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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0226400 |
| Transcript ID | LotjaGi2g1v0226400.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Lysine--tRNA ligase; TAIR: AT3G13490.1 Lysyl-tRNA synthetase, class II; Swiss-Prot: sp|Q9LJE2|SYKM_ARATH Lysine--tRNA ligase, chloroplastic/mitochondrial; TrEMBL-Plants: tr|A0A151TGE1|A0A151TGE1_CAJCA Lysine--tRNA ligase; Found in the gene: LotjaGi2g1v0226400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:68355387..68366781) extracted from Lotus japonicus Gifu genome v1.2.
AGACAAATTTTTTCCAAGGACCAATTTAGATGTGAACCAATATTACAAGGACATAAAAGAAAAGAATACCTTATTAATGT GTTGGGGGTGGCCGGATAGTGTGCGTGGCGAGAATGGACGTGCCAAGACTCTGGAACCTGACTTCGCGCCCACTGAAGCT CTTCTTACATTCCCACTCCTCTTCCATATCCTCTACCGCATTTCGTCGAACACCTCGCAGGCGCGTTCTCCGCTCATCCT CTTCTTCAACCGCCACCACCGCCTCATCCCCCGGTCAAAACCGGCGGAGCTCTGCGTCGTCCTCGACGACTTCAACTTCC GATAGAGAGGCCATTCGAGCCATTCGCTTGAAGAAGGTACTTCACTTGCTTCGCTTAGGCTTCGCATTGCGAATGTGCTG TTAAATGTTTGATTCACGTTGTGGTCTTTCTGTTTCCTATTGTTGTCATTTGCGTGTGGTGAGGATGGATTTAAGCTGAA TTGAAGTTGAGGTTTGAATTTGACACTTCCAAATTGTGAGATTATATAAGTTAAACTTCAATATAGGGTTGCCTTTAGTT AATTTGGCTAGTAAAGATAAAAAAGATTGGCAATTTGATTTTGGGAGAAATTAGAATTGTATGCTTATCTTCTTCTTTTA TTCACAATTTTATGTAGCATTTTTTGTTCTAAGGAAGTGGTGGAATATTGAGTGTGAAGTTATGTGTTGCGAAGTAACGT TGCTTGGGACTAGATTAGATGCCCTTTTATTCAATTATGGATAGTTTGAACTATATGATTGACTTTGGTTAATTGCTTGT CTGAGGGCTGATAAACTAATGGACTATGGTATTGGTTTTGAGGTTGCCTTCCACTTGAAGTAAGGCTTATTATTTTTATT GACCCTTCTTTGAGTTTGTTTTGTAGGTTGAAGAACTGAGAAGCAAGGGGCTCAATCCATATGCTTATGGATGGGACAAG ACTCACAGTGCTGATCAGCTGCAAGATATATATAAAGATTTAGGAAATGGTGAGGAAGCAAACAGTGAGAATGATCACGT ATCTGTTGCGGGAAGAATTGTTGCAAGGAGGGCGTTTGGAAAGCTTGCCTTTTTGACGATAAGAGATGATTCAGGGACAA TCCAGGTTTTACTCATCCTTTATTGCCTTTTGTACATTTACTATAACTTTGAACTAAGGTATGCCAGACTTTCGATAAAT ATATAGTTATATACTGTGTTCTCTTTATTCTCTTATTCCAAAATCTTAATTGTTAGTTGCATTTTTTGTACATTTATTCA TTGATAAGGAAGGAGTTTTCTTCTTTGTTTAAAGTGAATGTTACGGAGAGATGCTAACTGAAGTTGTTAGTCTCTGATTT CAGCTTTATTGTGATAAGAAGAGACTCATAGATGATCAGTTTGAGCAATTGAAGGCGCATGTTGATATTGGTGATATACT GGGTGCAAAAGGAACAATAAAACGCACAGAAAAAGGTATTATAGGATAGGCATTTTAAATGCATTTTCTATTTCATTTTC TTTATGCAAGAAGTAGTTTATTTTTTAATTTTTTAATTTTTTTTTATTATTCTGTATCTTCAGCTCAAAAGTTATAGTTT