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LotjaGi4g1v0168400.2

Overview

Field Value
Gene ID LotjaGi4g1v0168400
Transcript ID LotjaGi4g1v0168400.2
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description D-aminoacyl-tRNA deacylase; TAIR: AT2G03800.2 D-aminoacyl-tRNA deacylase; Swiss-Prot: sp|Q9ZPQ3|GEK1_ARATH D-aminoacyl-tRNA deacylase; TrEMBL-Plants: tr|I3SP65|I3SP65_LOTJA Uncharacterized protein; Found in the gene: LotjaGi4g1v0168400
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr4:32353349..32364334) extracted from Lotus japonicus Gifu genome v1.2.

ATGGTGGCGCTACTTGTAGCAACCAGGTCCGACTCGGCTTCCATCAACCCGGCCAATGCCCTATTGGCCATGCCCGGTTG GCAACCCGGACCCGATTTCCAGGTTCAAACTCTTTACCATTTCTCATCATGTCTCTTTTTCGCTGTTGTTTTGATTTCTC ATTTATCTGTTTTTTTTTTGGGTCTATAAATTTAGGATGATATGAAGAGCTTTGTGAATGAAGGGTTGAGGGTTTTGCTG CATGGGAAGAGTATAGTGGTGGAAGATGACTTGGACAAGAGATGGGAAGAGGTTACAGGAGAGGTTGTTGATGAAGTCAT CTTCTTTAGCAAGCACACAGCTGTTTCTAACAAACCTGCACTAACTGTTCACCCTATTGGTAATTTCTTGTCAATTCTCA TTACCCTTTTCTTTATTTTAGTTTTTTGATATTTGCCTGTAATTTTGTGAACTGAAAAGTGTATTTGTTGGGTGGAATGT GTGTGTGTGTATATGCAGGAGTTCCTCATTTGCGTGAAGGGGATGTTCCGCCTCAAGGCGGAAAACCTGGATGGGCAGCG CTGCCAAATCCTAGGATGGGACCTTGGCTTCGACTTTTAAAAAAGATTGCTGAGGCTCGTAATCTGGTTCCTGAATTTGA GGTGTATTTTCTTTTTGCTTAAATGGAATTTAGATTGCTTTTCGTTTCTTGCCTTTTGATGTTGTTTCTTGTGTGACTGT TTTTGCTGTTGGCAAATTAGCTTCTGTTATTTAGTTATATATTAAGTTAAGTAGTTCAGCTTGGGATTCAACATTCCTGA AAAAACACGGCATGTTTCGCGGAGATTGCTCAATGTTTATCAAGTATGTGTTTTAAAAATTGAAAAGCAACCAGTTTGAT TTGTTTCCTCAATATAGATTACTTTGGAGGCCACTCATCATGGACCAGTGACTAATAAGCCAACCATGTTTCTAGAGATT GGTGAGCGCTTTTTCCTTGTTGCTAGATGTATTTCAAATTGTGGATTGCATAGTCTATTAATAGTTTTTCAATTAGGTAC TATGAAAATGTGTGTTGTCTCTGCATCCTCCATTATTTGGTGTATAGAACTATAGATCAAGTTAGTCTTTATTTTGGCCG TCAATTTCATTTTCAATTCACATTCATCTTTCTCCGTCATGAAAGTGCAAGATTTTTGTGAAGGCGAGTGGGGGTCTGTG ATTTTTAGGTTTTCCGTGGGATGTGATATGTTGTATGTCAAAAGAGCAGTAAGAGGCAGCATGCAAATAAGCAGTGTTAT TTTCATTCATACTTCATTTGTGTATAAGGAGTATCTTTGGTGGTATTGGGTCAGTCTTGAATGGCTGAAGGTGTTTAAGA ACATAAATTCAAATTATTTCTGGGGTTAAAGTATACATATTTGGTGCTCAATTTTTTATTGGCTTTATAGTATCATTGGA