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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0442000 |
| Transcript ID | LotjaGi4g1v0442000.1 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Mitochondrial-processing peptidase subunit beta, mitochondrial, putative; TAIR: AT5G56730.1 Insulinase (Peptidase family M16) protein; Swiss-Prot: sp|Q9FJT9|PQQL_ARATH Zinc protease PQQL-like; TrEMBL-Plants: tr|A0A0B2Q5Y0|A0A0B2Q5Y0_GLYSO Putative zinc protease pqqL; Found in the gene: LotjaGi4g1v0442000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:81557326..81570890) extracted from Lotus japonicus Gifu genome v1.2.
AAGGAACTCAAATGGTGGTAAGTAACGTGAGTGACACTGGTGGTGAAGTAATAGAAGTGTGTAGAGGGTTGTTGTTAGGA CTCGATAACAGAAGAAGAAGAAGAATGGAATTGCTTCCGGCGGGGGCGACGCCGATCCCGAAGAAACAAAGGTTCCGATC GCTGAAGCTTGTGAACGTCGACATGGAGCAGCTCCTCCCTCACCAACCCGTCGGCGTCGACTACGGCACCCTCGACAACG GCCTTCGCTATTACGTTCGCTGCAACTCCAAACCTCGCATGCGAGCTGCTCTCGCTCTCGCCGTCAGAGCTGGGTAACCT AACCTAACCTAACCTAACTCATCGTTTTTCTTCAAATTGTTCATTCCTATTTCGTGAATTCCTCAACTCAATTGCTGATT GTTGTGAAATCGGTATCTCAGATCAGTTCTAGAAGAAGAGGATGAACGTGGAGTTGCTCACATTGTTGAGCATCTTGCTT TCAGTGCCACAACGAAGTACACCAATCATGACATTGTCAAGTTCCTTGAGAGTATCGGAGCTGAATTCGGCGCTTGTCAG AATGCGGTTACCTCTTCCGATGACACCGTCTATGAGCTTTTGGTTCCTGTGGATAAGCCTGAGCTGTTGTCTCAAGCCAT TTCCATTTTGGCTGAGTTCAGTTCAGAGGTATAGTAGAACTGCTCTGATCTGGAATTTTTTGTTTTCTAGGTTTTATTTG TTTGTAATTGTAATCAGATTGTTCTCTGCAGATTCGCGTCTCGAAAGACGACTTGGAGAAAGAAAGAGGAGCTGTCATGG AAGAGTACAGGGGAAGCAGAAATGCCACGGGGAGGCTGCAGGATGCTCATTGGATTTTGCTGATGGAAGGTTCAAAGGTA TCTACCACTTGCTGCTATTAGTCAATGTGAAAGTGGTCTTGTATTGTATATTTGTGTGTTAGATAGATGTGGTTTTTTGG GAATTTTTTATATTATCAATATATGTATGTAATTTCATAAAGCGTTTGATTGACTGTAGTATGCTGAAAGGTTACCAATT GGGCTAGAGAAAGTAATTAGGACAGTTCCTCATGAGACTGTGAAGAACTTTTACAAGAAGTGGTACCATTTATGCAACAT GGCTGTTATAGCAGTTGGAGATTTTCCTGATACACAGGTTCTTTTGTTGTTTATCTCTTTTAATGTTCATAGGGGAAATA TCAAATATGATCTGTTGTTTGGTCATGATTTTTATTAACTGCTTTTACTCTTACTTACAGAGTGTAGTTGAGTTGATAAA AACTCATTTTGGCCAGAAAATTCCAGCACCTGATCCTCCACTTATACCAACATTCCACATACCGTCACACGATGAGCCGC GATTTTCTTGTTTTGTTGAATCTGAAGCTGGTGGGGTAAGTAAGTAACAAATCATTGACTTCTTGAGTAATCTTTCCAGG TTTTTGTTAGCAATTTTATCTCAGTAGGACATTAACATTTAACTTTGGGCTTCCCTGATAACAGTCTGCGGTGATGATTA GTTATAAGATGCAAGCAGAGGAGCTTAAAACCGTAAAAGACTACAGAAACTTACTGGCAGAATCCATGTTCTTCCATGCC TTAAACCAGAGATTCTTTAAAATATCGCGTAGAAAGGATCCACCCTTTTTCTCCTGCTCAGCTTCTGCTGATAATCTCGT CCGTCCATTAAAGGCCAATATAATGACTTCATCTTGTAAAGGAAAAGGAACTCTTCAGGCTCTGGAATCAATGTTAATAG AGGTGTTTTTCATATTGGTCTTAGGAGCTTTTTTCTTTGTCTTTCTCCTTTTTCCATTTTCCATTTTTTCTTCCTTCTTC