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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0303500 |
| Transcript ID | LotjaGi4g1v0303500.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Glutamine--tRNA ligase; TAIR: AT1G25350.1 glutamine-tRNA ligase, putative / glutaminyl-tRNA synthetase, putative / GlnRS; Swiss-Prot: sp|P52780|SYQ_LUPLU Glutamine--tRNA ligase; TrEMBL-Plants: tr|A0A0B2PPT7|A0A0B2PPT7_GLYSO Glutamine--tRNA ligase; Found in the gene: LotjaGi4g1v0303500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:67861464..67870517) extracted from Lotus japonicus Gifu genome v1.2.
CACGAAATTGATTTTATTTTTTTAATTACAAGTTATATGTTTTTTTTTTATTTTTATGAAATCGAAGTTATATTATATAC TACTCCTATATGCTTATTTTTATTTATGAAAAATAACAATATAAGAAATTTTACTTTTTAACCAACTGAAGAATCTCAAC TATAGCAGCAGAATCTAAACGCTATTTTCTACACTATATTCCCAAACAGTAACGATTCTCTATTTTCTTACAGTTACACT CTACTCTCTCTCTCTCTGCAAAACCCTAAATTCCCTCTACCTTCAATCGGAACCCATTTTCGCCGACGATGCCGACCAAG GAAGATAACGCCGAGAAGGAGAAGTGCTTCGAGCTCTTTCTCAAGATCGGCTTGGACGAACGCACCGCCCGTAACACCGT CGCCAACAACAAAGTCACCACCAATCTCACCTCCGTCATCACCGAGGTATCCACAAATGCTTCACGATTTGTGAATTCAA TTCGTTTCTATTTTTGCGTTCTCTTATTCATTCATGCGTTGTGGTTGTTTTAGGCTGGTGTTGCCGATGGGTGTAGCAGA ACGGTTGGAAATCTGCTTTACACGGTACTGTATATATATATATATATATGTCTTTGCAATTTGCATGAACCTGTTTCTAT GTTAAATTTATGATTTATTGTTTGTTGATATGGTCCTTGCCATTGATTTATGTGGCAGGCTGCGACGAAGTACCCTGGAA ATGCGTTGCCTCATCGCCCGACGCTGCTTCAGTACGTTGTTTCGTCGAAGGTGTGCTCAATAGATTGCTGTTTGTTGTTG TTGTTGTATGTGATAGGATTGGCGTGTGCTATCATATTAGCTGTTTATTTCATGTTCTTATATGTTTCCATGCTACGTTT CTTTGTTTGGTTGTCGATTTTCCCGTTAAGAATTAAGATGTACTGTCTTTTTTTAGTTTAGAAGAACTATTGCAGTTAAT TTATTCTACATGTCAATTGTATTATCATTGCAGGTGAAAACAACTGCGCAGTTAGATGCAGCATTATCTTTTCTTGCTGC CACGGGTTCGGAGAGTCTTGATTTGAATAAGTTTGAAGAAGCTTGTGGTGTTGGTATGCTACAAAAACTTTAGTCTCCTT AGTTTGGCCATAATTTTACTTTGCATGGTAGTTCATTTGTGTTTAAGTGCTCTGGTAGAGCTTCAGCAATTTGTATTTGT TCTGATAGTTCTGCTTCTCTTCAGTTAGATAGGGTTTCAATTTCTTTTGAGTTATCCAGTGTCCACCTTGCTGATTCTTT TGCACACATGAGCAGGTGTTGAGGTTTCCACAGATGATATCAAGCATGCTGTTAATGAAGTTGTTGAGGAGAACAAGGCT ACAATTTTGGAGCTGCGTTATCGAACAAATGGTAGCTCTTAAGTTTTGACTCCTAATGATTTTAATAATTTAATTCTCAT ATATTTGATCACGTTGAAATAAAAAATTTAAATGATGATGCAATGATGAAAAAATTTGACCTTAACAGTTGGCTTAATCA GTGTATGGGTTCGTTTACTGATCCAGATAATCCAAACAATCTAACGAGCTAAAAACCGGTAGAGAACCAGTTTAAAACCA GTTTGAACTTTGAACTGGTCAATTTAATATAGAAACCTGTTTTAGATAAAGAAAAGATACATGTATAAGATTTGCGAATA