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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0024600 |
| Transcript ID | LotjaGi2g1v0024600.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Succinyl-diaminopimelate desuccinylase; TAIR: AT4G38220.1 Peptidase M20/M25/M40 family protein; Swiss-Prot: sp|Q99JW2|ACY1_MOUSE Aminoacylase-1; TrEMBL-Plants: tr|A0A0S3T0P1|A0A0S3T0P1_PHAAN Aminoacylase; Found in the gene: LotjaGi2g1v0024600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:8563716..8574117) extracted from Lotus japonicus Gifu genome v1.2.
ATAGTGCAGGTGGAAACGCAAATGATAACAATTAAAACAACTTCAGTTTGGAACCTTAGCAGATTGTTCAAACGCAAATG GATTAACTGTGTTCAATAACCAGTATAATCAAGTTTAACAAACTCTGTAATCGCTTATTCGTGTTTCGAATAAAATTAAA TGATAAAACCTCGTGCATCGCACGGGTTAAAGAATCCTAGTCAGATATAGGAAGGAGGAGTTGAAGAGTGAGCTGTGCAT TCAGCAGTGAGTTGACTGCGAGATAGATGACGAAGTTGAATTGCAGAAGAAGCATCCTCCTTCTCCTCTTCTTCTTCTTC CTCGTTGCAGTCTCGTTAGCAATAGAAGAAGAAGAAGAAGAAGAAACAATCATCTCTCGTTTCCAGCAATACCTTCAAAT CCAAACTGACCAACCAAACCCACGTTACAAAGAAGCATCAGAGTTTCTCATCTCACAAGCCCAATCCCTCTCACTCGAAT TCCAAACCATCGAGTTCGTCTCAGGGAAGCCTCTCGTCCTTCTCAAATGGCCAGGAACAAACCCTCACCTCCCTTCCATC ATGCTCTACTCCCACACAGACGTCGTCCCCGCCGAGCATCACAAATGGTCCCACCATCCCTTCGGGGCCCACATCGACGC CGACGGACGCATCTTCGCTAGAGGCTCTCAGGACATGAAGTGCGTCGGGATGCAGTACTTGGAGGCTGTTCGCCGCCTCA AGGCGCACCACCGCTCCTTCCACCCACTCCGCTCCGTCTACTTCGCCTTCGCCCCCGACGAGGAGATTGGCGGCCTCGCC GGTGCTGAGAGCTTTTCTCAATCTGATATCTTTCAGAAGTTGAATGTAGCCATAGTGCTTGATGAAGGTTAGGTACTACA TTGAACCTGTTTCAGTTGGGTCAATGTGAAAGCATGTTCACTCAACCCAACAAGTGCATTCCGTTGGCTGAATGTGCATT GGAAATCGTGATCTCGAATTCCAATGCTTCAAACAGACTTTCTAACTGAAAACTAAACATTGTTAATTGGATTTGGCCTG TGTTTGGAAGCATAAACACATATTCAAGTGTTTGAGTAAGCCTATGAAATATCTATAATCTCTTGATTTTACTTTGGAAA ACAGGTCATATTAGCTTATTAGCTTATGAATATGCCCCATTTAGAAAAACTTATTTGAGCTTATCTTATAACATAATTTA TGCAAGTTTTGGGAAAGCTTATGACCTGAGTATAAGATGCGTTGAGCTTATTTTCATAAGCTGTTCAGAATAGCTTATGC TTATTTATAAACTTATTTCAATAAATTTCTTAAAATGGCTTATGAATAAGCGTTGTTTTCCCAAACACACCAGCTTATGT TTAGCCATAGTGCCCGATGAAGGTTAGGTACATTATTATTAATTAGATTTAGGCCGTGTTTGGAAGAAATTATCTTATAG CCTGTGTTTGGAAGCATAAATTATGAGTAAGCTTATGGTTATACTACTATAGTTTATGACATATCTATATATAATCTCTT TTGATTTTATTTTAGGAAACAGGTCATATTAGCTTATTGGCTTATGAATATAGCTTATGTTTACCAATAGTGCTCGCTGA