TTTCCAGATTTATGACAGCTATATTTTAGGTTGCGAGGGTACGGCTTCATGGCTTTTCGGAGCGTGAAGTATCTATAGTT CGTTCACTACTGATGTCAGAAATCGAATCTGCCTTTTTGGAGCGAGATCAAGTTCAATCTACCAGCATGAGAGATGAATA CTTACAAGTATGTGGATATTATATTTCTTTTTTCACATTAAAATGGCTAATGACAAACTGTGGTTGATTTTGGAGATGAT ATTCTCTCTGTCCATGCAGCATTTCCTCCACAATGAACCTGTTGTTGGAATTGAGTATGAAGCTCAACTCCAAAAGACAC TTCTACCGCGTGAGTTGATTATATATATATATATATATCATGTTCTTTTGTCTCTTGATACCATATTTCTGGATAAATTT AGTTTGGGAAGCTTTATAATTAAGCTTATGTTAGCTATTTATACCCTTTAGATATATCGGCATTAGAGGTCTCTAAGTGT TCAGAAAGATTACGGACGTCAAATAGCTGTGTCATAAAGACCATTGAGCCCCAAGCATTTGCTGTGCTTGATGATCTGAA AAATGTTGTGAAGAAAGTCAATCTTCTCGAGGAAGAGGGTGAAATCTCTTCTTGGGATGATGAATACATTCCAGAAGAAA TTGTTACTACAAAGCCAAATATGGGGTGAGTTTGAAAGGGAATTTCTTTCTTTATTGTTACATTACAATTTGGTTTGCCT ATATACTTATTTGCTTTCTGATTTCATCCCTACCTCATATAAATCAGTCTTGGGTGTGATTCACATGTGCATGTATCCTT GTAATAATCAAAGTGGCAGTTCACATAATCATGTCTTTCCTCTGCTGTTATTTTATAGATTCTGTTATTTTATAGATTCT AGGTTGCTGTTTAAGGCTTTGCAACTTCATCATAATATAAACAGAGTGGTTGACACGTTTCTATCAGATCTTATTTGAGC CAGTGTTCGCAGTTTTAGTGATTATCATAAGATCCTTCTTCTGTGATAAGCACAAAACTTTAGTGGTTCTTTTGTAACCT CTCTGAGTTGGATTTGTTGTGAAAATAAATGAAGTTCCTTTTCCTTGTTAGGTAATGTTTATACATTATAGTTGTTTGGT CATGCTTTACAATTCATTTTGTTCCTCTCTACACAGATAGCTATAATAAGAAGAGTTCCTATTGAGCTTCAGAATGACTA GAGAAATGTGAAAAGACTTCCTTACTTGGTTTTCCTTGTAGGACTCAATTGCTTATGCTTTTAGGTTTTTCATTTACTTT GCTGTTAGGCTCTGTTTCATTAAAATCTTGATTGTTCTAAGTAGTAAGATGACAATGACATATGTTTAACCAGCTTGTAC TATAAATTCACTGAAGACTGAAGAGTTTAATATACCAGTTATTAAACTATTATATAGTTCAAATTTCCATCTTCATACGA TTTTAGAATGACCTTTTCTGTGGCATGATTATGATTATCTATTTGGTTTAATTCGATATTTCCGTCCATTTAAATTATGT TTAGGATATAACATTATAATTTCCCCCCTCTTCAAATTAGGCATGTTATGAAGGAATTGGAATATTCAAATATTGGAGCC ACTGAGCTAGTTCTATCAAATGGCATGCGGGTCTGCTACAAGCGTACAGACTTTCTTGATGATCAGGTTCTGATTCTTCT TGGGATTGCTTATCAAGTTGATCGTAGATTCGTAGTTCATACATATTTCTGAGACAGACATTGACCAACTTCTATACCAC TCTATTTATTTATAGTACCGGTTGACAGCTTGTTTCGAGTTTTGTTAAACTGTGTCATATGATCCTTAGAATTTAATCAA GTTATTTAAACCTAAGGTGTTCATAAAGCAACCCAGCCCTATTCAGAATTTCAGAGCACAGTCCAAACTGAAAAACCCAA AACTGAAAAAAATAATAATTAATTTTATTGGATAGGATCAGTTTTAAGTTAGGATCAGTTAGCATGAACATTATTTTAGT TCTAATCTAAACTTGTCGCAACAGGTTATCTTCACAGGTTATTCATATGGAGGCTTGTCCGAACTCCCAGAGAATGAGTA TTTCTCTTGCTCAATGGGACCAACTATTGCGGGGGAAATTGGCGTGTTTGGTTATAGACCATCTGTCCTAATGGATATGC TTGCTGGCAAGAGAGCTGAAGTCGGCACCAAGATTGGTGCATATATGAGAACCTTTTATGGGGACTGTTCACCTTCAGAC CTGGAAACTGCATTGCAGGTATATTTTATTTAATTAGCAAAATCACGTTGTTCCTTTCATGGTTTAATCACAACTTAAAG CAGTGTGTAGTTTCTCACGTCCAAGTAAGCACATTAAAAACCATTATTAAATTATACATCTGCATCACTGCATGTTTATG