GATACCTATTATTAGCCTATTCTTAATTTTTATCTTGAAAACATATAATAAGGTCTTTATATTAAATTAAAATTTTACAT ATCTTGAGTTCTTATAATTTATGTTGGTTCTTATAATGGTCGGATCCCTTCCCGGACCCTGCGTGTGCACCCAACTGCCC TTGCCTTGAGTTCTTATATTCTATGTTAGTTTATGACTTGAAATTATATACCTTATAAAAATGTTAGTAACTATTATTGG TTTGACCGCGGTTAAACCAATTAACCGATGTCTTCATTGGTTCATTCACCAGTCCAATTTTTAAAACATCAATATTATGT GGTTTAGCTTTCAAATTTACATTTGTATGAAGATTATTCCATTCCTGCAACTATATACACCTTTTAACTTTCAAATTTAC ATTTATATTAGTTTTTATATTTCTTGATGCACTTTTCTATAGGAATTCAAACGGTGTAAGGTGTATTCTATTTCTTGATG TGCTCCTTATGTGATAATTTTCCCTTTGATATTGAGCTACCAATCTGTTCAGCACTAATAAACTTTCATAATTCACTTTC TAAATTTTTAGTTGGTGAGTTACTTGGGCATGTGCGGAAGAGGCTCCCATGGGGTGATGCAAAAGTTGCAAAGGTGATAT CTGCTAAATTAAGTTAATATGTTTTATAGTTTATCTTTTATTCGAGGTTTGTTAATATCATTTAGTTGCTTAGCATTTTT TATTTGTGTGACAGCAACTTTTTGATGCAAAACTATATGAGCTTCTTGGTGATAGGACAGCAGCAGATGATGAAAAGCCT TCAAAAAAGAAGGAGAAACCTGCTAAAGTGGAGGTGAGTTTTTAGTTCGATGCTGTTTTTCTTTTACTTTTATTAGGACA TGGCTCACAAGTTGTTTGATATCCTACTTATATGCTTACAAAGGATAAGGCAGCACCTGTTGTGACTGCTGAAAAGGTTC CTGAAGAAGATCTTAATCCATTTTTGATTTTCCCTAATCCGGAGGAAAATTTAAAGGTATTTAATTTCCTTACTTTGAAA ATTAATTGCATTCTCATTCTATTATTTTCATGTTGTGAACCTAATCCTTCATTCCTTACTTTGAAATTTTCTTTTTTCTT TAACTTGCATCTACAACATGTAACGAGGATCATGTTGATTTCAGGTGCATACTGAAGTACCTTTTAGTGATGGTAGTATT CTGAGATGCTGCAATACAAAGGCCCTTCTTGACAAACACTTGAAAGCAACAGGTGGAAAAGTTTTGACTCGCTTTCCACC AGAACCAAATGGATATTTGCATATTGGTCATGCCAAGGTATGCAACGTGTTTCACATATTAATTGTTATACTTAATAATC ATATTTTTTCAGTGATTTCTTATTAATTTTAAAACAAAAACTTAATTATTGCTCAGGCAATGTTTATTGATTTTGGATTG GCGAAAGACAGAGATGGTGGCTGCTACCTGAGGTGTGTATTTTTTATTTATCAACTTTAACTTTCCTCTTGATATATTGT TAGAGTCACCAGTGTCTCTTATGCGGAAAGAGATAGAAGTTGCTCCTTGGGACATGAAACATTAAGGTGTTGTTTATCAA TGTTTTAGCATCTTGTACATATGAGATTCTAGTTTGTAGTTTAAAATAGTTGATAGGTGACCATTGTGAGCCGGTAACAA TCCGTCTAGATTTGTATTAAAATCAGAGTTCTCTCTGGATCTTTTCAGTATGTATATATGTTGAAAGCTCTCTTTGATTT TTTATATCTGCACTCTGGTCATGTGCAAGAATTTTTTTTTTTCTGTACGAATGAACATAGGTTGCAATCTTGATAGTCTT ATTGCACAGGAGCAATCTTTTTATCCTTTTGGGTTGCAATTTTTCTTACTTGCTGAGATTGACGACATAGCTGCACTTGG CTAATGTCGATATTTTGGGGAAAACATTGGGAAAACTTACACTTGATTAGTGGCACGTCCTCGCACTTCAGAATCTAGGC TAGAAGTAAGGAATCCTGTTTTACAGACAGGCTTTTATGTAAAATTATTGAGAATAGAAAGCTGGGTTGGCTCAAAGGCC CTCTGTTACAAATGTCAAATGTGGACTGTTGACTTTTTTTGCGTTCTTTCTTAACATCCTCTGCACCAAATCAACCATTC TTATGAAATCATTCATGGGCCATAGTGGAACTAATGTGCTTTGACCGGTGCAAATAATGATTAACCGGGTTTGACACTTC