ATCCCAGTTTTCCATCTGTTTTGTTTGTTACCTCAATGTGATAAAAGGAATGAGAGTTTGAAGGGAAGATTGGCAGGAGC TAAAAGAGTTAGAGCAGTCTCAACTATATATCTATGTTTCCTCTCAACAGCGCCATTTTGATAATCAGGACGGGGGCACG TGTAAGATACCAATTTTGGAAAGACATTCAGACATGTGATGAAACTGCCCTCCCCAATACAATGCATGATCATCTACCTA GTACCTATACATAGAATGTCAGAAGCTTTAGCTGGAAGTATACTAGAAAACTAATCACTAACTAACTTCAGTCTGTTATG ATCATAACAAACTAACAACACACTAACCAACTACTGGCGATATAGTTATTAATAGATGCAAAGTAAGCTAGCAAACTGCA AGAATCATGAACTTTTATTTACATAAGCTTTTAGGAGAGTTGTTCCTTGACATAATTAATTTATTTCTATTCGTGTCACT GGTAAATGAACTCAAAACAATAATATAAATATAGAATGTAGAAAGATAGTGTGTCAGTTATTATGTAAGTATTTCTATAA TTATTGAGTGAAATTATAAGGCGTTTGACATTTTTCTGAAGTTTGCAACTCTGAACCACTAGTTTGTAAGTTATATTGAT CATAGAACCATCCATTTGGAAATCACATATTCATTCAGATGTTGAGTAGAAATTTCTGAAATATGACCTAAGGTCATGAC ATTGTCTTTGCATATTACAATCCTAAGTTAATTATGTTATTCTGTATGTATTGATTAAGAGAAAAATACTTCACTTTTAA CAGAAAAAAGAAACTAACGGAGGAGTTTAAGATATTCTTTTGAGCTGCTAATTTATTTGTTTCCCTGCACGGTTTCCTTC TTTCCGGCTCTAGTGTCTTCTCTGAAGTAGGAGTTGATTGTTGATCATTCAAAAATATCCTGTTCTCAGTGAATGTGGTT TTGTATCTTACTTTTTTTTTTTCATTTTCTTTAAGATATTTGTTTTCCTTTCCCTTTTTTTATTGTTGTAAAAATTTAGA ATTGCAAAAAGAGGTGGATAGTCTTTTGAAATGTCCTCTTATTATCGCTTACTCCTTCATGTTTTTTCCTGTCTTACTTC AGGAGAACTTTCTGTGTCTGTGCTATCTTTTGCAATCCTTACGAAATCTCTGCTTCCACTGCCTGACAAATATCATGGTT TAACTGATACAGACATACGTTATCGTCAGAGGTAAGCTCATACTTTAATATTTTGTGTTTGTTTCTATTTTATATGTTGT ACATATATTTATCAATCTGACAATCTCTGATAGTGGCACGTAGTGGCCACCCCCAAACTGCTATAGCGTGATAGCAATAC CGGGATGACTGCGATATTGAAAATTTCTATATGTATTTAGTAATTTATATATTATATATATAATTGTTCAGAAGTAAAAT ATTTCTTAAAATTAGAGTCATTCATAATTAACAATCAAAATGTCATGGTGTTAGACTGGTACAGAAAACAGGGAAAGAAT AGTGATTTTATTCAGACAATATGGAGTAGATCTCCCTATTCTGATGTAGAACAAGAAGATGCTACCCAGTTACCATAAAG AACACTTCAAGAGGTTCTCTATCTCTCCTAACTCCTCAATTCTAACAGAATAACTGCCTACCTTCTATGTAACTCCTATT CTCTCTTATACTAACTACTAAATGCCACTTGGCAGGTTGGGTCTGTTACACGGGCTGTTCCAGCTACTCTTGGCCCATTC CCCTTAATTCTCCTAATATACTCATTTAATTACAGGCCTACTAACACATGGGTTTTAAGCTAAAATGCATAGGTTCATGG TAGCAAAAGTGAGGATATAAATAAGTTTAAGACTTAAAATAATGGCAGAACAGTTTAAGAGAAAAAAAAGATAGAAAAAT ATAAGGATGAAGAAGAGACGTTGCGACCTAAAACTTGTAAAACAGTTGAGAACTTGAGATAACAAAAAACAGCAAATAAA GACAAAAAGATGAAAAACAGAGACCTAGACATGAAGAACTGAGCATGTGACTGTTAGAAAGAGGAACTAAGAGCATTAAT