TTTAAAGCATGAAGCAAGTATTTTTAGTTTTTTTACTTCCACATTAGTATATATTAGTAATCTTGTTCTGAATCCCTGAT AGCATTTCTTCTTTTTTCTTCATGCATGCATTGGGTCAACTTCATATTATTTTTTGTACTTAACTTATCAATACCATCTA ACGTTGTATGGTGATTTTTTTGTTTTATTATGATTTTAAGAATACTCTAATGATGTGCAATCCATGTTTGGTACTGTTGG TAGCCATACATTTCTCCAAGACTTATGTTATATATAGGTGTTTGTCTCAATGCCTTAAAATATTCTGATCCTTGCTGCAG CTTCAGTTTGAAATTATTACTAGTTCAACTGCTTCTATCTTTCATATTTTCTCCCTTTGACCCCTATACCTTTGAAAAAT CTCTGCATCTTAATTTAGCCAGCAACAGCTGCGCTCTTATGTTTGTTAGCATGCTCATCATGGTATTCATTGTTTTCTGT GCAAGTATTTTCAGCCCCCCACCCTGTGCATCTTAATTTAGCCAGCAACAGCTGCGCTCTTATGTTTGTTAGCATGCTCA TCATGGTATTCATTGTTTTCTGTGCAAGTATTTTCAGCCCCCCACCATCTGAGCAGCATTTCAATTTTCAAGCACAGCAC AATTTTCTGAATGTGTTTGGTCTTATTTTTTCCCCAAAAAGTATATTTTGATTTCCTCATTTCTGAATGCATCATACTCT AAATGCTTAGCCCATTTTATTGTGTACTACTCACTCACCCATATCAATGTGTGGCGTATCTTTTTCTAGTAACTATGATA TCATTTGTTTGTTTATTCTTTTATTTTCCAGCTTGTCTATCAGCTGTTTACAACAAATTTAACACCAGGTGAAGAAAGTG TCAAAATAGTGATGCAAATGGCTGAAGAAGCAGTCTGTGCTCAAGATAGAGATCCATATACTGCTTTTACAAACCGTGTA AAGGAGCTTAACTATGGGAATTCATATTTTTTCAGGGTATGGCTAATTTCTGATGTCAATTTAATCATTGACTAATTAAA CTACTCTTGACCTTCAACATATTATCTGTTTGCAGCCTGTTAAAAAAGCTGACCTACAAAAGGTTGATCCAGTGAAAGCT TGTGAATACTTCAGCAAATGTTTCAGAGATCCATCAACTTTCACTGTTGTGATTGTTGGAAATATTGACTCTACTATTGC ACTGCCCTTGATATTGCAGTACCTAGTGAGTGTAAATCCAATTACCGAAAGGCAAGAGACCTTGAATTATTCTGTACTAA ATGATTTCTTTCCATGCAGGGTGGAATACTTAAGCCTCCTGAACCTATTATGCATTTTAACCGTGATGAGCTGAAAGGAT TGCCCTTCACCTTTCCAACGACCATCCATAGGTACGTCACTCGGATGCATTGCATTTGCAAACAAAAGGTGCTAGTGTGA TAATTCTTGTTGTGTAATGTTGTACCTGCAGAAAAAGATGGGGAATTTTTGTTTAGGCTCTCAAATGGTCTATGTTGTCT TTTCAAAATAAAAGGAAAGACCATTCTTTGACATCATATCTAAGAGGCTGTATATCCTCACTTCTCTATTGCATCTTGTT GCCAATATGGATGTTACTTGCACCTTTCTACGTTCCCAGGTGTTAATGGGTACTGAGACACTTTCAAAGTATTCACCGAA TGCATCTTCCAAATAAACTATACTCTGTTGTTGCAGAGAAGTGGTCCGAAGTCCCATGGTGGAAGCACAGTGTTTGGTGC AGATATGCTTTCCAGTGGAGCTGAAGAATGGGACCATGGTTTGTGATTTTTTTCTTTCCTAGTCCATGGATTTATGCCAT GATATAAAAACCTGTATTTACTGAATCTTTCAAATAACTTGTATAATCTGTTGATCCTGTTTGGGGGCATGGCAGGTAGA AGAGATTCACTTTGTTGGGTTCCTGAGCAAGCTTCTTGAAACAAAAATAATGCAGGTTCTGCGTTTCAAGCATGGACAGG TGTGTACTGGTTGTCAGCATCCCCCCCCCCCCCCCCAGTTACATTTAGTGCTAATTCTGAGCCTTATCTCTGCACCAGAT ATACTCTGTAGGTGTTTCAGTATTCCTTGGTGGTAATAAACCCTCAAGAACAGGTGATGCTCGTGGAGACATTAGCATAA ATTTCTCATGTGATCCAGAGATATCTTCCAAGCTGGCAAGTCTCGTGTGTTTGTAAAATAAGTGAACTTTCGAGACTGTT ACATGCTTAAAATTACCTTGTAAATCATTTACAGGTGGATCTTGCTTTGGATGAAATGTTGCGTCTTCAAGAGGAAGGGC CTTCAGAACAGGATGTTTCAACTGTACTTGAAATTGAGCAAAGAGCTCATGAGAATGGACTGCAGGTTAATTTGGACTTA AAGTTTGTTTTATTAGCTTCACAGCTTTTTCTGCACTGTCAATGGAACATAATATACACACACAGACATACAAATTAAAT