ATGCATATCTTAAAAAATATTTGGCATCCATTTTCATTGTAGACACTTGTTAGAAACTATCCTAATTCTTGATTACAATT TTAATCTATCAAATGGCAATAAACTTCTGAGTGAGCTGTTATGGCAATGAATGTATGACCTATTTACATCCATTATGTTG TATTAAAAGCATAAAGGAGATTACATTTTCTCTATTATTACCATTTTATGAAAAAATCCCAGATGTGTTCATTCAGGTCA ATGAATGTTAAGCATCTTATGGCATCTCCTTTAACCTAATAGTTTTTGATGTTTAGCTTTTACTATTTTCTATAAAATGC CTTTGAAACTTTCATTAGGTCTTTGTCATTGGAATGGACCTTCAATATGATGTTGTTCGTTCTAAGTTCGATGCTTTATT GTCCTTCCAGGTATGATGATACAAATCCTGAAGCAGAAAAGAAAGAGTACATTAATCACATTGAAGAAATTGTCCAGTGG ATGGGTTGGAAACCGTTTAAGGTATGCTGGTTTTTTTATTAGCACCACTTGCTCTCTTCCAACCTAGCTGTTTAGATCTT TAACAGCTTTATACTTTTTACAGATTACTTATACAAGTGATTATTTCCAAGAATTGTATGAGTTAGCAGTGGAGCTCATA AGAAAGGGCCATGCTTATGTTGATCATCAGGTTGGTATTCAAACATGTAATAACTTATTACTACAAATGTTCAGCATGTT CAGTACTTTATTACTTCATTAGTTCATTTGCTTTATTACATGTTTCACCGGTATTGTTTCTCTCCTTTGGGTGTAAATAT ATGCATCAGCTATAGTTGACTCAATCAAAGCACTAATTAAAAGCCATATGGTAGTTTACTTTCTGCTATGTATTATGAAA ATCTCAATTGTATTGAATTATGTCATAGTTATTGTGGAATTACTCATGGAGGATGAGAATGTTACATCAAGTTATACAAT TTGCATTGTTGCAACAAAAATAAACATCATTTACTAGAATTATTTGGTTGTAGACTCCGGATGAGATAAAGGAGTACAGA GAGAAGAAATTGAACAGTCCTTGGAGAGACAGACCAATATCAGAATCTCTGAAACTCTTTGAGGATATGAGGCGCGGTCT TATAGACGAAGGAAAAGCCACACTTAGAATGAAGCAAGACATGCAGAGCGATAATTACAATATGTATGACCTTATTGCAT ACCGAATTAAGGTAAGAGCACAGCTAGATATGTTTGATTACTCAAAACTCAAAGTTGACTATGTTATCTTATGGTATATG AATGCTCTCTGTCTTTAGTTTACACCACACCCTCATGCTGGAGACAAATGGTGTATCTATCCAAGTTATGATTATGCTCA CTGCATTGTGGATTCCCTAGAGAATATCACACATTCAGTAAGTTTTCTTTCAACCTGAGTTCTTTTATGTTACCTATTTT GGTATTTGCTACTTGATACTTAAAGTCGACTGTTATTCTTTGATTGTCATGCTCTCCTAATTTTTATACTAAATATTATT AGCTATGATATGATCTTCTTTATGATGATGTCCCCTTTAGTTAAGAAGATAATATGTGTATATCTTATGTTGATGCCTAG GCAGCTTGAGTCCTAAACTATCCTCCTACATTGATATATTTATATTTTAAGCTTTTGTTGATATTTTGTTGTTGCCAAGT TAGACATCTGAAGAATATTTGGTTGGAGTTATGTTATCAAATATGTACATATTCCTGTGATTTTGAATGTTTATCAAACA AACCAAATACGATATAATGTGTGCTGTTTATACTAGTGTGCAGTACACAGTGTGCTGTTCATTTATCAATATAGCAGTTG GAGCCTTTTTACTGCTGAGTTATGTACTATTAATAGCTATGGTTGATGCAGTGATTCAAGCGATTGTGACTGGTCTTAAT ATAACAATTTATGCATACAGAATGCTACACGAAGTTTGTTTGGCTTTTTTTATTGGGATGTATACCTGTTGATTTCAAGT GTTGTTATGCTGGTGATTGATGAAGTTATAGGGTGATTTAATTCGCTGACCTAAAGTATTTAGTTTTACTCTCCACATCT TTTAGACGTGTCATATTTTTTGTTTTGCCTAATTTGACAAATGTTTTGCGCACTTTCGCCATATGTTGAGATTGCTTGAC TTCCTGGCGGATTCAGTTATACTCGCTTTCATTAAGTTGATTTAATGTTTATTCTCTTGTCTCACCCTGTGCTCTAACTT