CCAAAATCAAATTTTACACCACTGATCCAAACACGCACTAAGAACAAGAGAATAGTGGGTGAAGAACAAAGAGCCTGGCC GAAAAAAGGGCCTGACAGAAGCTAACAAGGGGTCGCAAGATAACCATGGTTTTCTTCCAACATTTTCAATTTGAGACTAT GAGTGAGTCTGTGAGTGGATGTGATCATGTGAGACTGTGCGTGTCAAAGATTTTTCAGACTTTTGACCCCTTCTTGAGAA AGGTGTTCATCATATTGGATTGATCCAATGAACCAAACCATAATTGGTTTACTTTACTTTGAATCCGAACCTAACCTATT ATAATCGGTTAGGTTCTCAAATTATCTTTTTTTAAACCAAACCAACCCAATCACCCGATGATTTTTTCATATTTAAATAT ATTATATTTATTCTTTTTAAACTTTAGTATTTATATCTCTTCTATTTTTAAATTTCTTTCAAATCATTTTGACTTCGTCA TTTAGGTTATCAAATGTCTTTCAATACATTTACTATCCAATTTATCATATTTAAGATTGAAATACTAATGAGTTAGGCAA AGTTATAATTTAAAAAACTAACATTAAGACTTAAGAGTAATATCAATATTTGGAATTGATTTGACTATTCTATAAACTGA TTAAAGAAAAAAGATTTTTTTTACTCGTAGAAACATAAAATTCAAAATTTATACATAGAAGATGACAATATAAAATATTT GGAGTTGAGTTGACTGTTGTATAAAATCATTGAAGAACAACTTTTTATTTTATTTGTAGAAACATAAAATTCAATTTTTT TTTACAAAATGACAATATTCGGATGAAAAGATAATTATTTATTTTTGAATCCCAACTTGATGACCCGAACCTAACCAACT CAATTTTAATCGGATCGGTTTGGACTGGGTTTGTTGAAAATATTTAAAAGAACCAAACAAAACCAATTAATTCAGATTCT ATTTTCCCACAAACCTAAGCCAAACCAATCCTTGAACACCCCTACTTCTTCACTCTAAAATTTGGGGTTTTCAGGTCCTA TCTTCAATTGTGGCACAATAGTGTGCGAAAAACCTCGACTTTCGCCGTCATAGAGTCTGCGGCTTTCGCTGTCATAGAGG CCGCTACTGCCACGACAGGGAACTGTGACGCACTGACCCTGTAGTGGCACATGGGAGCGATGCGATAGCGCCACTATCAA CGCGATTGATAACCTAGGTTGTAATGACTTACAATGCTTCTATACTAGGGAATTTTATTTTTTAGCTCTTTCTTTCTAGT TTATCATAAATAATTTCATCTGTTCAATTTTTCTAACGGCTTTTATTATATTCGTTTCATATTTATGAAGGCATAACTTA TTTGTTATTCTTTTTATTGTGCTTCTATTTCTTATTACTTCTTATTCCACGTCATCTCTAGCTGTCCCTTGCACTCCTGG CTGAAAATTGGCTAGCCTTTGTTTTCAAATGTTTCTTCATGTTTGTTGTGGACATGTGGTTAGGTATGTAGATATGATTG CAAATCCAGAGGTAGCAGATGTATTCCGTAAAAGAGCAAAGGTGGCTCATCCTCTGAACTTTATTTTCTTCAAATAAATG ATGGTCAATTGTTTAAGTTTTATTATCGAACATATAACAAGTAGATTCAGATCAGAAAGTTCACTTCAAAAAATGCTTCT CCATTTATCTGGTGCCTGAGCAAATAGCTCCTATCTGTGTTAAATTTCTAATCAATTCCATTTAAATAGGTTGTATCAGT GATCCGGAGGACAATGGATTCTTTAGGTTTTGTTGAAGTAGAAACTCCAGTTTTGCAGGTTTGTTGATTTTCTGCTTGAA TATGGCACCTTCTCAATTTATGTGGACTCTGCTAGTTGTTTCATTGTTATATGTTATTTCTTGTTTAAAGTTTACAAAGA GCATCCAATCTTCATAAACAGTTATATAATATTCTAACAGGTCATCTTGATAGGTATCATATACTTGTTTGATTATTCTC ATATAGGCATATGTATACATTGCATATAAGATGTCAATAAAATGGCGCATTGCACTTGTCAGTCTTAAACTGTTGATGAT GTCATTGCTAGATGTGATTTTCACACAGCTAACTATTTGGTTATAAGCACAACCTGATTCATCTCCTCTTTTTCCCTTCC