GTTTTTTTGACCATAAACTGTCAATATTTGGGGTTCATGCAACTTTACCTGAGCTCCTATCTTCTCTTTGAGGCCATTGA TGAAAATGTCCATAAGGTGAGCTTCATCGACACTTCTAAGCATGCCTGCGTATTTCTCAAATTAAGGCTCAAAATCCCCT ACACTGCCATCTTGCTTCAATGAGAGCAATATTGCAAAAGGATTCATAGCCATCGAAGGTTCGAAACGCTCCACCACCGC CCTCTTGAACTCCTCTGAACTACATACTTCACCCTGGGTTACAATTCTCCAACCATTGAAACCAGCTCAATGCCTTCCCT TCCTTCACAGATATAGGCACCTGCAACTTGTCCTCATCACCTGCTTCACTGTTGCAAACCCACACTCTAGGCCCAGATTT GGCAAAGTCTATGAGAGGAGGCCCAAGCAAGGGACAGCTGTACCTGAAGATCCACCTTCTAGAAGCTTGGATCCCAAGAT AACCGACTAATGAGGTGGCAACACACACATGGGTGAGGGGGGGACCATAGGGTATCAACCTAGGGAATATATGTTGGTTT GGGGAGAGAGTGAGGTAGGCAGAAATTAGTCTGGACTGGGAGAGATTGAGCACTCTCGAATTGCTCAAGTTTATCTTGTT ATTTTCTTCCTTGTATTTCCCTAAACACTGCTTCTGGGTTCATACCAGAGGATTCAGTGCCTTAATAGCATTCAATCTTC TTCTTTCCTATTACATTTTTCTGGTACCTAACATTGGTATCAGAGCTCCCGAACCAAAGGGAGCTTTGTATGGTACTCAC CCGCAGCGCTATGGAGAATCGGGTTGACAACTTGGAGCGTTCCCTCACCGAGATGAAGGAAGTGGCTCACGAACAGTTTG AGGAGCTCCGACGACTCTTCCTGAGTCGCGACAACCGGCGAAGGGGTCGTTCCAACACCCCACGCCATCGAAGAACCTCA CGCGATGCGAGCTCAGTCACCGCAAGGAGAAGCGATTTCGGGTCACAACCCGGGTCGCGCTCTTGGTCTCGAGCTGCGAC GCACGATCGTGAGCAGCACGAACCCTATCATCACCGTCACCATCTGCGAGCAGTCACGGGAAGGCGAGTCGACATTCCGA TGTTCAACGGAAGCGACGCGTATGGCTGGATAACGAAGGTCGAACGTTTTTTCAGGCTCAGTCGGGTCGAAGAAAGGGAG AAGATCGAGATGGTGATGATCGCCATGGAAGATCGTGCCCTCAGCTGGTTTCAGTGGTGGGAAGAGCAAGCTCAGGAGCG AGCTTGGGAACCGTTCAAACAAGCTCTGATCCGCCGTTTCCAACCGGATCTTGTCCAGAACCCGTTTGGACCTCTACTCA GTGCCAAACAGAAGGGTAGCGTCATGGAATATCGAGAAGCCTTCGAGCTCTTAGCTGCACCCATGAGAAACGCTGACAGG GAGGTGTTAAAAGGGGTATTCCTGAACGGTTTGCAGGAAGACATCAAGGCTGAAATGAAATTGTACCCAGCTGATGACCT CGCTGAGCTGATGGACAGAGCACTGCTGCTCGAGGAGAAAAACTCCGCTATGAGAGGAGGGAAACTGAGAGATGATGACA AACGTGGGTGGAAGGAGAAAGGAGGAACTGGGGGAAGGTATTTTCCCAGTACTGGAGACAACAAGGGGAGGTTTACTAAC TCTGCTGCGAATCACCAAAACAGAGGGGGAACTGGAACTGCTGAAAATGATGGAAAAAATCTTGTGAACAAAGGGGGAAC AGGAAGCAATGAAGGAAAAATTCCTGAGAAGAAGTGGAATGGAGGGCAAAGGCTCTCTCAAACCGAGCTACAGGAAAGAA GTAGAAAGGGGTTATGCTTTAAGTGTGGGGAGAAGTGGGGAAGGGAGCACATAAGTGCCATGAGGAATTATCAATTGATT CTGGTAGAGGGGGAAGAGGAAGAAGAGGAAGATGAGGTTTTCGAAGAGGCTGAGGATGGGGAATTCATTTTGGAAGGAAA