CCACCGTCCCAACTGTAAACATTTCTTACAGCTTTGTGGATGAAAGTGATGTAACATGTAAGTAACATTACGCTCCCATT TCCTTTTTCTTATTTGCACATGTTCTTTCAGGAAAATTATTACTGGCTGGATAGGATTTTACACAGCTATCAATCACGAG TCTATTCTGGTGATGTTGGCACTTCTTTTGAGGTTAATTCTTACTACTCTATCCTTTTGTTTGCATTTTCTTTTTCAATA TATTGAGATGCAATCTGTCATGAGGATTAATATATGCATTTTGGTTTTCCAACAACTATCGGAAAGAAGTGAATTTTGAC TTCTAGTTCCAGTACTGTTGCTTTATGGTTATGATTTAGTTTGAAATGGAGTTTAGTATGAAAGGTGGAGACTATCTCTT ATTATCAATTTTGATTCTCTCTCATAATTGATTGCACCATTGAGGTTTTGCTTGCAGGTTATGATCTAAAGCAAATAACC GTTTACTTTTTTTTTTTTCTGTTCATAATCTTACTAGAAAACTAAAATTATCTTCTTGGGTCCTGACATAAGCTGCTTTT TTTTTCCTTTCAACTAAACGATCTGATAGGAACCTTATCTCTAGTAAGAGCTAGGATTACTCTAAGGTTTACAAGCGTAG GGGTAAAGTGGGGATAAACATTAGTCCCACTACCTTAGGAGAGTAGGGTAACTAATTGTAAGCTGGCAGATTCCCTTTGC AGAGAATCAGGCCAGGTGGTGTGTATAAACACCAAAGGAAGAGAGAGAGAGGGGGTAGGCTAGAATTGGATTAATCTTGG ACTAGGAGAGAATTGAAGCACTCTCGAATTTGCTTCTGCTATCACTGTTATTTCCTTTCTTTCTGTACTGTTTCTACACT GATTCTTGGTGATTTCACCAGAATCCTAGTAAATAATACAAGTTTCCTTCTGTTCATTCTTCATCTTTCTCTGAATACCT ATCATTGGTATCAGAGCTCCCGATCCAAAGGGAGCTTTGTATGACCTTCACCCGCGCACAAATGGAGAACCGTATGGAGA GCGTTGAGAAGAACGTCTCTGAGATGATGACTGTTGTCGACGAGCTCCGACAGCTGATGCTCCAACAGACGCGACGCCGG AGCAGGGGCAGATCTAGAACGCCCCGTCGCCGTCACCGCTCGGGAAGTCAGCACTCGTCGAACTCCGGCGATGACTCTCG TAGCTTCCGATCTGTTTCGCTGCGACACGAGGATGCTTCCCCGAGGAGGCATATTCGCACTGGAAGGAAGATCGATCTCC CTGTGTTCAATGGGGATGATGCTTACGGGTGGATTGTTCGGGTCGAGCGATTCTTCCGACTCAACGAAGTTGACGATACT GAGAAAGTGCGACTCCTGGTGGTAGCCATGGAGGAACGTGCTCTGAACTGGTTCCAATGGTGGGAAGAACAGACCCCGGA ACGCACTTGGGAAGCGTTCAAGGAGGCTCTGGTTCGAAGGTTCCAACCCGGGTTAGTGCAGAACCCGTTTGGACCATTAT TGAGCATCAAACAATCCGGAAGCGTGATGGAGTACCGTGAACGATTCGAGATGGTCGCAGCACCGCTGCGTCACACTGAC CGAGATATCATCAAGGGAATCTTCCTTAATGGCCTCAAGGAAGAAATCAGGGCCGAGCTGAAGTTGTACAGATCTGGAAA ACTGGAGGAGATCATGGACCGCGCGCTGTTATTGGAAGAGAAAAATCTGGCTATGCGCAACAGCAAGGGCGGAGATGAGG ACAAGCGAGGATGGAAGGAAAAAGGAGTATCCTCGAGCAAAGCACATCAGACTTGGATAGATGGAAACAAGTGGAAGAGC CAAATTGCAGGATCTACAACTGCAGAGAAATCAAGTGCAGATAAAAGCTCTACTGAAGCTAAAACAGGGGAGAATAAGGG ACAAGAGAAGAAGTGGACGGGGGGCCAGAGGTTGTCTCAATCCGAGCTCCAGGATCGTAGCAGGAAGGGCCTATGTTTCA AGTGTGGAGAAAAATGGAACAGGGAGCATGTATGCAAAATGAAGCACTACCAATTCGTGTTGATGGAGACGGTAGATGAA GAGGAAGAAGAAGAAGATGGACAATTCTTTGAAGCAGAATCTGAACTTGCTGTAGAACACAAAACCTTACTCTTATCCCT CAAGAGCAAGGAAGGCATCACCACCAGTAGATCCTTCAAGCTACGAGGTCAACTGGGTCAGAGGGAAAAAGCAAGGTCAA TCCTCATACTCATAGACTGTGGTGCCACAAGTAATTTCATATCACAGGGACTGGTCAAAGAGATGATGTTACCCATCACC GAGACTGTGACCTATGAAGTGGAGATTGGTAATGGAGATAAGATTCAGAATCAGGGGGTTTGCAAGGACCTACAATTGCT