CTCGAGTTTTACTTAATTCGTTGTCATTCTCAATTCCATTCTAAACCTTTGATTATAACTATAATGATGTTACCGCTAAT TATTTACCTAATAATGATTCATTTTAAAATATTATTTTACCACCTTGTTCGTTAGATTTATGTCGTCCACTCCATCTAGT GGGAAAAGGCTATCGTTGTTATTGTGTATAAATTATACCCTTATACTCCTTTAGCTTGGTTCTCTGTAGCACCTAATAAC TGATATGTAATTACGATATTAAATGACATCCTTGTCATTTTATTAATATGATATATAATGTGTCTGGCCATTTGTATGTG GATAGTTTTATCTGATTAATTTTATTGACTAGGGAGCTGCTGGGGGAGCAGAAGCCAGACCATTTATTACATACCACAAT TCTCTTGGAAGGGACTTATATCTGAGAATTGCAACTGAATTGCATCTAAAGAGAATGCTGGTGAGATTTGAAATATTTTT CATTTGTAAAGTCGTCATTGTTTGGGTGACATACTGACATTCAAAGTTCAAACTCTTATCAAAGCATTCTATTTTATCTT TCAATAGAAGGTAGTATTCAGGAATTATCCTCTTAAAATTCATATAGATTTTAGAAAGGATGTATTGCTGTGTTTAACGA AAACAAAGATATGTTTGATATTCGCCCTGAATGTACTGCAAACGAATAAGATTGCGAGTCAATATCTTGTTTCATGTATG AAGGAGAATTTAATTTATTTTAGCGGCTAACCTTTTGAAAACCTTTGTCTTTTGGCATAGAGCAGGCTTCCTAAAGCTGT AAATATGAAATTTGATTGATAGGCAAAGATGTCATTGATTTAATCAAGCTGTTAACCATTTTAATGTTTTCCTTTATGGC AGGTGGGTGGATTTGAAAAAGTATATGAAATTGGTCGAATATTTAGAAATGAAGGAATTTCAACTCGCCATAATCCTGAA TTCACAACTATAGAGGTAAATTAAAGTTCACACTTAGGAGGTGAACATTTTAAGCTTCCATTATTTTTAATTGGATATTA TTATTTTGGATAACCTGCTATGTTACCAATCTTGACATAGCAGTCCCAAGATCAAATAAAAGAAAAGGATTGCATTAGGG AATCGACAACCAACATAGGTTAATGTGGATCATTAATTGTTCTTTCGAATGTTCCCAAAGAATCAATCTTAAGTTAGTTT TAGTACTTTTTATGGGCATATCTAGTTTCCCCTAGTCTTATCACAGCTTAAGCTTAGAAGCAACTGTTTTTGACAATGAT TACATGATATTTTAATTTAAATTATTGTGTAGTTAATACTTCTTGTTTGAATTACACTCTAAAATGTCTTGATATTAGTT CATCTTTAGATGTATGAAGCATACTCGGACTACCAAAGCATGATGAATATGGCAGAGGAGATTGTCGCTCAATGTGCTCT TGCAGTTCATGGGAAGCTTACCATTGATTATCAGGTAGAATTATTTTTACTAAACAAAGCTTAGAATTGTATTGGTCAAA GATATCAGAAGGGATGCCTGAGGCACTAAGATTAGGAACTAGAAGGGGTCAGTGTCTCTTGCTAGTTGAGATGCTGCCCT TCAATGAGGCAAACACTTATGGAATGGAATGAACAAAATAAAACGTGTGACTCGATTATTTGATTTTTTAAGGAGTTTAA TGAGGAAGGGTCATGCCATTTACTCCTTGAACCTCACCCCCCAAAAAGGGAAGGGCATACATTTCGGACTGGGCTTTGAG TTGTAATGGAGGTCTTATAAGTTCCTCCATATTCTAATTATAATAGTTTATATCTGCCATATAAACATTAACATCTCTAG CATGTAAATACTGACGGAACTGTCAAGCACTTAAGCGCCCATGTATCTCGAGCAATTTGAGGAAGTCCATGTGCGTAATC ATGGCCAGAATGGAAGCGTATTTACACTCAAGACTATTTTCCACTTCCAAGCTCATCTTCCATGATATCTTTAAGAATCC TGCCACGAGATCACTTGGTAGAACCCAACCAAGAACTGATATGATTTCAATGATGAAAACCCTAATTCCCAACTGGGAAT CAGAGCAAGATACAAGAGAGAGATACCAAACACTCTCAATCTTTCTTAGGGCACCAACTCTTCATTTAAAGGAGCTTCAG