ATGGTATAAGTGGTTTCTTATCATCTAGTCCTTCTAATTTTCTGTTAGTCCTGAACTGCTAGTTTTTTTAAATCACTTAG TATTTTTTGTGTCAAGAAATATAATTCTGTCATTTATATATTGCTATTGCATCTGGCCAAAAAAATGTTTAATCAGTGGC TTTCTTGTCTATATGCTTTGTTCCTGACAAATAGCACTCTGATTGAGTATTATCTGCCAATTGTGTTAGTGCATGCTATG AGTGATAACATTTGTTGTTTGTTGTCATTATCTATATCTAAATTACAAATATCTCTTGCAGCTGTGTACACTGGAATTTG AGACACGTCGTGCGTCATACTATTGGTTGTTGCATGCATTAGACATTTACCAACCTTATGTATGGGAATATTCAAGGTTG AATGTCTCTAACACAGTTATGTCGAAGCGTAAGGTGAGGAAACAATCTTGGACATTGTAATAATGTATTGTGTTCTTTGT TATAATGCTTTTACTTTTCCTTTCCCTAATTCTGGATTATTTTTTGTTGAAGCTAAACCGTCTAGTTACAGAGAAGTGGG TTGATGGGTGGGATGATCCTCGGCTGATGACACTAGCTGGGTTGCGGCGTAGAGGTTTCACTTCAACAGCGATCAACTCT TTTGTCCGAGGAATTGGAATCACTAGAAGGTTGGATATGAAACTTCACACTTAAATCCGTATCTAAATTTTTCCAAGACT TTCGCTCTACCATTTCCGAGTTTTCCAAGATGTTGAAAGTTTGTAGACATTTGAATTTGGTATCTACATGAAATTAATAA CTATTTAAGTCTCTTTCAATCCCTGATTTTGCAGAATTATTATAGAATATGTTGATAGTACACATGAATGATTTCTAATT TTCTTAGCTATACGAATTCTGTAGTTGCATGTTTATTATGTCTTTGGACATCTTCTCATATTGTGTACAAAAAAAGGTTT ATGCTCATCATCTCTTTGTGTGTGATAAAAGTCACAGCATCATATGCATTTACTTTTTTTGCATTAAAATACTGTCGTGG CAGAGCTGAACTTGCATTATTTAGTTAATTTAATTAAAAATATTTTCTTCCTTCTGCTGCAGTGATGGCACTTTGATATC TGTGGAACGCCTTGAATATCATGTTAGGGAAGAATTGAACAGAACATCTCCTCGAACAATGGTTGTCCTTCATCCACTCA AGGTATATTTTGCATTCTTTCGGCAGGATATTGTTTGACTTTTATCTAGCTCTAGACTAATCGGCTCTGTTTTGTAAGGT TGTTATTACTAACCTTGAAGCCAACTCAGCAATTGAGGTTGATGCCAAGAAATGGCCTGATGCTCAAGCTGATGATCCAT CTGCTTTCTACAAGGTGAAATTTGTCTTGTGATTCTTTAAGGGACTACTAAGGTTTTAGAAACTCTTGTTACTAAATCAC TTGTAGTCAATTTTGTCAATTAGGGACTCACCTTTACTCAATTTTTTTACTCAACTTTAATCCTTATCATGGTATTGACT TTTATGTTGTTATAGCCTTATGTTTTTATGTTTCTTATTTTTGTCATGCATTTGTTCGCAGATTCCATTTTCGAATGTTG TATATATTGAACGCTCGGATTTTCGGATGCAAGATTCAAAAGATTATTATGGCCTTGCTCCCGGTAAATCTGTGATCCTC AGGTTAGTTGACTGAACAAATCAATACTGTGATACGTGCATGAGAAGTTATAGGTCCAATATTCAAAATTTTGCTGTTCT GTGCAGATATGCATTTCCTATAAAGTGCACTGAAGTTATTCTAGCTGAAGATAATGAGACTATTGTAGAAATTCGGGCTG AGTATGATCCTTCAAAGAAGACAAAGCCTAAGGTTTAGTAACGTTGTAAAGTCTGTTGATTTAAATTAATGTCTCCAAGA GTTTAAGATCAGATTGGTGATCTATGCAAAAAAACTGTTTACAGGGTGTTCTCCATTGGGTTGCTCAACCTTCTTCCGGA GTTGAGCCGTTAAAGGTGGAAGTCAGGCTGTTTGAGAGGCTTTTCCTATCAGAGGTTAGCTATCTTCATGTCCCAGTACT CTCTTTCACGTTTATATTTTTGTTTCTAATGATTTTTACCTGCTCCTTTTTTTTAAATCACTGCAATAGAATCCCGCTGA ACTTGAAAACTGGCTCGGCGACCTAAACCCTCATTCCAAAGTCGTAATTCCAAATGCATATGGTGGGTCTTCACTCCAGG