AGTGCAAGGGTTGAGTTTGACCCAACAATTCTATGTCCTGGAATTGGGTGGAACAGATTTAGTATTGGGCATGGAATGGT TATCCAGTCTAGGGGATATAAAGGCAAATTTCAGAGAATTAACCTTGCAATGGCAGGTTGAAGGACAGAAAATGATGCTA AGAGGGGACCCCTCTTTAAGCTGTACTCAAACTTCACTGAAGGCTTTATGCAAAGCCTTGCAAAACAAGGGAGAAGGGTT CTATGTGACATGTGAAAATCCACTAATGGATACAGAAGATGAGCAGGGAATCTCAGATGACATGGCTGCCATTCTAGCAG AATTCCCAGAGGTTTTTCAGGGGTCTCAAGGACTGCCACCAAGAAGGGATTGTGACCATGCTATAACCTTAAAAGAAGGG GCTACCAGCCCTAATATCAGGCCTTACAGATGCCCTTATTATCAAAAGAATGAGATAGAGAAATTGGTAAAAGACATGCT GAATTCTGGAGTCATCAGAACTAGCAATAGTCCCTATAGCAGCCCTGTAATTTTGGTGAAGAAAAAGGATGGGGGCTGGA GATTCTGTGTAGATTATAGGGCTCTGAACAAAATGACAATCCCAAACAAATTCCCAATCCCTGTTATTGAGGAGCTACTT GATGAGTTGGGAACAGCTCAAGTATTCTCCAAGCTGGACCTTAAGTCTGGATATCACCAAGTAAGGATGCAAGACCAAGA CATTCCTAAAACTGCATTCAGGACACACGAGGGCCATTATGAGTATGTGGTCATGCCCTTCGGGCTAACCAATGCACCAT CCACCTTCCAAGCTTTAATGAATCAGGTGCTCAAGCCATACTTAAGGAGGTTTGCCCTTGTCTTCTTCGATGACATTCTC ATCTATAGCCAAGATAAAGAAGCACATAAAGATCATTTGAGACAAGTCTTGCAACTGCTCAAGGAAAACCAGCTAGTAGT AAATCAGAAGAAATGCTCCTTTGGGAAGAAACAATTAGGATATCTAGGCCACATAATTTCTGGTCAAGGAGTAGCTGCAG ATCCAAGCAAAATCAAAGACATGATTGATTGGCCCACACCTAAGGATTTGAAAAGTCTTAGGGGATTTCTTGGACTGACA GGTTATTACAGAAAATTTGTCAGGGGATACAGCAAGATAGCACTACCTCTTACTCAACTCTTGAAAAAGGATAACTTCAA GTGGGACCAAGCAGCCACTGAAGCATTTGAGAAGCTGAAGGTGGCCATGACTACCTTACCTGTACTGGCAGCTCCAAATT TTGACAAACAATTTGTGATAGAGGCTGATGCATCAGGCAAGGGCATTGGGGCTGTACTGATGCAAGAAGGAAGGCCAGTA GCTTACATGAGTAAGGTTCTCTCTGATAGGAATCAGAACAAGTCTGTATATGAAAGGGAACTAATGGCCATTGTGATAGC TGTACAGAAGTGGAGACCCTATCTATTAGGTAGGAGCTTTGTGATACACACAGACCAAAAGAGCCTCAAATACTTGACTG AACAGAGGATAATGGGTGAGGATCAACAGAAGTGGATCACCAAGTTGATGGGATACAATTTCACAATTAAATATAAACCT GGGATAGAGAACAAGGTTGCTGATGCTCTATCCAGGAAATTTAACTTTTCTGCTCTATCTACTGCACAGTGCCAAGAGTG GGAAGGGTTAGAGGAAGAATTACTCCAAGATGCCAAGTACAGCACTATTATCCAAACTCTACTCACTAATCCAGAGTCAC AAGGAGACTTTGAGTATAGAAAGGGACTCTTATACTTTAAGGGCAGAATGGTGATTCCCAAAACATCCTCAAGGATACCT AAGATATTAGAAGAATTTCACAATTCTGCAGTGGGAGGGCATGCTGGCAATTTCAGAACCATGAAGAGAATTTCTTCTCT ATTTTACTGGGAAAATATGAGGTCAGAAATTCAGCATTATGTCCAGAGTTGTGAGGTATGCCAGAGGAACAAGTACCAAG CTCTAAGTCCTGCAGGCCTACTTCAACCCTTGCCTATTCCTTCACAAATCTGGGCAGATATTAGCATGGATTTTATAGGT GGCCTACCTAGGTCCATGGGAAAGGATACCATACTAGTGGTGGTTGACAGACTCACCAAGTTTGCCCACTTCATAGCCCT GTCACACCCTTATTCTGCCAAAACTGTGGCAGAAAGTTTCACTCAAGAGGTGGTCAGGTTACACGGCTTTCCTAAAACTA TTGTGTCAGATAGGGATAGTGTGTTCCTAAGCTCATTCTGGTCAGAACTCTTCAAGCTAGCAGGAACCAAATTAAAATAT AGCACAGCCTACCATCCACAAACAGATGGTCAGACTGAAGTGGTCAACAGGTGTGTGGAAACTTATTTGAGGTGTCTCAC