TCCATGCCAAAACATGGCAAGAAAGACTAACTTATGATGAATTTAGTGAACCTCAACATGGTCCTTTGTGTTAAAATTTT CTTTAATCACTCCTGATTGTATTATTTTCACTTTATATCAGATGAAATTATTAATGTTCTTCTTCTTGCTTTCACTCTGT TCTTTGCAATTGTGTTGGTTTTTGTGATGGCATTCTTTTGAAAATTCTTTATCACAATTTTTTTCAAGTCGGTGTAATGA TTCCACGCAGGGAGTCGAGATATGTCTGGAAAGGCCCTGGAGGCGGGAGACGATGCACAACCTTGTTAAAGAAATAGCAG GGGTCGATTTCAATGAATTGGGAAATGATCTCAAGGTTGCAAAGCAAGTTACTCTGGATACCCTTCAAAAGAATCTTGAT AACAAGGATAAAGCTTCCATTGAAGCATGCAAATCTGTCGGTCACCTCCTAAACGAGGTTGATTGGCTCCACCTTTTCTC TTCTACTCTCATATGTGCATCATTTTTTTCATTTATTTTATTTGATAAATTTGGTTATTTTTCCAATTAATCAAACTTAT TCTGTCGTGGTGGTGATTTATATTGTCAATTTGAGTTGCAAAAGTAACCGATTTTTTTTTTTGTTTATTAGGTTTTTGAG ATCTTTGTAGAACCAAAGCTCATCCAACCTACATTTGTTTTAGACTATCCAATTGAGATATCTCCACTGGCTAAACCACA CCGAAGGTAGAACCATCTTTTAAAATACTGAATAATGTTAATTATGTTATCTGCTGTTATTAATTGCATTTTGACCCAAA GTACTAAAAAAATCTGTTAGTACGAGTTGAGATCCAAAAAAGTTAAAACATTCTTTACAATTTTCTAACACTTAAATCTT TGCTGTTATCAATTGGCTTTGCTTTCATTACAGCTGTCAAATTATCCAATTCATTCCGGCCATTATTCCTGAATAATCAT CATCATTATTCATTACTTTTGTGATGTCATTATGATTTAGATTTAGTGACTGAAATGCCTGCTCTTGACCCAATCCCTTG TTCCCTCATCATGTTGGCATGAGTTCTGCAAAGGTTATGATATGTGAAAGAAGAACTCGAAATGAGCTTCTTGGCTTGTG TTTTTAAGATTTATATTGATGTCCAAGAGTGAAATGCTTGTATTTTCCTTTCTTCCCGTAGCTAATATTTACAAAAGATT TGTTGATATTCATGTTTAACTATACACTTTCTGGCATAGTGATAAAATTTATTGTAAAAATACATCAGAAGCAAACTCAA TAATAAAGTCTGACACTCATTTCATGTTTCTAGCTATTATCATTCTATCTTATACTTGATCCCCCATTAGGTCCACAGGT TTGACTGAGAGATTTGAACTTTTCATTTGTGGCCGTGAGCTAGGCAATGCATTCTCCGAATTGACTGATCCTATAGATCA GGTAAGCTTTATAAAATTCTTGTATTCAGGCTGCCTAGATTATGTTGATTTTACTGACCATAAGCTAAAATATAATGTGG TTCACGTTTAAGAGTAGATTATGAAGAAACTATTATATTTCTTGATTCATTCTTCTGATGAAAATACATAAATAACGGAA TCTTTAGGAAATTCCCAGAATAAAAAAAAGGAAACTCTTAGAATTTGGGTTGGGCCTTAACTCTACCTCAAAAGATAGCT TAGGGTGAGGGTTGTTGTACTCTTTATAAGGACTATTTTGGCCATACTTACAGTCAATGTGAGACTTCTCAACACCCCCC CCCCCCCTCACACCTAGGGCTGGACATCAAGAGTGTGGAATTTGCAGGAATGAACATCTGCGGTGGCCCATATATGGGTA GTCTCCGATAAACGGATCGAGGAGAGGCTTTGATACCATCTTAAAATTTGATTTAGACCTAACTCTATCCCAAAAGCTAG CCTGGTAACCTTAGTTATAGGTTTTGTTTGTGGTTTGTAACCTTGGTCCATCAGTGCAGGTTTCCTGCTTTATAAGCTCC CCCAGTCCCTCAACAGGAAAAGAAGGAAACTAATCATTACGAAATTCACAAAATTAACTAGGAATCCCAAAATTACTGGA ATAACAAAAAAAGGATACTGAAATAATAAAAAAAAATAGTTGATCCCTCTAATTATGAGATGTGATTCTCATAATATTTT