GTTCCAAAGTTGGGGACAGTTTCCAATTTGAAAGATTAGGTACTTACTTTGACTACTTATTTTCTTTAGTTTGATCCTTA TTCCATTCTTTTTTGCTTAAATACACAATCCTTATATCTGCAATTCCAGGCTATTTCGTGGTCGACAAGGACTCTAGTTC AGAGAAGCTTGTTTTTAATAGGACGGTCACCTTAAAGGACAGCTATACTAAAGGTGGAAAATAGGATTCATGTATGGAGA AAATGAAAGGAGAACACGGCAGATATGTTCAAATATTTATGATGTAGAATCACTTTTTTGCTTAAATATGTACATTATAA GGGATCAATAAGAAGTTCCGAGTTCTTTAATTAACCTCTGGTGTGGTTATTTTTGAGGTGGTTTTGTCTGGTGAGTATAG CTGTTTACTCCCGGGGAAGTAATACTAACATTTTTGTTATTTTCATGCCATTTTTTGTTGTAAAAGTGGCATCACATCAA TCCTAAAATGAGTAGTGTGAATGAGAGTATTGCACTTTTCCATTTAGTAAGTACAATATTTTAACAGCGATGTCATATAC AACAAATGTTTGATTCGGCTAATTGTCTGTATAAACCAATCTTGATATACAGTATAACCATGATATTCAAATTGAACTGT TAAGATTGTTGAAA
CDS sequence (LotjaGi4g1v0303500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCCGACCAAGGAAGATAACGCCGAGAAGGAGAAGTGCTTCGAGCTCTTTCTCAAGATCGGCTTGGACGAACGCACCGC CCGTAACACCGTCGCCAACAACAAAGTCACCACCAATCTCACCTCCGTCATCACCGAGGCTGGTGTTGCCGATGGGTGTA GCAGAACGGTTGGAAATCTGCTTTACACGGCTGCGACGAAGTACCCTGGAAATGCGTTGCCTCATCGCCCGACGCTGCTT CAGTACGTTGTTTCGTCGAAGGTGAAAACAACTGCGCAGTTAGATGCAGCATTATCTTTTCTTGCTGCCACGGGTTCGGA GAGTCTTGATTTGAATAAGTTTGAAGAAGCTTGTGGTGTTGGTGTTGAGGTTTCCACAGATGATATCAAGCATGCTGTTA ATGAAGTTGTTGAGGAGAACAAGGCTACAATTTTGGAGCTGCGTTATCGAACAAATGTTGGTGAGTTACTTGGGCATGTG CGGAAGAGGCTCCCATGGGGTGATGCAAAAGTTGCAAAGCAACTTTTTGATGCAAAACTATATGAGCTTCTTGGTGATAG GACAGCAGCAGATGATGAAAAGCCTTCAAAAAAGAAGGAGAAACCTGCTAAAGTGGAGGATAAGGCAGCACCTGTTGTGA CTGCTGAAAAGGTTCCTGAAGAAGATCTTAATCCATTTTTGATTTTCCCTAATCCGGAGGAAAATTTAAAGGTGCATACT GAAGTACCTTTTAGTGATGGTAGTATTCTGAGATGCTGCAATACAAAGGCCCTTCTTGACAAACACTTGAAAGCAACAGG TGGAAAAGTTTTGACTCGCTTTCCACCAGAACCAAATGGATATTTGCATATTGGTCATGCCAAGGCAATGTTTATTGATT TTGGATTGGCGAAAGACAGAGATGGTGGCTGCTACCTGAGGTATGATGATACAAATCCTGAAGCAGAAAAGAAAGAGTAC ATTAATCACATTGAAGAAATTGTCCAGTGGATGGGTTGGAAACCGTTTAAGATTACTTATACAAGTGATTATTTCCAAGA ATTGTATGAGTTAGCAGTGGAGCTCATAAGAAAGGGCCATGCTTATGTTGATCATCAGACTCCGGATGAGATAAAGGAGT ACAGAGAGAAGAAATTGAACAGTCCTTGGAGAGACAGACCAATATCAGAATCTCTGAAACTCTTTGAGGATATGAGGCGC GGTCTTATAGACGAAGGAAAAGCCACACTTAGAATGAAGCAAGACATGCAGAGCGATAATTACAATATGTATGACCTTAT TGCATACCGAATTAAGTTTACACCACACCCTCATGCTGGAGACAAATGGTGTATCTATCCAAGTTATGATTATGCTCACT GCATTGTGGATTCCCTAGAGAATATCACACATTCACTGTGTACACTGGAATTTGAGACACGTCGTGCGTCATACTATTGG TTGTTGCATGCATTAGACATTTACCAACCTTATGTATGGGAATATTCAAGGTTGAATGTCTCTAACACAGTTATGTCGAA