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LotjaGi2g1v0226300.1

Overview

Field Value
Gene ID LotjaGi2g1v0226300
Transcript ID LotjaGi2g1v0226300.1
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description Arginine--tRNA ligase; TAIR: AT4G26300.1 Arginyl-tRNA synthetase, class Ic; Swiss-Prot: sp|O23247|SYRM_ARATH Arginine--tRNA ligase, chloroplastic/mitochondrial; TrEMBL-Plants: tr|W0G2X0|W0G2X0_9FABA Arginyl-tRNA synthetase; Found in the gene: LotjaGi2g1v0226300
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr2:68343707..68353116) extracted from Lotus japonicus Gifu genome v1.2.

TTTCGCTCGCAAATTATTTAGCTCGTGTGGCTACACGTTTTTCTTTCGGCTTGCATTAATTTTCATCTCCGTTTGGGGAT TGTCATAAGTTTATTGCCACAGGACAACTCAGGAATTACTCCTACTAGTCTTCTTACTACTCCTGATTAGCGCTTCTTCT TTTGCTTGAGCGTAATTTGTAAAAATAAAAAAATAAACTCAATTTGGAAGATTGAGAGGTGGTTTTTCAACATGTGTTGA GAGAGAATAACATGATCGCAGATCTCTTAGCTAAATTTGGTTTGAAAGAGAAATTGAGCTTGACCACTTGGGATTCCCCT CCACCTAAGGTTGCTCAATTGAGGGAGTTAGGTGAGGATAGTCTTTCTCTCTCTCTGTTTTCTTCCAATTTGTTATTTTC GTAATCTACTAAAAAAATATTAAGAACTTACTCAAAAATAAAAAATAAAAAACTGCCAACACATGAAAAGACACCACCTG AGCCTGGTTAGGGTTTGGGTTCTTAAATCACACTTGTCAGCCGTTATCGCCGTCTCACACTCTCTGGTTACCTCCTCTCC CTCTCTTCTTCCATTTCTCTTCTCCTCCATCCTTCAACGTTGCTAACACAATTTCCATTTCAACATTGTTCTTCTGTAAA CAGATTCAGCGAACGTTGCAGCTTCTCGGAGTTTTTCAACCATGTATATTGTAAGTTCATCGAGTTTCCCACTTTCAAAT TAACTGATTAGTTTTTCAGTTTATGCGTTTTCATTTCCTGCGATTTTGGATTGTTGTTGTTGTTTTGCATGTTGATGTTC TTAGCTCTATTTTAGTAATAAGATTGTGATGTGATGCTAGCTTTTGTATTTGGATATAGGAAATAATCAATCCGGCGAGT GTCAAAAGGCAGTTGGCGAAGCTGTTTGAGGCTTCTCTGAAAGCAACTGTGCCTGATGAGGCAGATATTGTGCCTTTGGT TGATGCTTGCGTTGCGAAATCTGGTGTGAAGAAATTTGCTGATTACCAATGGTCAGTTCATTGAATGAATTTAGCGCTTT AGTCGGGATGATTTTTTTGTTAACTAGTGATCTTGGGACTTCTTAAAGCTCACGAAACACTTTTTCGCTGTGCAGTAATA ATGCAATGGGTCTGTGGGCTAAGGTTAAAGGAAAGCAGACAGAATTCAAGAATCCCCAGTCAATTGGACAGGTATAGTTA AAGTCCTTTTTACCATTTTACTATTTACTGATTATGAAATTGCGTTTTGATTTGTTGTTGTCAAATGGTTATCGGTGTGT TTTTGTTGTTGTAGGCCCTCATGAAGAATCTCCCGCCATCTGAAATGGTGGAATCGTGCTCTGTTGCTGGTCCTGGTTTT GTGAATGTTGTCTTATCAAAGAAGTGGATAGGAGAGGTGATTGCAGTTTCTGTCTTAAATTGGAAATAGTATGACCTACT TTTTGTGAGACCCCTTTTAGGGGGTGTCTAATTCGCTGTGTTCATTGATTGGAAGGGTGTGTGGTTTGCAAGGAAGTTAT GATTTTTACTTTTTTGTGTGTGTGGATAATTGAGCTTATTCAAGACCTCTGTTAACACTTAAAAGAAAAATTCCTTCTAC AGACCTTACAGAAGATGCTTACTGATGGTATTGATTCCTGGGCACCTCGACTTCCCGTGAAGAGAGTTATGGTTGACTTT TCCTCACCTAATATAGCTAAAGAAATGCATGTTGGTCACCTGAGATCAACCATTATTGGGGACACATTAGCTCGTATGCT TGAGTTTTGTCGGGCAGAATCTCTTATCCGCCGAAATCATCTCGGTGACTGGGGAACTCAGGTAGATTTAATATCCACAA