TAGGATTGATTTTCAACATCAGCTATTTCTCACCAGTCATCATTATCAACTTAGGAGAAGGGGGAAAGTAGAGCTTGATT CGCGATGAATATGAGATCATTGAGATACTATTCTCCATAAGTTATGAAGTAGGTTTAAGTTCTTGTCATTGTCAGTTTAC AGTTTAGAAGAGTTTATTTTCTTGTTTTTTGTGTGTGCTGCTGTGTCTGCAATAACACTAAAAAGTCGGATGTTATATTG GATAACTAATTACCCGGCATTAAATCAGTGCTTGTTTCAATATTTACTGAGATTTGAGTTTTTCTTTTTTACTAATTCAT TCTGAGCACTGCTTGAAATAGACAATGAGGCTCTGTTTAAGCCAACTTGTCTGGAAAAGGAATCCAGACTCAAAATTATT TGTTGACCATTTAATTCACATTTTTTTCTGAGTTAATTATTGAAGACTGAGTAGTTTGATGGCAAACAAAATGGTTGCAT TTTTTGGGTTCGTGGCAGAGGGGACGCCTAGAGGATCAAATTAGACAGCATGAAAAGAAGAAAGCTGCTATTTCAACAAA TGGTGACCCGAAGGAAGGAATAGAAAATGAGGATGATTCATATGAAGTGACTCTTGATGATGACTTCCTAACAGCTTTGG AATATGGAATGCCTCCTGCTTCTGGCATGGTATGATAACCTGACACCTCATATGTCCTCCAGAAATTTTAATAACCAAAT TCTCAAAGATCTAAAACACTAAAGTCTTTCAAACTTTTTGTTGATAAAATGTTCACCTAATCAGTCTTTTATGAAGGGAT ATTTGGTTACGAAACTTCTAAAAACTAAAATGTTAATGCCTTTGATCTTCGAATGACTAATCTGTGGTGATGAAAACTTT TTAAGGGCAAATGTAGTATGTTTGAGGATCAAGATATAACTTTTTCCATGGATTTTTTTCCTGCTACTTACTGAGGGTAT TCTTTCCAGGGACTTGGAATCGATAGGCTCGTGATGCTTTTGACAAACTCTCCCAGCATTCGAGATGTAATCGCCTTCCC AGTACTCAAGGTTCAGCTATAGTAATATGTTTGTAAGATTAGCCGTTAATTTTAACAGAATAAGTCACTGTTTATTCTTT CTAATTGTTAATTACATTTGAATTCTTTGGATATCACATGGAACCTTATAAGATTAATATTTTTTCGTCAGGTAAAAGAG CAATATGAATGTTAAGACTTTTGTCTAGAATTTAC
CDS sequence (LotjaGi2g1v0226400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGACGTGCCAAGACTCTGGAACCTGACTTCGCGCCCACTGAAGCTCTTCTTACATTCCCACTCCTCTTCCATATCCTC TACCGCATTTCGTCGAACACCTCGCAGGCGCGTTCTCCGCTCATCCTCTTCTTCAACCGCCACCACCGCCTCATCCCCCG GTCAAAACCGGCGGAGCTCTGCGTCGTCCTCGACGACTTCAACTTCCGATAGAGAGGCCATTCGAGCCATTCGCTTGAAG AAGGTTGAAGAACTGAGAAGCAAGGGGCTCAATCCATATGCTTATGGATGGGACAAGACTCACAGTGCTGATCAGCTGCA AGATATATATAAAGATTTAGGAAATGGTGAGGAAGCAAACAGTGAGAATGATCACGTATCTGTTGCGGGAAGAATTGTTG CAAGGAGGGCGTTTGGAAAGCTTGCCTTTTTGACGATAAGAGATGATTCAGGGACAATCCAGCTTTATTGTGATAAGAAG AGACTCATAGATGATCAGTTTGAGCAATTGAAGGCGCATGTTGATATTGGTGATATACTGGGTGCAAAAGGAACAATAAA ACGCACAGAAAAAGGAGAACTTTCTGTGTCTGTGCTATCTTTTGCAATCCTTACGAAATCTCTGCTTCCACTGCCTGACA AATATCATGGTTTAACTGATACAGACATACGTTATCGTCAGAGGTATGTAGATATGATTGCAAATCCAGAGGTAGCAGAT GTATTCCGTAAAAGAGCAAAGGTTGTATCAGTGATCCGGAGGACAATGGATTCTTTAGGTTTTGTTGAAGTAGAAACTCC