GCGTAAGCTAAACCGTCTAGTTACAGAGAAGTGGGTTGATGGGTGGGATGATCCTCGGCTGATGACACTAGCTGGGTTGC GGCGTAGAGGTTTCACTTCAACAGCGATCAACTCTTTTGTCCGAGGAATTGGAATCACTAGAAGTGATGGCACTTTGATA TCTGTGGAACGCCTTGAATATCATGTTAGGGAAGAATTGAACAGAACATCTCCTCGAACAATGGTTGTCCTTCATCCACT CAAGGTTGTTATTACTAACCTTGAAGCCAACTCAGCAATTGAGGTTGATGCCAAGAAATGGCCTGATGCTCAAGCTGATG ATCCATCTGCTTTCTACAAGATTCCATTTTCGAATGTTGTATATATTGAACGCTCGGATTTTCGGATGCAAGATTCAAAA GATTATTATGGCCTTGCTCCCGGTAAATCTGTGATCCTCAGATATGCATTTCCTATAAAGTGCACTGAAGTTATTCTAGC TGAAGATAATGAGACTATTGTAGAAATTCGGGCTGAGTATGATCCTTCAAAGAAGACAAAGCCTAAGGGTGTTCTCCATT GGGTTGCTCAACCTTCTTCCGGAGTTGAGCCGTTAAAGGTGGAAGTCAGGCTGTTTGAGAGGCTTTTCCTATCAGAGAAT CCCGCTGAACTTGAAAACTGGCTCGGCGACCTAAACCCTCATTCCAAAGTCGTAATTCCAAATGCATATGGTGGGTCTTC ACTCCAGGGTTCCAAAGTTGGGGACAGTTTCCAATTTGAAAGATTAGGCTATTTCGTGGTCGACAAGGACTCTAGTTCAG AGAAGCTTGTTTTTAATAGGACGGTCACCTTAAAGGACAGCTATACTAAAGGTGGAAAATAG
Protein sequence (LotjaGi4g1v0303500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MPTKEDNAEKEKCFELFLKIGLDERTARNTVANNKVTTNLTSVITEAGVADGCSRTVGNLLYTAATKYPGNALPHRPTLL QYVVSSKVKTTAQLDAALSFLAATGSESLDLNKFEEACGVGVEVSTDDIKHAVNEVVEENKATILELRYRTNVGELLGHV RKRLPWGDAKVAKQLFDAKLYELLGDRTAADDEKPSKKKEKPAKVEDKAAPVVTAEKVPEEDLNPFLIFPNPEENLKVHT EVPFSDGSILRCCNTKALLDKHLKATGGKVLTRFPPEPNGYLHIGHAKAMFIDFGLAKDRDGGCYLRYDDTNPEAEKKEY INHIEEIVQWMGWKPFKITYTSDYFQELYELAVELIRKGHAYVDHQTPDEIKEYREKKLNSPWRDRPISESLKLFEDMRR GLIDEGKATLRMKQDMQSDNYNMYDLIAYRIKFTPHPHAGDKWCIYPSYDYAHCIVDSLENITHSLCTLEFETRRASYYW LLHALDIYQPYVWEYSRLNVSNTVMSKRKLNRLVTEKWVDGWDDPRLMTLAGLRRRGFTSTAINSFVRGIGITRSDGTLI SVERLEYHVREELNRTSPRTMVVLHPLKVVITNLEANSAIEVDAKKWPDAQADDPSAFYKIPFSNVVYIERSDFRMQDSK DYYGLAPGKSVILRYAFPIKCTEVILAEDNETIVEIRAEYDPSKKTKPKGVLHWVAQPSSGVEPLKVEVRLFERLFLSEN PAELENWLGDLNPHSKVVIPNAYGGSSLQGSKVGDSFQFERLGYFVVDKDSSSEKLVFNRTVTLKDSYTKGGK
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 |
|---|---|---|---|---|---|---|
| Gene3D | 7 | 122 | 116 | 1.1E-36 | ||
| Pfam | 12 | 168 | 157 | 1.1E-52 | ||
| PANTHER | 14 | 791 | 778 | 0.0 | – | |
| PANTHER | 14 | 791 | 778 | 0.0 | – | |
| Gene3D | 123 | 192 | 70 | 7.0E-18 | ||
| Pfam | 173 | 262 | 90 | 3.0E-11 | ||
| MobiDBLite | 190 | 211 | 22 | - | – | |
| Gene3D | 247 | 579 | 333 | 7.3E-144 | ||
| Pfam | 269 | 574 | 306 | 9.1E-123 | ||
| CDD | 269 | 579 | 311 | 5.97338E-142 | – | |