TTCTTCTATTTTTGTGCCATGGGTTAGAATATAGTGCATGTTTAAGCTGAGGTTATACGTTTTATGCTATTTCTCGTGAC TAGATCATTGCTATATACACTGTCAAAGCTAGGTTTCTCCATTTAGCTAATGACACTCTGCGTAATCTGTTTGCAACAAT CATTTAACTTGACAAGCTTATTTCATGTTCATTAAAATTACTTTCTGGGTTGACAACTAATTGTGTTTGGGAACCAATGG CTGATGGAAGTTGCTTCGTAACTGTTTTCAAAATGCAGAACATGAATTTCATTCCTCCTAATTCAATGGTGTGTTCTCTG TATTCTTTTTTTGTGGTGTAACTTCAAGCAACTGAATTTAGGAAAATAGTTTACATATTGAACTATTTCAACTTGTCACC AAGTTTGCAAGACCCATTATTTTTTAGACATGCACTCATGGCATAGTTGTTTGAATGATAATTGATAAAACATTCTAGTA GGATTCAGGAATGTTCTCATTTTGTTTTTGGTACCATATGATTCAATAGATATGTATTTTTGTTTTTGTATTTTGCAGTT TGGGATGTTGATTGCTTATCTCTTTGAGAAATATCCCAACCCGGAAGACGTTAGTGAAGCAGCTATTGGAGATCTTCAGG TGAAAAAATATGTGAAAATGAATTCGTTTTATATTAGTTACTAGGCGCTTATTCGTATGTTGTTTAACAAAAAACTTTGC TTTCCAAAACATGTAGAAATTAATTTGTTAAAAATGCTGTGAAAATCTAATTAGATAACATGCACTGCTATTTTTACTAG ACAAACAGCCTTAAAAAGATCGGCTATTGATTTTCTTTGCACGTATTGCTTCTGCTAATAGCTGTTTTGTACTTTGTTTA TGAATAATTTTTTATCAGTTTCATAATTCATCCGTCTATTCTAACTTTTTCTTAAAGGAGATGGGGTTTGAGATGTGAAT TCAGGATAAATTGATGGCTGATTATAAAATATTGTTCATTTTCAGTTTTGTATAAAACATAATCCATAAAATAGTAATGT TTGTAGGTCTTGAGTGATAATGTTTTCATTGACATTTAGTTTTCCATTATGGTTTTTGTCCCGCATATCTTTGATGAAGA AGCATTTGTGTTTCGCTGGATAAGTAAATTATTTTCAGTGTTTGTGGAATTAATTGGAGTTGTTGCATTTCCAGACATTC TACAAGGCCTCAAAGGTGAAGTTTGATAGTGATCCTGAATTTAAGAAAACAGCACATCAGTCAGTGGTCAAGCTCCAGGT AAATTTCTACCTTATGGTCCCCCACCCTTTTTGTGAGTTCTTTGGGGTTCGTTTTTACATGTCTTTTTTTTACTTTCTTG TTATGTATATATTAATTTTGATTTCAGAGCGGAGAACCCAAGTATCGCAAGGCATGGGAAAAAATTTGTGATATTAGTAA GGCTGAATTTGATAAGGTCTATCAACGCCTTGGAATTCGATTAGAGGCAATGGTAGGTTCTAGTTTCCTTTTACAATGTC TATGCAATTCAAATATGATGTCTATTCTTTTGCATCTCACAGGTGGAATTCCTTAGCTGTTTCTCTTGATTCACCGTAGC GACCATGGATCAATTTTGGCTGTTACTTTGCTTTTTATTCAATTCATGATTTGGCTTAGATTCTCACTTAAGGGGCCAGA TCTACCATATCATATCCACTAAATCTTGTATTTTATATTTCTTGTTTTGTCATGACTTATGACCAATAGTTAAATTTTCC CTTAAAGTTATATCCTCAATTGGACTAATACAACAACAACCGCAAAAGCCTTATCCCACTATGTGATCAATTAGACTGAT ATTAAAAATAATTTTGTATGATACACGGCTCCTCTACATGCTTAATTTCCTGGATATAGAAATTGCAGTGGAAGTTATCA TTACTGCAGGCGCAGCTTAAAAAGAACATTGTTTTTGTGCTGACTATCATTGATGTAATGATGCTCATACAATGTAGTAA TGATTTCATTGTTTGTATTGGATGTATGTTGCAATTATTACAGATGTTCTATTTAAATCTATATTACCAACACTTTTGTA GTGTACTGATGGACAATGTATTTGGTCACAGGGAGAAAGCTTCTTTAATCCATATATCCCCCCAACTTTGGAGAAACTGG AGAATTTAGGACTGATTGAAGATAGTGATGGTGCTCGTGTGATATTTGTTGAGGGTGTAGACATACCACTGATTGCTGTG AAAAGTGATGGGGGCTACAACTATTTTACAACTGATCTTGCATCACTTTGGTTAGTTTATACTTTTAGTTTTTTGTACTT TTTATTTGAAAATCGTTTGAGTTGCTGGCTTACTTGGGTAATCAAACTTTGTTATCAATTGTCAAATTTCTTTATCTTCG