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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0041800 |
| Transcript ID | LotjaGi6g1v0041800.4 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Long-chain-fatty-acid CoA ligase, putative; TAIR: AT3G23790.1 AMP-dependent synthetase and ligase family protein; Swiss-Prot: sp|Q9LK39|AAE16_ARATH Probable acyl-activating enzyme 16, chloroplastic; TrEMBL-Plants: tr|V7D0B3|V7D0B3_PHAVU Uncharacterized protein; Found in the gene: LotjaGi6g1v0041800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:8006954..8017385) extracted from Lotus japonicus Gifu genome v1.2.
GGAGTCAGCCTTTTGCTGGCCTCCCCAACATGTCACTGACGCCTTGCCCGGTAGTCTGGAGGTGTTTTCTATCAATTCTA CCATTTTTCCGTACCAAAAAGAAGTTAATGAAAAATTGTATAGGTGTGATTTGGAGATTGTATCTTTGTCTGTTGAAAGT TAAAACAACTATGATAAATATGCCTGCACTATTCATATTCATGCCATGTATGTCTAGAGGGTGCTGGATATGAATATAGC ATTCTGGTTACTTTTTTCCTCTTTACATGTAGACAGAGAAAACGCAGATAAGAAGGTTCTCCCCTTTTCTAGAAAGTTCA TTGCTTTCTGGTAATGATGCTGTGGCCTCAGATGAATGGAAAACAGTTCCTGACATTTGGAGATCTTCTGCCCAGAAGTA TGGTGATAAAATAGCCTTAGTAGATCCATATCATGATCCTCCTTCAACTATGACATACAAACAGGTTTTTGCACCCCTCA CCCCTTTACATATTATTTCTCTTTTTGCCTAAGATAGTTTAGAGTTTAGACATGTGAGAAGAAGAACAATGAAAGTCCTT GTTAGAGGAGTGGAAAGGTAAAGAAAGGCCAAGGTAAAACTCTTAGTCAAAACATTAAGCAAGATTTAGATCTACATGGT CTATTTTAAGTAGTTAATTTAATTTATGACTGAATATAGTACAAACATGTGATTCATGTAGCTGACTCTACCTGATCGAA AAAGACTTTGATTGTCGTTGTTGTGTATATTTGTTTTTGCTACGTAGCTTATTAATTGCTGCCTTTATATATTGAAACTG TTTATACAAGCTCAGATGCATTCTTAACCCTGATTTGGTGGACATATTCATATGCTCTAGTACTCCTCTTTATCTCGTTT TCTATTTTTTTTCTTCAAGAACTTTGGTTTAGTTCTATTGGTGGCGAGACGTGTCTACCTGAATATTAATATGAAGAATG GTCATGTATATCTGATATAGGATGCAATTGGACTCAGCAACATATGTGAAAGGCCTATTGATACTGTTTTAACATTTAAG ACTTCATAATCTCACACCTTTAAATATCTTATAGAATATGACTGGTCATTTTGAACATTTGATTGTTGAACTATATGTTG TAATCATGTTGATCCTATGCTGCACAATAGTAGGTATTCGAAAAAAAAATTATATTTTAATCTTAAGATTTGTTGACAAA GTGTAATCCAATTTCAAATTATTTTATGTTTTTTATGATCTTGATTTATGTAATGATTTTTTCTCCAATGTTGAAGTCTA TGAGGAACATATCCTATGAAATGTAATTTAGTGGTATGCTTTATTGACTCTCATATCTTATCAAAATTTCAGCTGGAGGA CGCAATATTGGACTTTTCCGAGGGCTTGAGAGTTATTGGAATAAGACCTGATGAGAAGCTTGCGCTTTTCGCTGATAATT