AGGGAGTAAACCGAAGCTGTGGTCTAAGTGGTTAGGATGGGCTGAGTATTGGTACAATACCAATTACCACTCTTCACTCA AATCTACTCCTTACAAGGCTCTTTATGGCCAGGACCCTCCTGCTATAGTTAGAGGTGATGTGACCTCCACAGCAGTAGCA GAGGTTACCAGATTAACTGCTGAAAGGAACAACATGCTAGAGGAGCTGAAAGCAAACTTGGCACAAGCTCAGAATCTAAT GAAGCAACAAGCCAATAAGCATAGAAGGAATGTCCAGTTTGAATTAGGGGATCAAGTCTATCTGAAGATACAGCCCTACA AACTCCAGACCCTAGCTAAAAGAACCAATCAAAAACTCAGTCCTAGGTATTATGGCCCATTTGAAGTGGTTGGCAAGATC AGCCCTGTGGCCTACAAATTGCAGCTACCAGAAGGGTGTTTGATTCATCCAGTCTTCCACATATCTCTATTGAAGAAATC CTTGGCTCCTACAGTTCAGGTGCAACCTTTACCCCATTGTTTATCTGAAGAGTGGGAGCTACAAGTCGAGCCAGCAGCTG TTCTGGACTCCAGACTTAACCCCTTTGGGGAAACTGAACTCTTAGTCAGTTGGAAGAACCTCCCTGATTTTGAGAATTCC TGGGAGTCACTGCAGCAGTTCCAGAACCAGTTCCCAACATTCCACCTTGAGGACAAGGTGTTTTTCCCAGGGGGGGAGTG ATGATAGGAACCTTATCTCTAGTAAGAGCTAGGATTACTCTAAGGTTTACAAGCGTAGGGGTAAAGTGGGGATAAACATT AGTCCCACTACCTTAGGAGAGTAGGGTAACTAATTGTAAGCTGGCAGATTCCCTTTGCAGAGAATCAGGCCAGGTGGTGT GTATAAACACCAAAGGAAGAGAGAGAGAGGGGGTAGGCTAGAATTGGATTAATCTTGGACTAGGAGAGAATTGAAGCACT CTCGAATTTGCTTCTGCTATCACTGTTATTTCCTTTCTTTCTGTACTGTTTCTACACTGATTCTTGGTGATTTCACCAGA ATCCTAGTAAATAATACAAGTTTCCTTCTGTTCATTCTTCATCTTTCTCTGAATACCTATCACGATCTGTTAATGTTACA ATTGCAAATTATGATAACATCATAGGTTATAGAATCGTATGAGTATTTACTCCATTTCATATAACATGAAAAGTGATTGA TTTTTCACTTATCATTGCTGCAGATTCAAGAAGAAGGGCGATCAAAAGTTAGATCATCCCTTACACCCTCAACTGCACAG TTGGCATTACAAAGAATACTGCCTTTTCCTTGCAAAAAACAGTATACTGTAGTGATTCTAATGCCCAAGTCTTCTCCTTT TAAATTACTAAAATCAGTGTTCGAATCTACTCGAACAAAGTATGGTGGACAAGCAAAGGTTAATTATATCTAATGCCCAA GTCTTCTCCTCTTGTAGTTTGTTATATGCTTGGATTATATAATAAACAACCATAATTACATTGCGGTATTTTTATCTTGT TGCAGATACTTGGAGGAATCGCTGGTCTGGTAGTTTTGGCGCTTGGTTTCTGGAGACATTCACGGAGAGCTCAAACTAGT AGCAGACTTTTTCATATTAGCAGAGCTACTAATTAGAAGTTTTTCAACATGGAATTCTGTGTTTCGCTAAAAACAAAACG TACATATCAACATTGTAAGAGAAGATTATGTAAACCATAGGTAACTTTCGACTTAGGAGGAAAATTAGTTGTTCATTATA TGTAGCCCCTTTGAGGGATTGAAATGAAACATCTGAATATTGATTTGTTTGTGCTGCACAGAATTGTACTATGCAGCTTC ACTCCATCTTTACTGGCTTTTTAGTCTTCCATAATGTGGTAGTTCTGGTAGACACGGTTAGCGGATAAGTTTGCAGGCAG AATAGGAGGGTTGATTATACATGGTACATTGGCGTCTAATCTATGTGCCATTTAACATTTTTCTTCTTACCTTTATCTTT CGATTATATGGAAGTAGAAGAAATACAAGTTCATTCACCATTAAT
CDS sequence (LotjaGi4g1v0442000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGGTAAGTAACGTGAGTGACACTGGTGGTGAAGTAATAGAAGTGTGTAGAGGGTTGTTGTTAGGACTCGATAACAG AAGAAGAAGAAGAATGGAATTGCTTCCGGCGGGGGCGACGCCGATCCCGAAGAAACAAAGGTTCCGATCGCTGAAGCTTG TGAACGTCGACATGGAGCAGCTCCTCCCTCACCAACCCGTCGGCGTCGACTACGGCACCCTCGACAACGGCCTTCGCTAT TACGTTCGCTGCAACTCCAAACCTCGCATGCGAGCTGCTCTCGCTCTCGCCGTCAGAGCTGGATCAGTTCTAGAAGAAGA