AGTTTTGCAGGGAGCTGCTGGGGGAGCAGAAGCCAGACCATTTATTACATACCACAATTCTCTTGGAAGGGACTTATATC TGAGAATTGCAACTGAATTGCATCTAAAGAGAATGCTGGTGGGTGGATTTGAAAAAGTATATGAAATTGGTCGAATATTT AGAAATGAAGGAATTTCAACTCGCCATAATCCTGAATTCACAACTATAGAGATGTATGAAGCATACTCGGACTACCAAAG CATGATGAATATGGCAGAGGAGATTGTCGCTCAATGTGCTCTTGCAGTTCATGGGAAGCTTACCATTGATTATCAGGGAG TCGAGATATGTCTGGAAAGGCCCTGGAGGCGGGAGACGATGCACAACCTTGTTAAAGAAATAGCAGGGGTCGATTTCAAT GAATTGGGAAATGATCTCAAGGTTGCAAAGCAAGTTACTCTGGATACCCTTCAAAAGAATCTTGATAACAAGGATAAAGC TTCCATTGAAGCATGCAAATCTGTCGGTCACCTCCTAAACGAGGTTTTTGAGATCTTTGTAGAACCAAAGCTCATCCAAC CTACATTTGTTTTAGACTATCCAATTGAGATATCTCCACTGGCTAAACCACACCGAAGGTCCACAGGTTTGACTGAGAGA TTTGAACTTTTCATTTGTGGCCGTGAGCTAGGCAATGCATTCTCCGAATTGACTGATCCTATAGATCAGAGGGGACGCCT AGAGGATCAAATTAGACAGCATGAAAAGAAGAAAGCTGCTATTTCAACAAATGGTGACCCGAAGGAAGGAATAGAAAATG AGGATGATTCATATGAAGTGACTCTTGATGATGACTTCCTAACAGCTTTGGAATATGGAATGCCTCCTGCTTCTGGCATG GGACTTGGAATCGATAGGCTCGTGATGCTTTTGACAAACTCTCCCAGCATTCGAGATGTAATCGCCTTCCCAGTACTCAA GGTTCAGCTATAG
Protein sequence (LotjaGi2g1v0226400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDVPRLWNLTSRPLKLFLHSHSSSISSTAFRRTPRRRVLRSSSSSTATTASSPGQNRRSSASSSTTSTSDREAIRAIRLK KVEELRSKGLNPYAYGWDKTHSADQLQDIYKDLGNGEEANSENDHVSVAGRIVARRAFGKLAFLTIRDDSGTIQLYCDKK RLIDDQFEQLKAHVDIGDILGAKGTIKRTEKGELSVSVLSFAILTKSLLPLPDKYHGLTDTDIRYRQRYVDMIANPEVAD VFRKRAKVVSVIRRTMDSLGFVEVETPVLQGAAGGAEARPFITYHNSLGRDLYLRIATELHLKRMLVGGFEKVYEIGRIF RNEGISTRHNPEFTTIEMYEAYSDYQSMMNMAEEIVAQCALAVHGKLTIDYQGVEICLERPWRRETMHNLVKEIAGVDFN ELGNDLKVAKQVTLDTLQKNLDNKDKASIEACKSVGHLLNEVFEIFVEPKLIQPTFVLDYPIEISPLAKPHRRSTGLTER FELFICGRELGNAFSELTDPIDQRGRLEDQIRQHEKKKAAISTNGDPKEGIENEDDSYEVTLDDDFLTALEYGMPPASGM GLGIDRLVMLLTNSPSIRDVIAFPVLKVQL
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 28 | 72 | 45 | - | – | |
| MobiDBLite | 39 | 72 | 34 | - | – | |
| PANTHER | 45 | 589 | 545 | 4.6E-239 | – | |
| PANTHER | 45 | 589 | 545 | 4.6E-239 | – | |
| Gene3D | 64 | 215 | 152 | 7.4E-43 | – | |
| SUPERFAMILY | 71 | 213 | 143 | 1.39E-37 | ||
| TIGRFAM | 75 | 587 | 513 | 1.4E-186 | ||
| Hamap | 77 | 589 | 513 | 41.594 | ||
| CDD | 125 | 232 | 108 | 1.36927E-52 | – | |
| Pfam | 126 | 201 | 76 | 1.3E-17 | ||