CATGTCGCTGGCTTGTAGCAGATCAAGGTGTGTGGAACTTTGTGTGCTATTTATGACTTTACCTAAATGATCAAGTTGTT TAGGAAACTAGTTGCGCAGCTTGTATGCTTACCAACTTTTCAGAAGCAATCAACTAAGAAACATATGGTTTTAACTTATT TAAAGTACAATAGCTTAAGCCAAATATTCAAAATTACCTTCACCACCACTTTTTATGAGATACTTTTGTTTGTGATTTTG TGAATACAAATGGTGAATAGGAGATTTCGATGTTGCTTCTGATGCAGTTAGCCTGGTTATGAAGTTAGTATTACACCTGT TTTTTCTTTTATTATTTTACTCTTTTAAAGAAAATGTAAGCAAAAAGCTTTTGCAGTTAGACTTCTTTGTGTCTTTACTG CAATGATGAACATTCTTCGTTTCCTGTCATTATTGAGTGAAAGTGAAATTTATATTATATCTATGCTGAACTGTTTAGTT GATTTACAATATTTACTTGCGTGGGAGTTGTGTAAATGCTCAATTGCTTTGCTTTGTTTGTGCTCTTTTGTCCAAAGAAC AAAAAAATCATGGGGAGTATGAATAGGCAGTTGAGTCTTGGGAGTATCAATAGCCAAATCCGATATTATGACGTCGATAA TTTTGAACATTCCACGGTGATAGGCTTATAATAAATTAATAATTATCTAAAGTAGTTTTTGTTTTTAATCACATCCATGC TATGTTTAGTCTAGGTATGATGGCATGTGGAGCAATCAATGTGGTAAGGGGTTCAAGGTCATCAACTGAAGAACTGCTGC AAATATACAACCACTCTGAAAGGTTTAATAAAGATTCCCATTCAAGCAGATTATACCTAGTGTATACTTTGGCCACTTTA CAATTACCTTCTACCCTCAATTTGAAATATGGTTTTAAGTTTATTTATTACATTTACTAGTTCGTTTGATTATTTTTAGA TAATTATATGTGGAGATAAATGGTGTATCTATAGAATTAATTATGACAGAGCTTTATGGCGTCGACTGATCCATGAAGTC GGCCCCACCTGATGGAAAAATGCTTGGTTTTTGTTTGTTGTTATTTAAATAGTTATATGCATTGAAAATTTGAGACCGGT CACTTTCATTATTGCGAAGTTTTAGGATTAATGAGAAATGAATCTATATTTACTTAATCTCTGTTATGATCTGATGCAAT GACTAAGGTTTGATATTTCTCGCCTTGTTGTGTTGTTGAAACTCACACCATCTTGATCACTTGGTTTTCTTATTGTAAAA GTTGTAGTGATAGCCATCACACCTTTTTTTCTCGTCTATTTTCACATCTAAAATTTCTAGGGAAATTTTCTTTAGCTTGA TTGTCTCAATCTCAACATAACTTCATATGTATTTAAATTAATTTAGCTTTAAAAAACAGTAACTAACTTTTTCTTGTCAA AATGTTCCACAAGAAATATGATTAAAAAGAGATTAAATTAACATCAGTAGATAATGTAAATTGATTTAGATGGTTAATAT CTTGTCTACAACGACTTGGGACTGAGTTCTTCCTTTACATGGGCGGTAGTTCAGAGAAGAATACCCAGTCACACCTGTCT TAAAATATTTAACATCAATAATTGAATTGTACTTAAAAGAGTAATAATAGTCGCACACAATTGCATTAGTGGTTTTTCTT TTGTTGAATATAGCAGGAGTTCTTACGCATATATGTTTGTTGACTAAGATGGCGTGTTTTAATTAGTAACTTGCATAATT TTAAATATGTATGATTCAATGGAATGTTGCTGACTTCTGCCATTGTTATGCAGTGTGGGACTAGCTGTGGACAACCCCGA ACTGTTTAATCGGATTGCAAAACAGTTTTATTTGAAGGCTTCCATGAGATATATTATTTTACTTTGGGGAGAAAAATCAA GCCTGATCAGAGAAGTAGAGAAAGAGGTGCCAGTCTTTACTTTCATGGAAGTCATACATTTGGGACGAGAGAGTCGCAAG GCATTGTTTGGTTCTCATGATGCTCGTATGTCACCTGAATCTTTCTCTACAAATTCAGATTATTATATGATAGAATTAGT ATTAGACCACCTATCAATAAAGTGTATCATAGAAGACATTAGAAATTCTTGGGCCTCATCCAGTTAAAGGATGTCCCAGA