| SUPERFAMILY | 269 | 583 | 315 | 3.85E-86 | – | |
| TIGRFAM | 270 | 790 | 521 | 2.3E-189 | ||
| PRINTS | 273 | 285 | 13 | 4.1E-7 | ||
| ProSitePatterns | 276 | 287 | 12 | - | ||
| PRINTS | 302 | 315 | 14 | 4.1E-7 | ||
| PRINTS | 447 | 457 | 11 | 4.1E-7 | ||
| SUPERFAMILY | 577 | 787 | 211 | 3.03E-55 | ||
| Pfam | 577 | 768 | 192 | 1.1E-40 | ||
| Gene3D | 580 | 786 | 207 | 1.8E-73 | ||
| Gene3D | 585 | 721 | 137 | 1.8E-73 |
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 | 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 | Glutamine-tRNA ligase activity | Catalysis of the reaction: ATP + L-glutamine + tRNA(Gln) = AMP + diphosphate + L-glutaminyl-tRNA(Gln). | ||
| 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 | Translation | The cellular metabolic process in which a protein is formed, using the sequence of a mature mRNA or circRNA molecule to specify the sequence of amino acids in a polypeptide chain. Translation is mediated by the ribosome, and begins with the formation of a ternary complex between aminoacylated initiator methionine tRNA, GTP, and initiation factor 2, which subsequently associates with the small subunit of the ribosome and an mRNA or circRNA. Translation ends with the release of a polypeptide chain from the ribosome. | ||
| 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 | Glutaminyl-tRNA aminoacylation | The process of coupling glutamine to glutaminyl-tRNA, catalyzed by glutaminyl-tRNA synthetase. The glutaminyl-tRNA synthetase is a class-I synthetase. The activated amino acid is transferred to the 2'-OH group of a glutamine-accetping tRNA. The 2'-O-aminoacyl-tRNA will ultimately migrate to the 3' position via transesterification. | ||
| Biological process | TRNA aminoacylation | The chemical reactions and pathways by which the various amino acids become bonded to their corresponding tRNAs. The most common route for synthesis of aminoacyl tRNA is 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, usually catalyzed by the cognate aminoacyl-tRNA ligase. A given aminoacyl-tRNA ligase aminoacylates all species of an isoaccepting group of tRNA molecules. |
Expression pattern of LotjaGi4g1v0303500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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