GGTGCTGCAATTATCCATGAATAGCAAGGAAGGGTTAACCTCTAATAGATCTTTCAAGGTCAAAGGAAAGATTGGGAGCA GAGAAGTTCTGATATTGGTGGATTGTGGGGCAACCAGCAACTTCATTTCTCAAGAGCTGGTGGTGGAACTAGACATACCT GTGATTGCCACTTCAGAGTATATAGTGGAGGTGGGAAATGGGGCTAGGGAGAGAAATTCCGGAGTATGTAAGAACCTGAA GCTAGAGGTTCAGGGGATTCCCATTACTCAACATTTTTTCATCCTAGGCCTAGGGGGAACAGAAGTGGTGCTGGGAATGG ATTGGCTTGCTAGTCTTGGCAACATTAGAGCAAATTTCCAAAAGCTGACCATTCAATGGGAGGTTCAAGGACAGAAAATG TTCTTACAAGGGGAACCATCCTGGTGTAAGATTGCTGCAGGATGGAAATCTATTAAAAAGACTATGGAGAAGGAGGGTGA AGCATATTACCTTTCTTATGAGGGGTTGACTGAGGATACAAGGATTGCAACTGAGATTTCAGAAGAGATAGAGGGAATCC TAGCAGAATTTCCTGAAGTTTTTCAAGAACCAAAGGGGCTACCTCCCAAGAGAGCAACAGATCATGCCATTTTGCTTCAA GAAGGAGCTTCCATACCCAACAGTAGGCCCTACAGGTATCCATTCTATCAGAAAAATGAGATTGAAAAATTAGTAAAAGA CATGCTCAAGGCAGGGATCATTAGACCCAGTACAAGCCCTTTTAGCAGTCCTGCTATATTGGTGAAAAAGAAAGATGGAG GGTGGCGATTTTGTGTGGATTATAGAGCCCTCAACAAGCTTACAATCCCTGACAAATTCCCTATACCAATTATTGATGAA CTGTTAGATGAAATAGGAGCAGCTGTGGTTTTTTCAAAACTTGATTTGAAATCTGGTTATCACCAGATTAGAATGAGAGG AAGACATTCCTAAGACTGCTTTCAGAACCCATGAGGGCCACTATGAATACCTAGTCCTACCATTTGGCCTATCCAATGCA CCCTCAACCTTTCAAGCACTCATGAACCAAGTCTTGAAGCCCTATCTTAGAAAATTTGCACTTGTATTTTTTGATGATAT CTTGATATACAGTGAGAGTGAGGAAAAGCATAGGGAACACTTGAGGAAAGTTTTGCAAGCTTTAGAGGATAACCACCTGG TGGCAAACCAAAAGAAATGTTCTTTTGGTCAACTGGAATTGGTGTATTTAGGGCATGTGATATCAGGACAAGGGGTAGCT GCTGACCCTAACAAAATCAAAGATATGTTGAACTGGCCCACTCCAAAAGATGTGAAAGGATTAAGAGGTTTCCTTGGGTT AACAGGGTATTATAGGAAATTTGTGAAGAATTATAGTAAACTGGCCCAACCTCTCAACCATTTACTCAAAAAGAACAACT TCAATTGGAGTGAAGAGGCAGCTCAGGCTTTTGAGAATCTGAAGGTGATCATGACAACTGTGCCAGTTTTGGCAGTGCCA AATTTTGCAAAAACCTTTGTTCTAGAGACTGATGCATCAGGAAAAGGGTTAGGGGCTGTACTAATGCAAGATGGGAAACC AGTGGCTTATATGAGTAAGACACTTTCAGAAAGAGCACAGGCCAAGTCTGTATATGAGAGAGAATTAATGGCAGTCGTGA TTGCAGTTCAGAAATGGAGACACTATCTCCTAGGGCAGAAATTCATCATACATACAGATCAGAAGAGCCTAAGTTTCTTA GCTGAACAGAGGTTGATGGGAGAGGAACAGCAGAAATGGGTATCCAAATTAATGGGATTTGATTTTGAAATCAAATACAA GCCAGGAATTGAGAATAAGGCAGCAGATGCATTATCCAGAAAAATGCAATTCTCAGCTATATCTTCAGTTCATTGTGCAG ATTGGGAGGATTTAGAAACTGAGATTATGGCAGAGGAAAAATATAGGAAAATCATGCAAGAGCTGATCACTCAAGGCACT TCTGTGGCAGGGTACCAATTGAGGAGAGGGAGATTACTCTATAAAGGGAGGATTGTCATTCCCAAAGGGTCTGGGAAAAT