ATTAGTGATTAGTGTGGACCTGAATTAATAGGCCATTGTAACTGTTAGATAGTTAGGATGGTTGTAACCATCAGTTAGTG ACCAATTACCATTCCTATAAGAGGAAAGGAATGTTAGCTGGGAAAATATTCTGGAAAGCCATTCAGTTTTGGAGAGAACT AGTCTTAGCCTCTCAAAAGCTAGCTACTGTTTTGCTAGCTTCTGTAACACATTTTTATTTTTTCAATAAGAGTTTTTCTC TTTCTTCTCAGTTTTGCTAGTCCAGTTCTATCATTATGCATAAGAACTATGTTACCTCTTGTTAATTGACGAAGTATCAG AAGAAATTTCAGCAAAAAGATAGAGAAGAGGTACTGCTGGTGGGAGGATCCCTACGTAACAGATAAGGCTAAATATAACA AAAGCCCAAAGGGAAGGGGACTAAATGTGATGTTGACTTCCAATTCTTAATGCAAATCTAAGATCGCAATGACCACAGAG AAGCCAGAAACATAACTCTATACAAATAGAGTTATGTTAATATTCTTACTATATTTTAATAGAAATTATTTTACTTATTT ATTCTGCAAAGGAGCAGTAATCAGGTTTTCAACAACTGATCTACAATGTGATTGCAGGGCAGCACTTAACGTATGAAGCA ATAAAATCTGATGACATTGCTACACTTATGTACACAAGTGGAACTACTGGAAATCCAAAAGGTGTTATGCTAACCCATCA GAATCTTTTGCATCAGGTTTGATTGCAAATCTTTTCTAAAATTTATTGTGGCAATTGTACTTTCAGAGTTCAGACAATCA GTGTTGATTTTTAGAGTACAGAAAATTATTTTTAGGTTATGAATCAATGAAGCAGTGACCCGGAAATCCATTGTTTTCAA TTGGATTGATTCTATTTCTAAGCAATTAATTGAAGTTTGATTCTTGGCTTTTAATATACCATTTATTCTGTCTGTGTTGA TTAATTTCTAGATTAAAAATTTATGTGACATTGTACCTGCTGAAGTTGGGGATAGATTTCTAACCATGCTGCCTCCTTGG CATGCATATGAAAGAGCTTGTGAATATTTCATTTTTTCATGCGGTGTTGAACAAGTATACACAACCGTGAGAAACTTGAA GGTACTATTACTTTATTATTATGTTTCTGTATGATGTCATAAAGGACCACACATTGCCACATGTTTTAATGACTGTACTT TACTTCCTTCTAGGATGATTTGGGACGCTATCAGCCACATTATTTGATTTCTGTTCCTTTAGTTTATGAAACATTATATA GGTATTCCCTTAACCCAGAAATTGTATTACTATAGTCCATTGTATTTAATGCCACTTATAAGTTGTATTTATTATTTTCT TGATTACTCTGTAGTGGGATCCAGAAGCAGATATCTAGAAGCTCCCTTGTTAGAAAGCTTGTTGCACTGACATTCATAAG GGTCAGCTTAGGGTACATGGAGTGTAAGCGGATTTATGAGGTCTGTTTATCAGCTCTTTCTGTATATTCTCTGAAGTGTT AAAATCAATGTTCTCTGTTTTCCTTCTATTCTGTTAGTCTTTGCTTTAGGTTAACCTTGTTTATTCAAACTTTTTTGTAT TAAAAAAAAAGAAAAGGATAAGGGCTGTCAAATGGGATCATCCAAACAGAAGAATGCTAGCAACACAGTTGATAAATACT CTTTATTATTAGATAAGATTCATGTGGATGTGTAGGTCCCCCAAATCATGTGGGTCCAACTCCTTTTTTGCTGGGACCTA CATGAATCTCACCTAATAATCTAAAAGGGTGCACTGTAAAAAACACAACAAAAGCCTTACCCCACTAAGTGAGGCCAGCT ATATGGATCACACGCCATTGAGCTAGATCGAAAACCAAATTTTGTTGCAGAATTTGTTGGTAGCATTTCTCATCCAAATG AGGTGAGAAATTGTGGGTTGGACTGCATTTTGCTGATCTGACATGTTATGAGCTACCACTTCATCACAACAAATTGGATC TATTTGCAAAGATATTTAATTGGGTCATACCTCAGAGCAATAGGCATAAACCATTAAATACTAATATTTCTTTTCGGACA