ATGTTAGGTGCATTATTAATTAATTAGATTTAGGCCGTGTTTGGAAGAACTTATCTTATAGTATAATCACTTGCAAGTGT TTTGTTAAGCTTATGCTTATGAATATAGCTTACTTATTACCTACCTGAAATCTTTTTGATTTTATTTTTAGAGACTGCTC GTATTAACCGATGAGTAAGCGCTTATACTTAGGTATGTATAAGTTTTTCAAGAGTTTATGAATAAATGCTTATTGCCATA AACGTTTAATTAAGTGGTATATCCAAAAACACCCTTACATCATAGCAGCTTGGGTAGATATGAGAAATTTGCACTTTTAA GGAAGAATTGATAAGTTGAATAAAATGAATACCTATGCTATAAGAACAAAGTATTTATCTATCTATCTATGTTAGAACTG GCAGATCTAGGTTAACAGTAATTGGGGAAAAATCAAGAACAGAGAAGGAAAATGCAATTGAGATCAGAGAAGATTTGGAT TTCTTGAAGAACAAGCTTGGATACAGTTTGGAAGAGAAACCACTTTCTCTCTCTAGCTAACTGAATTCCTCAATTCAGTT CAAGACTCAACTGTTTCCAAAACTCTCTTCTCACTAACAGTAAAGCTATTTATATCCTAGTTTGCTATATTACAAACTAG TCCTTTAAGAAAGTATTTATTCTAAGTCAGTCCTAAACATGGACTAACTAATCCTTATTTTGTCTCCTAACATAGACTTG CGAGACAATAGGTCTACCCTTGATCCTAACAATACCCCCCTAAAAGAACCACCTTGTCCTCAAGGGGAAAATCAGGAAAG TGAGACATAATGGCAGTGGCTAATTCCCACGAATTCTCATGAGCTGGTAAGTTCTTCCAAGACAGCAACACTTCCAATTG ACCCTGAGCATTTTGCCTCCAATCCAGCAAGTCAGCAGGTTCCACCTCCAAGCAAAAATCCTCAGTCAAAGTATCAGGAA GAGGTTGAGGAGTATGGCCCTGAGCAACAGCCTTTTTGAGGACAGAAACATGAAAAACAGGATGTATGCGAGCCGTAGGA GGCAGGTCCAACTTATAAGCAACCTGACCTACTTTAGCCACAATCTGGAAAGGACCATAAAACCTTGCAGAAATCTTAGG ATAGGTCCTAGTAGCCATAGACTTCATCTTATAGGGATGAAGTTTGAGATATACCCAATCACCAACCACATACTCAACAT CCCTCCTATGCTTATCAGCTTGAGTCCGCATGGAAGCCTGAGCTTTAAGCAAATTCTGCTGCAATTGGGATAACAACACA TCTCTTTGCTGTAGCAACTGAGATAAATCATCCAGCTTGGTTAGTTCCACACAACCCTTCACCAAAATAGGTGGATCTCT ACCATATAGAGCCTTAAAGGGTGTCATGCCAGCAGAAACTTGAAAATTGGTATTGTACCAATATTCTGCCCAATGCAAAC CCTCCAACCACTTCCTAGGTGTGGGTCCAACATAACACCTCAAATAGGTTTCAAGACATCTATTCAGCACCTCTGTTTGA CCATCAGTTTGAGGATGGTAAGAGGTGCTCATCTTCAGGAGAGTGCCAGATAGTCTGAATAATTCTCTCCAGAAATTACT TAAGAAAAGAGGGTCTCTGTCAGAAATTATGGTAGCTGGAAAACCATGCAGTTTAACCACTTCATGGATGAAAAGCATAG CCACATCTTTGGCAGAATAGGGGTGCCCCAAAGAAAGGAAATGAGCATACTTAGTCAACCTGTCCACCACTACTAGCACT GTGTCTTTCCCTTTAACTCTGGGTAGCCCTCCCACAAAATCCATAGAAATGTCCTGCCATACTTGGGAAGGAATGGGAAG AGGTTGTAACAAACCAGCTGGGGACAAAGCTTGGTACTTGCTTCTTTGACAAATTTCACAAGCAGCCACAAACTTCTGAA TATCACTTCTCATGCCAGGCCAAAATAAGAAACTAGCAATCCTTTTATAAGTCCTAAAGATACCAGAATGTCCCCCAGAT ACTGTGGCATGACATTCAGCTATGATGACTAGGATCTTATTGGACTGAGGAGAAAGGACTAACCTGCCCTTATATCGCAA