGAAGGGCGATCA AAAGTTAGATCATCCCTTACACCCTCAACTGCACAGTTGGCATTACAAAGAATACTGCCTTTTCCTTGCAAAAAACAGTA TACTGTAGTGATTCTAATGCCCAAGTCTTCTCCTTTTAAATTACTAAAATCAGTGTTCGAATCTACTCGAACAAAGTATG GTGGACAAGCAAAGGTTAATTATATCTAA
Protein sequence (LotjaGi4g1v0442000.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEEYRGSRNATGRLQDAHWILLMEGSKYAERLPIGLEKVIRTVPHETVKNFYKKWYHLCNMAVIAVGDFPDTQSVVELIK THFGQKIPAPDPPLIPTFHIPSHDEPRFSCFVESEAGGSAVMISYKMQAEELKTVKDYRNLLAESMFFHALNQRFFKISR RKDPPFFSCSASADNLVRPLKANIMTSSCKGKGTLQALESMLIEVARVRLHGFSEREVSIVRSLLMSEIESAFLERDQVQ STSMRDEYLQHFLHNEPVVGIEYEAQLQKTLLPHISALEVSKCSERLRTSNSCVIKTIEPQAFAVLDDLKNVVKKVNLLE EEGEISSWDDEYIPEEIVTTKPNMGHVMKELEYSNIGATELVLSNGMRVCYKRTDFLDDQVIFTGYSYGGLSELPENEYF SCSMGPTIAGEIGVFGYRPSVLMDMLAGKRAEVGTKIGAYMRTFYGDCSPSDLETALQLVYQLFTTNLTPGEESVKIVMQ MAEEAVCAQDRDPYTAFTNRVKELNYGNSYFFRPVKKADLQKVDPVKACEYFSKCFRDPSTFTVVIVGNIDSTIALPLIL QYLGGILKPPEPIMHFNRDELKGLPFTFPTTIHREVVRSPMVEAQCLVQICFPVELKNGTMVEEIHFVGFLSKLLETKIM QVLRFKHGQVDLALDEMLRLQEEGPSEQDVSTVLEIEQRAHENGLQENYYWLDRILHSYQSRVYSGDVGTSFEIQEEGRS KVRSSLTPSTAQLALQRILPFPCKKQYTVVILMPKSSPFKLLKSVFESTRTKYGGQAKVNYI
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 | 93 | 93 | 1.2E-14 | – | |
| PANTHER | 1 | 650 | 650 | 0.0 | – | |
| PANTHER | 1 | 650 | 650 | 0.0 | – | |
| SUPERFAMILY | 5 | 94 | 90 | 9.72E-11 | ||
| Pfam | 45 | 222 | 178 | 1.1E-16 | ||
| Gene3D | 109 | 300 | 192 | 6.0E-8 | – | |
| SUPERFAMILY | 342 | 572 | 231 | 1.74E-19 | ||
| Gene3D | 361 | 569 | 209 | 7.1E-12 | – | |
| Pfam | 531 | 647 | 117 | 6.7E-7 | ||
| PANTHER | 650 | 778 | 129 | 0.0 | – | |
| PANTHER | 650 | 778 | 129 | 0.0 | – |
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 | Metal ion binding | Interacting selectively and non-covalently with any metal ion. |
Expression pattern of LotjaGi4g1v0442000.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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