CACTTGAAAAACTCATCTAAGGTGCACACTCGAAAATTATTCCATCAGTGGCATTGATTTTTTTTCTTCTTCCTGTTAGA ATAAACAAGTGCATGGACTCGTAATAATTCTTATTCTGGTCAAAGATTACAAACTCTGAATATGTTTGTAGGGTAAATGT CTAACAAAGGATCCGAAGTCACCTTCCTATCTCTATTCGATGTTGGATTGGTTATGGGCAAGAGTTATTGCTGCAATATT ATTTCCAGTTCATATGCTGGCAAAGAAACTGGTCTACAGTAAAATTCATTTAGCCATTGGAATATTGAAGGTTTTGTATT CTTAACTTCTCTTTATAATAAAGTATTTATGTTTTTACTTTATTCTGTCTCTTGTTCGGGGTTCCATACTGACTGATCTT TGCAAAATCATTTGGGGAGAATGTTTCCAGTTTATGACTATGTGACCAATTAATTGGTTAAATTCTTTGAAGTGTGATTA ATGAGTAATTTCTCATTGATTTAATAAACTTCTTAAGGAAAAAGAAACCCTTGGATAGATGTTGGGGTCAAGGTTTCATT TTGTCTAGTTTCCTCTTCTTTTTGGTTGTACTATAGTTACTTTATTCTTTCCTTTCCCTTGCTTTTTCTGGATCTTCTTC ATGAACATCCTCTATGTATATCAGGGGCCGCTCCTTAGTATTTCCCCTATATTATGGTATATAAATTATTCTTCTAAACT ACATACCATATTGTTTATTGTTAATGTTTTGTAAATTGATAGCTTTTCTTCTCATGATAAGCAAAACCATCTGGCACATT GCAGGCTGGAATAAGTGGTGGTGGTAGCTTATCTTCTCATGTTGATAAGTTTTTTGAGGTCTGATACTTACACACCTGTG TTACTCTTAAGCTGGAGTTTTCATTTTGGCATTCTTCTCACATTGTTTATACTTTTCATAAAATGATATGCAGGCCATTG GTGTGAACGTGCAGAATGGATATGGTTTGACAGAAACTTCACCAGTTGTTGCTGCTCGGCAGCTTAGTTGTAATGTAAGC AATAAATTATCGACCGCATCATACTATGCCAAGTATCAATATTTTAAACATTGTTTGTCCTTTCAGTAACTTGTTACTCT ACTTATAATGAATGGCTAAACATATCATTATTATACTGAATTATGAGATTCTCCCTCTGTTTCACTATATGAATATGTCA TTCTTTTTTCTTCACAAGTTTAAGGATCAAGTAAAAAAAAGTAAAAATGAAAAAAATTGAAAATGGCAATTATTTGGTTT TGTTAGAATGAAGGGCTAAATGAGAATTCTACTAAATGAGGTGTGGACATGCTTACTTGATCTATTTTTTGTTTGATTCT TTCAAAAGTTATCCAGTCTACTAAATCTGTGAATATCAAGCACATTGTAAACCCTTGGTCACTAGTCCCTGTCTAGAGCT TGGTATTCACAATTATTATGTAAATGGAATTCTTTAGTTAGTTTGTCATTTGAATCTCGAAGAGTGTTGATTTTATCTGA AAATGTTGCAACTGCAATTTTTTGTAAGGTTATTGGATCTGTTGGGCATCCAATTAAGCATACAGAGTTCAAAGTTGTAG ATTCTGAAACTGATGAAGTTCTTCCACCTGGTTCAAAGGGGATTTTAAAAGTCAGGGGCCCACAATTGATGAAGGGATAC TACAAGGTAATCTAATTTGTCAAAATGCTAACAAGGTGGGTCTAGCGTTGACATGTAAGTGTGTGTATGTCAGAGAGAGA GAGAGTGCATGTTAATGAAAAATTCATAATAATTTTGTTGGTTACATATGGCTATCAGATAGAATTTTAGGCTCTCTAAA ATGCCTTCTTTATACTGGGGTTATAGTTTTGTTCATTTATAAATATTTGATTGTCTAGAAAACTCAAAGATTGAGGCAGT TAATACTTGTTGCTTACTTAAGAGCTCACATCACATGCTAGTCATGTAGTCTTACTCACATATGCTGGATCAAGTTGTGT CAGTTACACTTACCTGTCTTATTCTTGTATCAGAATCCTTCAGCTACAAATCAGGTCATAGATAAGGATGGCTGGCTGAG