GATGCCTTGTTTCAGCTCATAACCAGGATGTGAAGAGGAATTGAGCAATAGATCCTGCTTAATCTTCTGTAAAGTGGGAT CTCTATCAGCTTCTTGAGCCCATTCCTCAGCCTCATCTGTTTGGACCATAGAAATAGAAGAATACATGTCCCTTCTAGAT AAAGCATCAGCCACTTTATTGTCAACTCCTGGCTTATATTGGATCTCAAAATCCAGCCCTATGAGCTTAACTGCCCACTT AAATTGCTCTTCATTATATAATCTCTGGTCTTGCAAAAACTTGAGGCTTCTTTGATCAGTCTTTATGATGAAATGTCTGC CCAAAAGGTAGTGCTTCCATCTCTGGACAGCTTGAACTAGGGCCATCAATTCCCTCTCATACACAGATTTAAGTTGGGAT CGAGGAGAAGGGCCCTTACTCCAATATGCCAAAGGCTTTCCCTCTTGCATGAGGACTGCCCCAATCCCCTTACTGGATGC ATCAGTTTCAACTACAAAGGTTTTATCAAAATTTGGGACTGCCAACAATGGTAATTGAACCATAGCCTGCTTGAGAGCTT GAAAAGAAGCTGTAGCTTCTGCTGACCATACAAATGCATCTTTTTTGGTCAAATCTGTTAAAGGTTTAGCTATTTTTCCA TAATCTTTGACAAATCTCCTGTAGTAGCCTGTCAACCCTAGGAAACCCCTCAATCCCTTAATTTCTGTAGGAATTGGCCA GAGTTGCATTGCCTCTACTTTCTTCTCATCAGCCGCTACCCCCTGTCCTGAAATAATGTGCCCTAAATACTCTAGACTGG TCTGGCCAAAAGTACACTTCTTTTTGTTTGCCTTAAGAGAATGGAGCTGAAGTGTAGCCAACACTTGCTTGAGATGAGAT ATATGAGCTTCTTGGTCCTTACTATAGACCAAAATGTCATCAAAGAAGACTAGAACAAACCGCCGCAAAAATGGCTTGAG AATGTCATTCATCAAGGCTTGGAAAGTGGAAGGAGCATTGGTGAGCCCAAAAGGCATGACCAAGAACTCATAATGGCCCT CATGAGTTCTAAAAGCTGTCTTAGCCACATCCTCATCCCTCATTTTGATTTGGTGATAACCAGATTTAAGGTCCAGTTTA GAGAAAATAGTAGCTCCCCCTATTTCATCCAAAAGTTCTTCAATAACAGGTATAGGAAATTTGTTGGGGATAGTCACCTT ATTCAAAGCTCTATAATCCACACAAAATCTCCATCCTCCATCCTTCTTTTTAACCAAAATGATAGGACTAGCAAAAGGGC TTATGCTAGGCCTAATAATTCCTGAATGTAACATCTCCTGAACCATCTTTTCCACCTCAGATTTCTGGAAATGGGGAATT TTGTAAGGTCTCAGATTAGGAATATCAGCTCCTACCTTCAAATGTATGGCATGATCATGCTTCCTTGAAGGTGGTAATCC CTGAATGTCCTGGAATACTTCATCAAATTCTCCCAAAGCTGCACTCAATTCTGGACAAATTTCCTCTTCCTTCCTAGCTG GACTTGGCTCAGCTGTCAACTGCAGTAGCCAACCCTCTCCTTCTGCCTTCAGTAAATTCATGAAGGACCTAACACTAATT TGACTTTTAGTGAGAGCAGGATCTCCAGTAATTAACTTCCATTCATCTCCCTGTTTAATAGACAATTTCAGCTTTCCAAA GTCAGCTTTTACTTCTCCTAAGCTGGCCAACCATTCAAGGCCTAGCACCAAATCAATGCCTTGTAACCCAAACAAGTAAT ATTCCTGTTGGAACTGAATCCCTTGAATGTCCACCATCAACCCCTCACACTTGCCTTGACATCTTACCTTGTATCCATCC CCCACTTCCACAGTATAACTTGCTGTAGGGGTAATGTGCAGTTGCAGGGAGGCCACTAATTCATGTGAAACAAAATTGTG GGAAGCTCCACAATCTATGAGGATTACTACTTCCTGGCCATTGATGAATCCCCTCACCTTCCAAGACTTTGCAGAAGTAA AACCAGCTATGGAATGAAGTGATAATTGCAAGGATTTCATACTTTTGTCTTCTTCTCCAGGAACTGCCAATTCCTCTTCT TCTTCTTCCTCCATAATCACCATTCTTAGATGCTTATTCTTGCATCTATGTTCCCTACTGAAAGGCTCATCACACCTGAA