TCTCACCATATTACAAGAGTTCCATGATTCTAAACAAGGGGGACATGCAGGCATTTTCAGAACCTATAAGAGGATTTCTG CTCTCTTTTTCTGGGAAGGGATGAAGCTGGATATTCAGAGTTATGTACAGAAATGTGAAGTATGTCAAAGGAACAAATAT GAAGCACTCAGCCCAGCTGGCTTCCTACAGCCACTACCCATCCCTACTCAGGTATGGACTGACATTTCCATGGATTTCAT TGGGGGGCTACCTAAAACCATGGGGAAAGACACAATACTGGTAGTAGTGGACAGATTCACCAAGTATGCTCACTTCTTTG CACTCTCACACCCTTATAATGCAAAAGAAGTTGCAGAACTCTTTATCAAGGAGGTAGTCAAACTACATGGATTTCCTACA TCCATAGTCTCTGATAGAGACAGAGTTTTCCTAAGCACCTTCTGGACAGAACTATTCAAATTAGCAGGAACCAAATTGAA ATTTAGTTCTGCATACCACCCACAAACAGATGGACAGACTGAGATTGTAAACAAATGTGTGGAGACCTATCTTAGGTGTG TGACTGGGACCAAACCCAAACAGTGGCCTAAGTGGTTGTGTTGGGCAGAATTTTGGTACAACACCAACTACCACTCTGCC ATCAAAACCACACCCTTCAAAGCATTATATGGGAGGGAAGCACCCGTGATCATCAAGGGGACTGATTCTTTAACTTCAGT AGAGGAAGTTGAAAGGATGACTGCTGAGAGGAACTTACTTCTGAGAGAGCTCAAAGAAAATCTGGAAAAGGCCCAGAACA GAATGAAACAGCAGGCCAATAGACACAGGAGAGATGTGCAGTTTGAGATTGGGGACATGGTATATCTCAAGATACAGCCT TATAAGCTCAAAAGCCTGGCTAAAAGGAAAAATCAGAAGCTTAGTCCAAGGTACTATGGACCCTTTTTAGTGATAGGCAA GATCAATCCTGTTGCTTACAAGTTGCAATTACCAGAGGGCAGTCTAATCCATCCAGTATTTCACATTTCCTTGCTCAAGA AGGCAATTAATGAGGGAACTCCTTGCCAACCATTACCCAGCTCATTAACAGAAGATTGGGAGCTCTTAGTAGAACCAGAA ACTATTCTAGGAACAAGACAGAAGGAGAATGGGAGCATTGAAGTTTTGGTTAGATGGAAAGATCTTCCAACTTTTGAAGA TTCCTGGGAAGACTACACTGCTCTGCTGGAACAATTCCCTAATCATCACCTTGAGGACAAGGTGATTCTTCAAGGGGGGA GAGATGTTGCAAACCCACACTCTAGGCCCAGATTTGGCAAAGTCTATGAGAGGAGGCCCAAGCAAGGGACAGCTGTACCT GAAGATCCACCTTCTAGAAGCTTGGATCCCAAGATAACCGACTAATGAGGTGGCAACACACACATGGGTGAGGGGGGGAC CATAGGGTATCAACCTAGGGAATATATGTTGGTTTGGGGAGAGAGTGAGGTAGGCAGAAATTAGTCTGGACTGGGAGAGA TTGAGCACTCTCGAATTGCTCAAGTTTATCTTGTTATTTTCTTCCTTGTATTTCCCTAAACACTGCTTCTGGGTTCATAC CAGAGGATTCAGTGCCTTAATAGCATTCAATCTTCTTCTTTCCTATTACATTTTTCTGGTACCTAACATTCACGAATTCG GAAAAATCTTTCTAACTTGCTAACCCAGCCATACACGTCCTCTTCCCCATCCAACACAGGAATCTCCATTCTCCCGCCAT CGGTCTCTGACCATCGGCGTTGGTCCTTCCCCAACCACTCCTTCAAAATTCGGATCTCCGTGATTGGAATAGATGCATTA GTAACGGCGTCTCCGTTCACTCTGTGTGGTATGTTTGCGATCAATTCCTCCAATCTCCGAAATCGCTCCTTCTTTCTCTC GCGATCTAAGTCCCTTTCGGCTTTCTCTGCAATCTTCCTCCACACAGGCTCTGAAATTCTCTTCTCTGGCACGATTGAAA