TACTGGTGATATAGGTTGGATTGTTCCCTTCCATTCAACTGGGCGTAGTCGTAATTCTGGTGGTGTGATTGTTGTGGATG GCCGTGCTAAAGACACGATTGTGCTTTCAACAGGTAGAGCCTAAGTTTATGTATGTGATTTTTGAATCCTTTATGCAATG TGTCCTCCCTCCCTGTATGTTCGTGTTTTGTGGCCTTTCCATGTTTTTTTTATTCATTATTGGTTGGGAGAATGGACACT GTTAGTGCAAAAACCTTGGCGTTTGAAACTGGACAGATTCAAGGCACACTTTTGTGTCTATTTGTGCTTGTGCTATCTTG TTTTTCCTTAAAATAGTACTCATCCATCATACAAGATTCTTTTTTAGTTTTTATATTTTTATCATGACCTAGGTGTTTAG ACAATTTTAAATTTGGTTTGAATTTGCTTGGATTATATAAAATAATCAATAAAGTGAAGAGGAAAATCAAGAGTAACCCA CCAGCCACTTTTCAAAATTTACCGCTATTAAAGCGTCATTCAAAATAAGTATCGTTTAATTTTTTAAATATTTTTTCAGG TTATGTATGAAAAGGCGGACTGATAATGTTATTTAGTGATATTGATATATTTACCCAATGGGTGCCCATTACAGTGGTTT AAAAGTAGTTGTTTGAACCCCTAGGTTGAAAGTTCGATCCTTAGAAGCCGCACTATTGGGGAGACCTTTGGCCTTCATCA CACCCGGGGGTTAGAATTGCGATAGCAATTTAGTACAAAAAAAGTGATATTGATATACATTATAGTAGTTGGTACTCTTA TGGATTACAGCACATATTTTAGCTTTACAATATATAAATTCAACAGTAACACCCATTATGCTTTAAGTAGTAACTTTTGT GGTCGATATTGATATACATTATAGGAGTAGGTACTATTGTTGATGTTGACTATAGCAAATATATTAGCTTTACAATATAG AAATTAAACAGTAACACCAATTATGCTTTAAGATCTTTTTTGGTACATCACTTTATGTATTTTTGGAATAAAAGGTCTTT ATACTACAAAAATAACAACCAGCACCCTGTTTAATAAATGGGTTTCATACAAATATCTACTTTATATTATGTATGTACAT GTACTTTTCAAGTTACCTTTTTTATTTTAGTTTAAAACAGCCAAATAATTAATCACCATATCATGTTTAAAATATTCCAA ATAACCAGCAAATATCTTATGAACATAAATTTGATAACCTTTTTTTTCTTGCCATTTTCTATACCGTATGGCTAGGTCAA AACTTTATTATTGCTGCTCAAGTGGTGAATTAGCTACTTGTTGAATTTTATGACTAATCTGTTTTTCTTTTTCTTTTTTG CAATTAACAAATGGCTTTGTTAGTTATCATATATATTTTCACTTCCTTCAAGAATGAGTTTCATTTTTTTTGACCCATAA TTGCAACTTTTCTTTTTATCTATGCACAAAAAGCCTGCTGATCATTGATTCCCCTCCCTATGTAAGTACTAATGACATGT TTCTATAAGAGAAGGTGAAAATGTTGAACCGGGAGAACTAGAAGAAGCTGCAATGAGGAGTAACCTCATACAACAAATTG TTGTCATTGGCCAGGTGAATTTAAATCTTGATGTCTTTAAACTTTAATGGTCCAAGATCTCATCATGAACTATATATCTC ATTATCTCTGTCAGACACAGGACAAAATCCAATGATTTTACTCATTTGGTGATAAAATGTGACATACAGGATAAGCGACG TCTAGGAGCTGTAATTGTTCCTAACAAAGAAGAAGTCTTAAAGGCAGCGAGGGAATTGTCAATTATAGACTCCGATAGTT CAGATGTCAGTCAGGAAAAAGTGACCAACCTAATCCATAAAGAATTGAAGACCTGGTAAGACCATGACTCACTAAAGCCA GAGAAATTTTGTGCCTTTATAGACATTGCAATTGTATGTTGTATGTTTTTTCAGTTCACAAGAGAATAAATTAATTTGTT TACTGCTAGTGAAGTTTTTTTAACTTTTAAGAATGAATTTAAAATTTAAATACTTGGTCTGAACTCTGAAGTGTTATGTG