ACATAGCCTTTTTTCCCTTTTTTCTTTCATTTCTGCACTAGACAATTGCCTATAATCTCCACTTCTCAAAGCAGGAGCTA CATTAGCAGTATTAGCACTACTACCAGAACCAGTTTCTGTTTTCTTATCTCCCAATGACTTTGATTCAACAGTCACAACC TTATTAAAAGGATTATTCCTATAATATCCACTCCCTCTATTGCTAGGATTGGGAGTAGCTTTTTGTAAAACCAAATTCTT CTGTTCTATCATTAAAGCTTTTTGAATTACTGAAGTTAAAGTAGTCAATTCATAAAGTTTTACCTCTACACGAATCTCCT CCTTCAAGCCATTCAAGAAGATTCCCTTGGCAAAATCTTGATCTATCTCTCTTAGAGCCCCTACATATTTCTCAAATTCC TCCACAAAGACTTCTACAGTATCAGTTTGTTTCAAAGACAGTAGTAACTCAAAAGGATTTTGCATCATGGCAGGTTGAAA CCTCCTCACTACAGCCACTTTGAATGCTTCCCACGAAGGCCTAGGATTGCACCTTTCCCACCACTGAAACCAACTCAGTG CTTTCCCTTCCAGAGCAAGCAAGGTTGCTTGCATCTTTTCTTCTTCAGTAACTTCCCTCAATTGGAAGTATCTCTCCAAT TTTTGTACCCAGCCAAACGCATCATCACCGCCAAACACTGGAATTTCCAGCTTCCTCCATTTGCTCCCTGTTCTGTCACG ATCCAAATTGGACTCCAAGACAGTTTCAGATCGCACATCACGCGTCCCTTCCTCATCTAGGGTTGCGATTCCCAACCTAG TGAGCACTGCGTGAAGTGTATCCTCAATCCTCCTAGCTCGAACTGCAGTCTCTGCAATTGCGTCTTCAACCTGCTTGGTC CTAGCTTCGTTCACCTCCACGCGAACCCGAAGCTCCTCACTCTCTGAGTTGCCTTCGCCATCACCCATAGCAGAAGCGCG AGTCATCACCATAGTCGATTCCTCCACAGAACGCGATTTCACAATAGAATTTCTTCAGCGGAAACGAAATCAGGGCACCA GAATCGGTGCTCTGATACCAGTGTTAGAACTGGTAGATCTAGGTTAACAGTAATTGGGGAAAAATGAAGAACAGAGAAGG AAAATGCAATTGAGATCAGAGAAGATTTGGATTTCTTGAAGAACAAGCTTGGATACAGTTTGGAAGAGAAACCACTTTCT CTCTCTAGCTAACTGAATTCCTCAATTCAGTTCAAGACTCAACTGTTTCCAAAACTCTCTTCTCACTAACAGTAAAGCTA TTTATATCCTAGTTTGCTATATTACAAACTAGTCCTTTAAGAAAGTATTTATTCTAAGTCAGTCCTAAACATGGACTAAC TAATCCTTATTTTGTCTCCTAACATAGACTTGCGAGACAATAGGTCTACCCTTGATCCTAACAATCTATCTCAATTGAAA AGTTTCTTTACTTTAAGTTAGTTGATTTAAACTAGGCTTTGTTCAATTAATTCTCATTGAGTTCAGCTTTTGTTACAAAC AAACAGGGTTGGCTTCACCGGATGAGCATTACAGGGTGTTTTACGCAGAGAGGAGTCCCTGGTGGCTGATGATTAAGGCT GTTGGGGCTCCAGGTCATGGGTCTAAGCTTTATGATAACTCTGCTATGGAGAATATCTTGAAGAGTATTGAGAGCATTCG GAGGTACCGTGCCTCCCAGCTTGACTTGATCAAGGCCGGCTTGAAGGCTGAAGGGGATGTTGTTTCTGTTAATATGGTCT TCTTAAAGGCTGGAACTCCAACCCCAACTGTAAGTCAATCAAACTTGTTCTCTGTATGAAGTAATATATAATATTAATGA TAATATCATTTGATCTTTATAGGAATAGAATAGAATCAATGTTCTTTTTCAACATTATTCTTTCTCTTAATCATATATTT ATATATTCATATGAATAGTTGATTATGCATTGGATTGGAATCTGCAAACAATATATGCTGAGAATTCACCTCACACTTCT CTTGTTTGTGTGCGCGTGCTAAGTGCTGAGAGATTTCAGAAACTATTATGGTTTAATTTCCTCTCAGATGATTCTATTCT ATTTCTCTTTTTCTGTGCACCAGGGTTTTGTCATGAATTTGCAGCCATCTGAAGCTGAAGCTGGATTTGATATTAGGGTG