GGATGAACGTGGAGTTGCTCACATTGTTGAGCATCTTGCTTTCAGTGCCACAACGAAGTACACCAATCATGACATTGTCA AGTTCCTTGAGAGTATCGGAGCTGAATTCGGCGCTTGTCAGAATGCGGTTACCTCTTCCGATGACACCGTCTATGAGCTT TTGGTTCCTGTGGATAAGCCTGAGCTGTTGTCTCAAGCCATTTCCATTTTGGCTGAGTTCAGTTCAGAGATTCGCGTCTC GAAAGACGACTTGGAGAAAGAAAGAGGAGCTGTCATGGAAGAGTACAGGGGAAGCAGAAATGCCACGGGGAGGCTGCAGG ATGCTCATTGGATTTTGCTGATGGAAGGTTCAAAGTATGCTGAAAGGTTACCAATTGGGCTAGAGAAAGTAATTAGGACA GTTCCTCATGAGACTGTGAAGAACTTTTACAAGAAGTGGTACCATTTATGCAACATGGCTGTTATAGCAGTTGGAGATTT TCCTGATACACAGAGTGTAGTTGAGTTGATAAAAACTCATTTTGGCCAGAAAATTCCAGCACCTGATCCTCCACTTATAC CAACATTCCACATACCGTCACACGATGAGCCGCGATTTTCTTGTTTTGTTGAATCTGAAGCTGGTGGGTCTGCGGTGATG ATTAGTTATAAGATGCAAGCAGAGGAGCTTAAAACCGTAAAAGACTACAGAAACTTACTGGCAGAATCCATGTTCTTCCA TGCCTTAAACCAGAGATTCTTTAAAATATCGCGTAGAAAGGATCCACCCTTTTTCTCCTGCTCAGCTTCTGCTGATAATC TCGTCCGTCCATTAAAGGCCAATATAATGACTTCATCTTGTAAAGGAAAAGGAACTCTTCAGGCTCTGGAATCAATGTTA ATAGAGGTTGCGAGGGTACGGCTTCATGGCTTTTCGGAGCGTGAAGTATCTATAGTTCGTTCACTACTGATGTCAGAAAT CGAATCTGCCTTTTTGGAGCGAGATCAAGTTCAATCTACCAGCATGAGAGATGAATACTTACAACATTTCCTCCACAATG AACCTGTTGTTGGAATTGAGTATGAAGCTCAACTCCAAAAGACACTTCTACCGCATATATCGGCATTAGAGGTCTCTAAG TGTTCAGAAAGATTACGGACGTCAAATAGCTGTGTCATAAAGACCATTGAGCCCCAAGCATTTGCTGTGCTTGATGATCT GAAAAATGTTGTGAAGAAAGTCAATCTTCTCGAGGAAGAGGGTGAAATCTCTTCTTGGGATGATGAATACATTCCAGAAG AAATTGTTACTACAAAGCCAAATATGGGGCATGTTATGAAGGAATTGGAATATTCAAATATTGGAGCCACTGAGCTAGTT CTATCAAATGGCATGCGGGTCTGCTACAAGCGTACAGACTTTCTTGATGATCAGGTTATCTTCACAGGTTATTCATATGG AGGCTTGTCCGAACTCCCAGAGAATGAGTATTTCTCTTGCTCAATGGGACCAACTATTGCGGGGGAAATTGGCGTGTTTG GTTATAGACCATCTGTCCTAATGGATATGCTTGCTGGCAAGAGAGCTGAAGTCGGCACCAAGATTGGTGCATATATGAGA ACCTTTTATGGGGACTGTTCACCTTCAGACCTGGAAACTGCATTGCAGCTTGTCTATCAGCTGTTTACAACAAATTTAAC ACCAGGTGAAGAAAGTGTCAAAATAGTGATGCAAATGGCTGAAGAAGCAGTCTGTGCTCAAGATAGAGATCCATATACTG CTTTTACAAACCGTGTAAAGGAGCTTAACTATGGGAATTCATATTTTTTCAGGCCTGTTAAAAAAGCTGACCTACAAAAG GTTGATCCAGTGAAAGCTTGTGAATACTTCAGCAAATGTTTCAGAGATCCATCAACTTTCACTGTTGTGATTGTTGGAAA TATTGACTCTACTATTGCACTGCCCTTGATATTGCAGTACCTAGGTGGAATACTTAAGCCTCCTGAACCTATTATGCATT TTAACCGTGATGAGCTGAAAGGATTGCCCTTCACCTTTCCAACGACCATCCATAGAGAAGTGGTCCGAAGTCCCATGGTG GAAGCACAGTGTTTGGTGCAGATATGCTTTCCAGTGGAGCTGAAGAATGGGACCATGGTAGAAGAGATTCACTTTGTTGG GTTCCTGAGCAAGCTTCTTGAAACAAAAATAATGCAGGTTCTGCGTTTCAAGCATGGACAGATATACTCTGTAGGTGTTT CAGTATTCCTTGGTGGTAATAAACCCTCAAGAACAGGTGATGCTCGTGGAGACATTAGCATAAATTTCTCATGTGATCCA GAGATATCTTCCAAGCTGGTGGATCTTGCTTTGGATGAAATGTTGCGTCTTCAAGAGGAAGGGCCTTCAGAACAGGATGT TTCAACTGTACTTGAAATTGAGCAAAGAGCTCATGAGAATGGACTGCAGGAAAATTATTACTGGCTGGATAGGATTTTAC