AAACAGAGCAAATATTTTTTATCTGAAAATTAAATCTCTCCCTAGAAGCTCTAATTTGTGTGTTATAGTAAGTTGCACTG CTTTGCAAAGGCCTCATTTGTAACATGATTATGAGAGAGAAGAAAATTACATCTGTTTGCTTTATGGCAAAGTTTCACTT ATATATTGTAGACTTCCATGACTAGATTCCTTAAGAAGCTAAAACAGGTCTCTTGCTTGAGCAAAAAGATAGAGTTTCAG AACTGAAAATAAAAGTGAAGACAAAGTTTACGTTTTCTATGGCTGTTTGTTTCCCTAAATACATTTTGAATAATTTGCCT TTTCCCTTTTTCGTCCTGTCTTTGTCTTCCAGGATGTCAGGGTCTACATTTCAAATTGGGCCAATCCTTCTCGTAAACGA TCCCTTCACGGTTAGATCGAACTTCTTTGTAGCGTCTACCTTTACGTTATTTACCGAATAGAATTGACATATTTGGCTAA TCATTTACTATAATGACAGATTGATAATGGGCTATTGACACCCACCATGAAAATTCGAAGGGATAGAGTTGTGGCTCAAT ACAGGAACCAAATAGAGAATCTGTACAAGTAA
CDS sequence (LotjaGi6g1v0041800.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCACTGACGCCTTGCCCGACAGAGAAAACGCAGATAAGAAGGTTCTCCCCTTTTCTAGAAAGTTCATTGCTTTCTGG TAATGATGCTGTGGCCTCAGATGAATGGAAAACAGTTCCTGACATTTGGAGATCTTCTGCCCAGAAGTATGGTGATAAAA TAGCCTTAGTAGATCCATATCATGATCCTCCTTCAACTATGACATACAAACAGCTGGAGGACGCAATATTGGACTTTTCC GAGGGCTTGAGAGTTATTGGAATAAGACCTGATGAGAAGCTTGCGCTTTTCGCTGATAATTCATGTCGCTGGCTTGTAGC AGATCAAGGTATGATGGCATGTGGAGCAATCAATGTGGTAAGGGGTTCAAGGTCATCAACTGAAGAACTGCTGCAAATAT ACAACCACTCTGAAAGTGTGGGACTAGCTGTGGACAACCCCGAACTGTTTAATCGGATTGCAAAACAGTTTTATTTGAAG GCTTCCATGAGATATATTATTTTACTTTGGGGAGAAAAATCAAGCCTGATCAGAGAAGTAGAGAAAGAGGTGCCAGTCTT TACTTTCATGGAAGTCATACATTTGGGACGAGAGAGTCGCAAGGCATTGTTTGGTTCTCATGATGCTCGGCAGCACTTAA CGTATGAAGCAATAAAATCTGATGACATTGCTACACTTATGTACACAAGTGGAACTACTGGAAATCCAAAAGGTGTTATG CTAACCCATCAGAATCTTTTGCATCAGATTAAAAATTTATGTGACATTGTACCTGCTGAAGTTGGGGATAGATTTCTAAC CATGCTGCCTCCTTGGCATGCATATGAAAGAGCTTGTGAATATTTCATTTTTTCATGCGGTGTTGAACAAGTATACACAA CCGTGAGAAACTTGAAGGATGATTTGGGACGCTATCAGCCACATTATTTGATTTCTGTTCCTTTAGTTTATGAAACATTA TATAGTGGGATCCAGAAGCAGATATCTAGAAGCTCCCTTGTTAGAAAGCTTGTTGCACTGACATTCATAAGGGTCAGCTT AGGGTACATGGAGTGTAAGCGGATTTATGAGGGTAAATGTCTAACAAAGGATCCGAAGTCACCTTCCTATCTCTATTCGA TGTTGGATTGGTTATGGGCAAGAGTTATTGCTGCAATATTATTTCCAGTTCATATGCTGGCAAAGAAACTGGTCTACAGT AAAATTCATTTAGCCATTGGAATATTGAAGGCTGGAATAAGTGGTGGTGGTAGCTTATCTTCTCATGTTGATAAGTTTTT TGAGGCCATTGGTGTGAACGTGCAGAATGGATATGGTTTGACAGAAACTTCACCAGTTGTTGCTGCTCGGCAGCTTAGTT GTAATGTTATTGGATCTGTTGGGCATCCAATTAAGCATACAGAGTTCAAAGTTGTAGATTCTGAAACTGATGAAGTTCTT