CCGCCAACTGCTGATCAAGAATCATTGGAGAGACGCATTGCTGAAGAATGGGCACCTGCTGGGCGCAATATGTCATTTAC TGTAATTACCACCTTCTTCTTTATATTTTTCTTCCACGCATTATAAATACACTATACACCAAGATAATGGTTGGCTGCTT TGCTTTTTCACTTTCACAGCCATAGGAAATATTTCAATGATTTAGCTTGCAACTTCCTTTATATCTTTTTTACAACAAAC ATCTGTACTATAAGCCTTTAACATGTCAGATCATGGCCTTCATCTTGTGCAGTTTTTATTATCTTTTCCATCAGAAATAG TTAATGTCATGGGTGATTCTGGTGGGAATTTAGGTCAAGATCAATGAAAATAAAAGAATAAGGTGTCCATATGTGGATGT ACGCGTTTATATTTGTATAACATGCTTCAGTGACTTTATGCACATATGTTTGTTTGTGGACAATGTTTAAATTAATTGAA CGGAGAAGGAAAAAAGCTAGATAATGGAAAAGTTGGTGTTAAATCTCAATTTCACGGATTGACTACCTTTTAAGGTGACA GTTATGGATTTGGTAGGATTAGGATAAAGATTTTTTTTGGAATAAACTGACTTTGAAAGGGTGGTTGGCAACTGCTATGC TGCTTTCTTAAGTGATAGTATGGATGATAAATAAGTTTCTCTCAAATTTTCATCTGTGTAGACATGATTGATTATTTAAA TTCCCATCTGACATTTTTAGCTTGGGCAGTTCAAACAGAAGGTACCTGTGTATGATAAGCATGGAAATCCAGTCCTGACC AAAACTGACAGTTCCAACCCCTGGTGGGGGCTGTTAAAAGATGCTGTCCAAAAGGCTGGTGGGAAACTCGGTAAGCCAGA GATATTTCCTGCCTCTACGGATTCGCGCTATTTCCGCGAAATTGGAATGCCAGCAATTGGATTCTCACCTATGGCAAACA CTCCTATTCTACTCCATGACCACAATGAGGTGATTCCTTTGATTTATTTTGTGCATAGTTGATCATTTGCTAGTATGCTT TCTGTAGAACTAAATATCTGATTTGTTATTTAGAAGTAAGACTTGCATTACATCCTAATGAAGATATGGCTTTGAGAATC ATGAAGATGCGATGCATGAGTTTTTTTATGCCTACAACAGGGTAGTCCTAGACAATAAAAAAATCGCAATGATTTATGCC TCCAGTTTTGACAGTTTTTCTCTCAGTTGTAGCATAGAAGTGGAGTTTTTATTTTTCTTTTCTTCTTTGGTATGGAAGTG TTCCTACATCCTAACTGACTTCCATTCTTCTGCAAGCATTTCTCTCTGACTTACTTAACTGCATATAGTTTGGAATTGAA CTTTGACTTGAGCGTTGCTTCTTCTTTGTGCAGTTCCTGAACAAAGATGAATACTTGAAAGGGATTAAAATTTATGAGTC AATAATTAAAACATATGCATCATTCGAAGATCATGGAAGAGATGGAGGATCCAGAGATGAGTTATGAGCAAGCCATGTGG CACCTTCCCTGTTCATATATCCCACTTTCTGCCTTTTCTTGGTGTAACATATTTAGATTGATTCAGTTGAGTAGTTTTTT TTTTAATATGCAACAATAAAGCGGAGAGAAATAAATGGTTTGACTTCAAACTTTGTTTGTGCTGTGATATTAAGTGTGAA TAAGTCTCATATTGGAAGAAAAATAGCAACTCTAAGCAATTAAGATAACACGTACACCTAATGTCTTAAGATTTTTCTTG AAAGATGTGATGTCAAATTTACTTGTGGTTTGCTTTTTAGCCTAATGTGATGATCCCTTAGTTTTAAACATCTCTTTGGC CCAACACTTTGGTCAATGCAACCGGGACTTGTGTGGAGTGTTTTTATAAATAATTTTTTTGTGCAAACAATTATTGTCAA AAATCACTATAAATATGGATCATGAAATATAAATTGAGAGAATAGTCAAAATGGTTCATGGTGGAAGTGTGGGTTGATGA CAAGTTCGTCTTTGAAAGAAGAAAATAGTCAATTTAGTCCTTAATGTTGTAAAATGTCAATTAAATTAGTCCTTATGATC ACATAAAATGTCGATCAAGTTACAATATTGAGGACTAAATTGTGTATTTCCTTTTTTCAATGATGAACTTGTCAGTAACT CATACTTTCAGGGACCAATTTGTTAATTTACTCATAAATTATAAAAATTAATGAGATTCAACATGAAAAGTAACTTAAAA TATACTACATAAATAATGTACATCGATACATGTTAAGTGTAATCCTTCTAAATTAAGAATTGACAACTCTCAAAATAAAA TCATGTCACATGTCATAAGTCACAACAATAATAGAGTCATGATAAAGTCAAACGAGGCTAACTTAAAGTCAGCAAGTTCT GA