GCCTCCGACATTTACCAAACGATTCTTGATTCTTGTAGTCTTTCTGACCATAAACAATCTTGAAACTACAGCTCTGATGG AGCTCTGGTACCAATGATAAGAACTAGGGTAAAAGAAGAAGAAATTGAGAATTGTATTGGCTGTGAACTATCTCTGCTTC TCTTGAGAGAACCAGATGAAAAAATAATGATACACTGGATATTCGAGAGATTCAGACTCTCCACTCAACTCTCTAACTGA ATTCCTAACTTTTACTCCCTTCCCCCAACTTACTCTTATCCAATGAGTTAGCGACCTAGGCCCAACCTGACTGAGCCAGT TATTCAGGGCTGACTCTTTACTACTATCTTAGAACTGACTCACGATCACACAGACAGTCCTTAACTCTTCCTATTCTTCC TCTCATACACTTAAGTGACAGGAGATCGAGACCTATCATCTTGTAAACAAATTACCACCCTTTCCTTTGGTTCTTCCCCG CTCAAAATCCCTCCTCTCCCTCAACATATTACCTCTCACTGTGTTAGCTACATCAATCCTGGGTATAAACTAGTTTTGGT TTGTCATTATTTTTAATATCACTTTTATCTACTCCTTTTGAGGCTGTATCCTCCTTTCTGCTTTCATCATGATACTTGGT GTTTCATGGATGTTAGCATTTATTGACCTTTTTCATTCCGATATTATTTTCTCTTGCGCATAGATAAGCTAGATATTTGC CTTTATTTTGAATTACTTTGTGGCTGCCAAAGGTACACAAAGCAGTTAACTGCAATTTGAACTTAGTAAAACAACTGGTT TTATGCTCTGCTATAGGTAGTACAGATGACTATTGGAAGAGACTAGATGCTGCTGAAGTTATGGCTCAGGTTTAGTGGAC TTTTGTACTTTTTCTGTTATTTCTATAAACTTGGCATTGATATCTTGAATTTTTGGTATAGACTATGGATAACATTCTTT CACACTTTGTTTTGGAGATGGTTTTTCGAAGGAAAGGGAGGGGAGAGCTTACTTTTTTATTTTTAAATTAAGAAAATTAT ATAATATATATGATAATAAATAAATTATTAGTGTATTATATTTATACAAGTTTATTATTTCATGGCTTTTATTTTCAATA ATCATAACATTAATTACTATTTATTTTGAAATAAAAGGTAAGCCCTCCCCTTCCTTTTCCCCGAAAAACCAACTCCCAAA CTACCCCTATGAAAAACTTTTCCTGGATACCGCAGCTGTTCATATTTTTTCTTGTTTACCGAAAATATTTTGTTTGGATT CTTACAGTTAGTCTGGGAAGGACTTGGACTTGGAGGAGGAACAGATATAGGAAACTGGGGCAGGTAGAATCATTAAGCTA AGAAGTAGTGATGTTAGCAGGCTTAGTAGTTTTGTATTTGTATTTACATGAGGTCTTCACATCATGCAAATGTGTTCACT CAATCTGTTATACAAGATCCAATATATGAATATGGTTAATATATGGTCTTCCAGCTTCACACTTTCTGCCTTGGTGGACT ATATTATATTTTTCTGATACTTCTCAATTGTTCTTATGTTGATATTGTCAAGTCATGGATTAGTTTAAAAGGAATTTTAG GTATATTTTTATATCTTATTAGACCTTCTTTCTATAATTGAAGTTTTTCTATCCTGAATCTAATTCTCATGCTCTTATAG GGAGAATGATAAGAAGAAAGTCCTTCTTGGGATAGGTGGTGGACATTATGCACCTCGGCATATGGATGTAGTACTGTAAG TAGTTATTGTCAATGAACTGTGTTTTCTTTATAGTTAAATTTTCTGATTATGTTTAAGAAAGGCTAGAACTTTACTGCTA CACTCAACTCTGTCACTTTCAGGTAGTTTGAAAACCCTTTTCTGATTGTGTTTACCTTTTAAGGTATTGATTTTTAAATT GACCCACATTATCAAATTACTTAATGTGCAGATGAAGACTTTTGTCATATTATTATGAAAATTGGTGAGGAAAATGTAGC