| Gene3D | 216 | 589 | 374 | 1.4E-124 | – | |
| SUPERFAMILY | 220 | 586 | 367 | 1.28E-106 | – | |
| Pfam | 221 | 586 | 366 | 6.0E-72 | ||
| CDD | 235 | 587 | 353 | 0.0 | ||
| ProSiteProfiles | 242 | 584 | 343 | 27.04 | ||
| PRINTS | 257 | 267 | 11 | 1.1E-37 | ||
| PRINTS | 273 | 289 | 17 | 1.1E-37 | ||
| PRINTS | 302 | 315 | 14 | 1.1E-37 | ||
| PRINTS | 320 | 337 | 18 | 1.1E-37 | ||
| PRINTS | 453 | 469 | 17 | 1.1E-37 | ||
| Coils | 504 | 524 | 21 | - | – | |
| MobiDBLite | 514 | 535 | 22 | - | – |
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 | Nucleotide binding | Interacting selectively and non-covalently with a nucleotide, any compound consisting of a nucleoside that is esterified with (ortho)phosphate or an oligophosphate at any hydroxyl group on the ribose or deoxyribose. | ||
| Molecular function | Nucleic acid binding | Interacting selectively and non-covalently with any nucleic acid. | ||
| Molecular function | Aminoacyl-tRNA ligase activity | Catalysis of the formation of aminoacyl-tRNA from ATP, amino acid, and tRNA with the release of diphosphate and AMP. | ||
| Molecular function | Lysine-tRNA ligase activity | Catalysis of the reaction: ATP + L-lysine + tRNA(Lys) = AMP + diphosphate + L-lysyl-tRNA(Lys). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Cellular component | Cytoplasm | All of the contents of a cell excluding the plasma membrane and nucleus, but including other subcellular structures. | ||
| Biological process | TRNA aminoacylation for protein translation | The synthesis of aminoacyl tRNA by the formation of an ester bond between the 3'-hydroxyl group of the most 3' adenosine of the tRNA and the alpha carboxylic acid group of an amino acid, to be used in ribosome-mediated polypeptide synthesis. | ||
| Biological process | Lysyl-tRNA aminoacylation | The process of coupling lysine to lysyl-tRNA, catalyzed by lysyl-tRNA synthetase. The lysyl-tRNA synthetase is a class-II synthetase. The activated amino acid is transferred to the 3'-OH group of a lysine-accetping tRNA. |
Expression pattern of LotjaGi2g1v0226400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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