ACAGCTATCAATCACGAGTCTATTCTGGTGATGTTGGCACTTCTTTTGAGATTCAAGAAGAAGGGCGATCAAAAGTTAGA TCATCCCTTACACCCTCAACTGCACAGTTGGCATTACAAAGAATACTGCCTTTTCCTTGCAAAAAACAGTATACTGTAGT GATTCTAATGCCCAAGTCTTCTCCTTTTAAATTACTAAAATCAGTGTTCGAATCTACTCGAACAAAGTATGGTGGACAAG CAAAGATACTTGGAGGAATCGCTGGTCTGGTAGTTTTGGCGCTTGGTTTCTGGAGACATTCACGGAGAGCTCAAACTAGT AGCAGACTTTTTCATATTAGCAGAGCTACTAATTAG
Protein sequence (LotjaGi4g1v0442000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVVSNVSDTGGEVIEVCRGLLLGLDNRRRRRMELLPAGATPIPKKQRFRSLKLVNVDMEQLLPHQPVGVDYGTLDNGLRY YVRCNSKPRMRAALALAVRAGSVLEEEDERGVAHIVEHLAFSATTKYTNHDIVKFLESIGAEFGACQNAVTSSDDTVYEL LVPVDKPELLSQAISILAEFSSEIRVSKDDLEKERGAVMEEYRGSRNATGRLQDAHWILLMEGSKYAERLPIGLEKVIRT VPHETVKNFYKKWYHLCNMAVIAVGDFPDTQSVVELIKTHFGQKIPAPDPPLIPTFHIPSHDEPRFSCFVESEAGGSAVM ISYKMQAEELKTVKDYRNLLAESMFFHALNQRFFKISRRKDPPFFSCSASADNLVRPLKANIMTSSCKGKGTLQALESML IEVARVRLHGFSEREVSIVRSLLMSEIESAFLERDQVQSTSMRDEYLQHFLHNEPVVGIEYEAQLQKTLLPHISALEVSK CSERLRTSNSCVIKTIEPQAFAVLDDLKNVVKKVNLLEEEGEISSWDDEYIPEEIVTTKPNMGHVMKELEYSNIGATELV LSNGMRVCYKRTDFLDDQVIFTGYSYGGLSELPENEYFSCSMGPTIAGEIGVFGYRPSVLMDMLAGKRAEVGTKIGAYMR TFYGDCSPSDLETALQLVYQLFTTNLTPGEESVKIVMQMAEEAVCAQDRDPYTAFTNRVKELNYGNSYFFRPVKKADLQK VDPVKACEYFSKCFRDPSTFTVVIVGNIDSTIALPLILQYLGGILKPPEPIMHFNRDELKGLPFTFPTTIHREVVRSPMV EAQCLVQICFPVELKNGTMVEEIHFVGFLSKLLETKIMQVLRFKHGQIYSVGVSVFLGGNKPSRTGDARGDISINFSCDP EISSKLVDLALDEMLRLQEEGPSEQDVSTVLEIEQRAHENGLQENYYWLDRILHSYQSRVYSGDVGTSFEIQEEGRSKVR SSLTPSTAQLALQRILPFPCKKQYTVVILMPKSSPFKLLKSVFESTRTKYGGQAKILGGIAGLVVLALGFWRHSRRAQTS SRLFHISRATN
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 1009 | 1009 | - | – | |
| PANTHER | 40 | 1034 | 995 | 0.0 | – | |
| PANTHER | 40 | 1034 | 995 | 0.0 | – | |
| Gene3D | 53 | 291 | 239 | 1.4E-54 | – | |
| SUPERFAMILY | 66 | 294 | 229 | 1.83E-39 | ||
| Pfam | 86 | 203 | 118 | 1.4E-23 | ||
| ProSitePatterns | 101 | 124 | 24 | - | ||
| Pfam | 243 | 420 | 178 | 1.7E-16 | ||
| Gene3D | 307 | 498 | 192 | 9.6E-8 | – | |
| SUPERFAMILY | 540 | 770 | 231 | 2.75E-19 | ||
| Gene3D | 559 | 767 | 209 | 1.1E-11 | – | |
| Pfam | 729 | 909 | 181 | 4.9E-17 | ||
| SUPERFAMILY | 794 | 937 | 144 | 8.8E-8 | ||
| Gene3D | 821 | 994 | 174 | 6.4E-10 | – | |
| Phobius | 1010 | 1031 | 22 | - | – | |
| TMHMM | 1010 | 1032 | 23 | - | – | |
| Phobius | 1032 | 1051 | 20 | - | – |
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 LotjaGi4g1v0442000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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