CDS sequence (LotjaGi2g1v0024600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACGAAGTTGAATTGCAGAAGAAGCATCCTCCTTCTCCTCTTCTTCTTCTTCCTCGTTGCAGTCTCGTTAGCAATAGA AGAAGAAGAAGAAGAAGAAACAATCATCTCTCGTTTCCAGCAATACCTTCAAATCCAAACTGACCAACCAAACCCACGTT ACAAAGAAGCATCAGAGTTTCTCATCTCACAAGCCCAATCCCTCTCACTCGAATTCCAAACCATCGAGTTCGTCTCAGGG AAGCCTCTCGTCCTTCTCAAATGGCCAGGAACAAACCCTCACCTCCCTTCCATCATGCTCTACTCCCACACAGACGTCGT CCCCGCCGAGCATCACAAATGGTCCCACCATCCCTTCGGGGCCCACATCGACGCCGACGGACGCATCTTCGCTAGAGGCT CTCAGGACATGAAGTGCGTCGGGATGCAGTACTTGGAGGCTGTTCGCCGCCTCAAGGCGCACCACCGCTCCTTCCACCCA CTCCGCTCCGTCTACTTCGCCTTCGCCCCCGACGAGGAGATTGGCGGCCTCGCCGGTGCTGAGAGCTTTTCTCAATCTGA TATCTTTCAGAAGTTGAATGTAGCCATAGTGCTTGATGAAGGGTTGGCTTCACCGGATGAGCATTACAGGGTGTTTTACG CAGAGAGGAGTCCCTGGTGGCTGATGATTAAGGCTGTTGGGGCTCCAGGTCATGGGTCTAAGCTTTATGATAACTCTGCT ATGGAGAATATCTTGAAGAGTATTGAGAGCATTCGGAGGTACCGTGCCTCCCAGCTTGACTTGATCAAGGCCGGCTTGAA GGCTGAAGGGGATGTTGTTTCTGTTAATATGGTCTTCTTAAAGGCTGGAACTCCAACCCCAACTGGTTTTGTCATGAATT TGCAGCCATCTGAAGCTGAAGCTGGATTTGATATTAGGGTGCCGCCAACTGCTGATCAAGAATCATTGGAGAGACGCATT GCTGAAGAATGGGCACCTGCTGGGCGCAATATGTCATTTACTTTCAAACAGAAGGTACCTGTGTATGATAAGCATGGAAA TCCAGTCCTGACCAAAACTGACAGTTCCAACCCCTGGTGGGGGCTGTTAAAAGATGCTGTCCAAAAGGCTGGTGGGAAAC TCGGTAAGCCAGAGATATTTCCTGCCTCTACGGATTCGCGCTATTTCCGCGAAATTGGAATGCCAGCAATTGGATTCTCA CCTATGGCAAACACTCCTATTCTACTCCATGACCACAATGAGTTCCTGAACAAAGATGAATACTTGAAAGGGATTAAAAT TTATGAGTCAATAATTAAAACATATGCATCATTCGAAGATCATGGAAGAGATGGAGGATCCAGAGATGAGTTATGA
Protein sequence (LotjaGi2g1v0024600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTKLNCRRSILLLLFFFFLVAVSLAIEEEEEEETIISRFQQYLQIQTDQPNPRYKEASEFLISQAQSLSLEFQTIEFVSG KPLVLLKWPGTNPHLPSIMLYSHTDVVPAEHHKWSHHPFGAHIDADGRIFARGSQDMKCVGMQYLEAVRRLKAHHRSFHP LRSVYFAFAPDEEIGGLAGAESFSQSDIFQKLNVAIVLDEGLASPDEHYRVFYAERSPWWLMIKAVGAPGHGSKLYDNSA MENILKSIESIRRYRASQLDLIKAGLKAEGDVVSVNMVFLKAGTPTPTGFVMNLQPSEAEAGFDIRVPPTADQESLERRI AEEWAPAGRNMSFTFKQKVPVYDKHGNPVLTKTDSSNPWWGLLKDAVQKAGGKLGKPEIFPASTDSRYFREIGMPAIGFS PMANTPILLHDHNEFLNKDEYLKGIKIYESIIKTYASFEDHGRDGGSRDEL