CCACCTGGTTCAAAGGGGATTTTAAAAGTCAGGGGCCCACAATTGATGAAGGGATACTACAAGAATCCTTCAGCTACAAA TCAGGTCATAGATAAGGATGGCTGGCTGAGTACTGGTGATATAGGTTGGATTGTTCCCTTCCATTCAACTGGGCGTAGTC GTAATTCTGGTGGTGTGATTGTTGTGGATGGCCGTGCTAAAGACACGATTGTGCTTTCAACAGGTGAAAATGTTGAACCG GGAGAACTAGAAGAAGCTGCAATGAGGAGTAACCTCATACAACAAATTGTTGTCATTGGCCAGGATAAGCGACGTCTAGG AGCTGTAATTGTTCCTAACAAAGAAGAAGTCTTAAAGGCAGCGAGGGAATTGTCAATTATAGACTCCGATAGTTCAGATG TCAGTCAGGAAAAAGTGACCAACCTAATCCATAAAGAATTGAAGACCTGGATGTCAGGGTCTACATTTCAAATTGGGCCA ATCCTTCTCGTAAACGATCCCTTCACGATTGATAATGGGCTATTGACACCCACCATGAAAATTCGAAGGGATAGAGTTGT GGCTCAATACAGGAACCAAATAGAGAATCTGTACAAGTAA
Protein sequence (LotjaGi6g1v0041800.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSLTPCPTEKTQIRRFSPFLESSLLSGNDAVASDEWKTVPDIWRSSAQKYGDKIALVDPYHDPPSTMTYKQLEDAILDFS EGLRVIGIRPDEKLALFADNSCRWLVADQGMMACGAINVVRGSRSSTEELLQIYNHSESVGLAVDNPELFNRIAKQFYLK ASMRYIILLWGEKSSLIREVEKEVPVFTFMEVIHLGRESRKALFGSHDARQHLTYEAIKSDDIATLMYTSGTTGNPKGVM LTHQNLLHQIKNLCDIVPAEVGDRFLTMLPPWHAYERACEYFIFSCGVEQVYTTVRNLKDDLGRYQPHYLISVPLVYETL YSGIQKQISRSSLVRKLVALTFIRVSLGYMECKRIYEGKCLTKDPKSPSYLYSMLDWLWARVIAAILFPVHMLAKKLVYS KIHLAIGILKAGISGGGSLSSHVDKFFEAIGVNVQNGYGLTETSPVVAARQLSCNVIGSVGHPIKHTEFKVVDSETDEVL PPGSKGILKVRGPQLMKGYYKNPSATNQVIDKDGWLSTGDIGWIVPFHSTGRSRNSGGVIVVDGRAKDTIVLSTGENVEP GELEEAAMRSNLIQQIVVIGQDKRRLGAVIVPNKEEVLKAARELSIIDSDSSDVSQEKVTNLIHKELKTWMSGSTFQIGP ILLVNDPFTIDNGLLTPTMKIRRDRVVAQYRNQIENLYK
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 | 369 | 369 | - | – | |
| PANTHER | 8 | 679 | 672 | 0.0 | – | |
| PANTHER | 8 | 679 | 672 | 0.0 | – | |
| Gene3D | 27 | 349 | 323 | 2.9E-45 | ||
| SUPERFAMILY | 30 | 678 | 649 | 9.68E-105 | – | |
| Pfam | 45 | 552 | 508 | 8.9E-94 | ||
| CDD | 62 | 666 | 605 | 0.0 | – | |
| ProSitePatterns | 226 | 237 | 12 | - | ||
| Phobius | 370 | 394 | 25 | - | – | |
| Gene3D | 379 | 526 | 148 | 4.2E-37 | ||
| Phobius | 395 | 679 | 285 | - | – | |
| Gene3D | 547 | 677 | 131 | 6.1E-7 | – |
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. |
Expression pattern of LotjaGi6g1v0041800.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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