AATTTAGCCCCATGCCCCCATCAACTTTTTATTGTTATAAATTACATTATCCATCAAAAGTGTGTAAATTGTACATTCAA ATGGATTATGGGAATGAATTGCACTCGTGAAAAGCTTGGGGGATAAACTTAAAAAACTGTGATGAAGTTAAAGGTTGCAT TTTTTAAATTATCTGTGACTTCAATGATGCGTCTTTATTCTGGTCTAATAAACTTCTAGTATAACATCTTGAGAAAAAAG ATATTTACAGAAAATGTGATGATAATGAAAATGCATTTTAGACCTTGCTACCTTGAATTTCTTCCATGCGTAACAACTTT TATTTCTAAAGCACTGAAAATGTTACATGTTTTCTCAAACTTGATCTCATGCTGTTTTCACTTACCTGATAATTACAATT CTCAACTTGAACCTGCATTTTGTGTTCTCGTGGATATATGTTTTGCTTAAATTAAATGTGGATATACTTACTTTACCCTT GCAATCTAGGAAAGATGATGTTTGGGTGGGGCACCTGCTTTCTGGATATTCACTGCCAATGGAAGACCCAAACAATGCAA AGGGAGAAAGAAATACAGAGATCGGTGGTACTTGGAAAGAGTCTATAAAAGCTGCATATGAGGCCTCTAAATCTGCTTTT CCTGGTGGTGAAATTCTTGCACATCTTGACCACAAGTGAGGCTTATGATAAATTGATAATTTGCCTACTGCAACAGCTAC CTGTTTGCTTGCTATGCATGAACTGAATGCTATTGAATTATTATTTTATGGCTGTCCACATGCTATTATCTCGCAGTGCT TCATCAGTAATAGATTTTAAACCAAAAGGATAGAAGAAGCTTTGTATGGGTGGAAAAAGGAGTGAAAGAGTTAAAATCCT TTTCCCTCATCACCCAGTTTTTCTCTGAAACAGATTCTTCGGCATTTTTCTAGGTAATTAATGAAGGATTCCTTCCAACT AAGGAAAAATGTCAAAAGGTGAAACAAATGAGTTCTATGTAGTACAAACCTAGACCCTTCCTCCTCATGGCTGCCATCCT TCCATGTAGTACAAACCTAGTTCCATGTAGTTACACTCCTTGAAGGAGGGAAATAACCCAAAATGATGTTCATACCTTCC ATGTTGCTTATGTGTCTGTTGTTTGTGAAGCTTATTTATGATCTATTATGAAGAAGCCATGTCATGTTCATACCTTAAAA ATTAAGAAATCTATGTATGATGTCTTGTACAACTAAATTTTGAACCTGTTGTAAAGCTGACTGATTTTAGCTTGGCCAAG AAGATCCTTGCTATGACATTGCAGATAGGCCTTAAAGCTTTTCCTTTCTAAGTTTTTACTCAAGTTAATGTTTTTCCTAA ACTAGTGGTTTATGGCAGGAGTTTCAAAGGCTGGCAAAAAAACGCTATCACAGGATTCCTCACAGAGCAGAATATAAAAA TTGGAAAGCCAAATAACTTCTATTGA
Download Genomic Sequence

CDS sequence (LotjaGi4g1v0168400.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGTGGCGCTACTTGTAGCAACCAGGTCCGACTCGGCTTCCATCAACCCGGCCAATGCCCTATTGGCCATGCCCGGTTG GCAACCCGGACCCGATTTCCAGGATGATATGAAGAGCTTTGTGAATGAAGGGTTGAGGGTTTTGCTGCATGGGAAGAGTA TAGTGGTGGAAGATGACTTGGACAAGAGATGGGAAGAGGTTACAGGAGAGGTTGTTGATGAAGTCATCTTCTTTAGCAAG CACACAGCTGTTTCTAACAAACCTGCACTAACTGTTCACCCTATTGGAGTTCCTCATTTGCGTGAAGGGGATGTTCCGCC TCAAGGCGGAAAACCTGGATGGGCAGCGCTGCCAAATCCTAGGATGGGACCTTGGCTTCGACTTTTAAAAAAGATTGCTG AGGCTCGTAATCTGGTTCCTGAATTTGAGATTACTTTGGAGGCCACTCATCATGGACCAGTGACTAATAAGCCAACCATG