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 | 25 | 25 | - | – | |
| SignalP_EUK | 1 | 25 | 25 | - | – | |
| Phobius | 1 | 9 | 9 | - | – | |
| SignalP_GRAM_POSITIVE | 1 | 25 | 25 | - | – | |
| TMHMM | 9 | 26 | 18 | - | – | |
| Phobius | 10 | 20 | 11 | - | – | |
| PANTHER | 15 | 450 | 436 | 8.9E-207 | – | |
| Phobius | 21 | 25 | 5 | - | – | |
| PIRSF | 25 | 440 | 416 | 2.2E-174 | – | |
| Gene3D | 25 | 220 | 196 | 7.1E-57 | – | |
| Phobius | 26 | 451 | 426 | - | – | |
| TIGRFAM | 28 | 437 | 410 | 8.8E-184 | ||
| SUPERFAMILY | 30 | 436 | 407 | 4.65E-57 | – | |
| CDD | 34 | 436 | 403 | 0.0 | – | |
| ProSitePatterns | 98 | 107 | 10 | - | ||
| Pfam | 99 | 433 | 335 | 4.1E-34 | ||
| SUPERFAMILY | 219 | 331 | 113 | 4.49E-5 | ||
| Gene3D | 221 | 327 | 107 | 1.2E-9 | – | |
| Gene3D | 357 | 438 | 82 | 4.0E-35 | – |
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 | Aminoacylase activity | Catalysis of the reaction: an N-acyl-L-amino acid + H2O = a carboxylate + an L-amino acid. | ||
| Cellular component | Cytoplasm | All of the contents of a cell excluding the plasma membrane and nucleus, but including other subcellular structures. | ||
| Biological process | Proteolysis | The hydrolysis of proteins into smaller polypeptides and/or amino acids by cleavage of their peptide bonds. | ||
| Biological process | Cellular amino acid metabolic process | The chemical reactions and pathways involving amino acids, carboxylic acids containing one or more amino groups, as carried out by individual cells. | ||
| Molecular function | Metallopeptidase activity | Catalysis of the hydrolysis of peptide bonds 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. | ||
| Molecular function | Hydrolase activity | Catalysis of the hydrolysis of various bonds, e.g. C-O, C-N, C-C, phosphoric anhydride bonds, etc. Hydrolase is the systematic name for any enzyme of EC class 3. |
Expression pattern of LotjaGi2g1v0024600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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