TTTCTAGAGATTGGTGATACAGATGACTATTGGAAGAGACTAGATGCTGCTGAAGTTATGGCTCAGTTAGTCTGGGAAGG ACTTGGACTTGGAGGAGGAACAGATATAGGAAACTGGGGCAGGGAGAATGATAAGAAGAAAGTCCTTCTTGGGATAGGTG GTGGACATTATGCACCTCGGCATATGGATGTAGTACTGAAAGATGATGTTTGGGTGGGGCACCTGCTTTCTGGATATTCA CTGCCAATGGAAGACCCAAACAATGCAAAGGGAGAAAGAAATACAGAGATCGGTGGTACTTGGAAAGAGTCTATAAAAGC TGCATATGAGGCCTCTAAATCTGCTTTTCCTGGTGGTGAAATTCTTGCACATCTTGACCACAAGAGTTTCAAAGGCTGGC AAAAAAACGCTATCACAGGATTCCTCACAGAGCAGAATATAAAAATTGGAAAGCCAAATAACTTCTATTGA
Download CDS Sequence

Protein sequence (LotjaGi4g1v0168400.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MVALLVATRSDSASINPANALLAMPGWQPGPDFQDDMKSFVNEGLRVLLHGKSIVVEDDLDKRWEEVTGEVVDEVIFFSK HTAVSNKPALTVHPIGVPHLREGDVPPQGGKPGWAALPNPRMGPWLRLLKKIAEARNLVPEFEITLEATHHGPVTNKPTM FLEIGDTDDYWKRLDAAEVMAQLVWEGLGLGGGTDIGNWGRENDKKKVLLGIGGGHYAPRHMDVVLKDDVWVGHLLSGYS LPMEDPNNAKGERNTEIGGTWKESIKAAYEASKSAFPGGEILAHLDHKSFKGWQKNAITGFLTEQNIKIGKPNNFY
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
Gene3D
G3DSA:3.40.630.50
1 190 190 9.6E-51 –
PANTHER
PTHR34667:SF3
1 316 316 2.3E-166 –
PANTHER
PTHR34667
1 316 316 2.3E-166
IPR007508
PIRSF
PIRSF016210
1 312 312 4.0E-86
IPR018033
SUPERFAMILY
SSF142535
3 314 312 8.24E-73 –
Pfam
PF04414
69 309 241 2.4E-67
IPR007508
Gene3D
G3DSA:3.40.50.10700
205 312 108 1.6E-10 –

Gene function (GO predictions)

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
GO:0016788
Molecular function Hydrolase activity, acting on ester bonds Catalysis of the hydrolysis of any ester bond.
Subterm of
GO:0019478
Biological process D-amino acid catabolic process The chemical reactions and pathways resulting in the breakdown of D-amino acids, the D-enantiomers of amino acids.
Subterm of
GO:0051499
Molecular function D-aminoacyl-tRNA deacylase activity Catalysis of the reaction: D-aminoacyl-tRNA = D-amino acid + tRNA. Hydrolysis of the removal of D-amino acids from residues in charged tRNA.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi4g1v0168400.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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