TAGTTGTATACTCTACCTGTTTAGAATGTTAAGATGGGTAAGTGAGCTCATAAACAAGGCATTATTAGCAATGAATGTAT TACATTGAAAGTTGAGGCAACACCTGTTGTGAAAAAAGATTGTTGAATGACCCTTTTGGTGGGTTAGACATCCGACTGTG AGGCGTATAGAAGCTGTAATAAAGAGAGTAGGTTAGATGAAGAGTATTCCAATAGTAAGAGGTAGAAGAAGAAGAAAGAA TATGCTTAGCAATTAACATGGATTTAGATCAAGAGTTCATTTCTTACAACATTTTTAATAAAAAAGCACTTCTATTTTGA AAAGTTTTAGTGCGATTGTTTCAGCTTTTAGAAAAAATCAGAATATAAAAAAATCAGATTTCTGAGAAGCTACTTTGGAT AGTTATAACTTATAACTTGCTTTAAAAATAAGAAGTGTTTTTGTGATTGTAACTGAACGGAAAATAACTTCTGCTTTATG TATAATCTCTAAAAGTAAATCACTTTTTTACATCACCTGAAAAAACACTTTATATATAGCTTAAACAAATGGCCCTTAAA ATGGTTTTTCTGTAGGTAGCCTCTAAGTGTAGTTTGAGGGAGTCAGTTCCACGACAGAAAAGGAACAGTGGGTAAAGTTC AAATATTATTTGGATCACAAAACAATACTTCCTAGGCTTTTGGGCCAGGTCCAACTCAATGAGGATAGTGGGGCATCAAA GAGGAAGAATGGCTCACAACCCATCAGTTCTGGGATTGGTGGTACATCTTTGCTTCAAACTAAGTACATTGTGTGGTCCT GGTGCATAACTATGTATTTTTGCCAGTTGTTTGTGTTTGTACAGTTCTCATGTACCCTTGATGTCAACCTCTTCCTTGGT TATTTTGAGAGCAAATGTTAATGTTGTAAATTTATGGAGTTAGAGAGGATTTTCATCTTCTTTATCATTGTTGCGATTGG GAGAGAGTATGTTGGAAATTCATAGTTTAATTTCAATAAACCCAGTTTCTTTCTTCTTCACTGCCTGTTCCTAGCATTAT CATTGGGTATGGTTTACGATAGGACATTGTGGTGGTGTTTAATTGATGTAGCTGGCTCCAAGTTGTGGGTAAAGGATTTA ATTGTTGTTGTCTATATACTCGACATCATTTAAAATTTGGATTTGGAATTCATATTTCAATTTTTCTGCATTTTTATATA AGTATGGAACAGGAGATCTGTCAACTTGTGAAAATAATTTATTTTGGTTATGTGATCCACTTTGACCTTGTAGGTATCGT CTGAATGTTGAAAAACTCGAGTGGAATATATATGTTACGGACGTTGGGCAGTGGCAACACTTTGATATGCTCTATAAGGT ATATCCCAGTTGAGATGAACCCTTCCTATTAGATTTTGCTAGTAGATCATTTTTTTTCTAATTCAATATTATGATGTAAT GTTAGTGCTGCTGCTAATATTCCAATGAGTATAAATGTCTGAGTTCCCCTTCAATTTTCCTTTCAGGCCTTCAGGCGTGC AGGATGGCTTCCAAAGGATGAAAATGAAATTCCCAAATGTATTCATATAGGTTTCGGTCTTGTTATGGGGGAGGATGGAA AACGATTTCGGAGTCGTAGCAGTGAGACTGTTCGATTGGTTGATTTGCTAGATGAAGCTAAAAGGCGCTGTAGAGTTGCC CTTCTTGAACGAGGTAAAGTACCAATTACTTATTGTTATATTTGCTTCTTCATGTCTGCGTTAAAGTATCCTTGAAATTA AGTTTCTGCGTAAGATCTGTTAAAGCGTTTGCCTTTTTAATTTTGTACACTAATCAGCAAACCTCCCAATCCTATGTTCT TTCAGACACTGCTAAGAATTGGACTGAGGAGGAGATTGAGAAAACATCGGAGGCAATTGGTTATGGGGCTGTTAAGTAAG CTTCTTTATCTCAAATATTCCCCCCCTTTTAGTACGAGTGACATTCTTTTGAGCCATACTATGTTGTAGCTTCTTCAGAG GCAAATTTTTGTGTGTTGATGTGGAGATGAATCGTTTAATGTACTTATTTACTCAATTTTTAAAGTTGTATATGGGGTAC TCTATGTTCTGACTCAATATTCCGAATCTAGTTAATATATAATTATATACTAATTTCAATTATTAGTAAGAATCCGATCA TAAGAAAAGAACACGAGTTTTACCGGGTTTTTACTTTTTGGGCATTTTCCTGAAACTTTCAGAAAATCAGTTAAGGTGGA ATGGACATGTACAAAGAAGATCTTTGGAGACACCAGTGAGAAGGGCTGGTAACATGGTATTTTGTTAGGTTATTTTTATA ACCCAACAAAAGATGTAAGAAGTGGAAGACAAGAGGGAAGAGATGAGAAACAATCTAATGGATTAAACAAGAACATTCTT TCCAAGGGTGGGAACCCTTCCAAGGGAAAGTCTCCATCACTTCAAAACTTAATTCTAACCTAATGAAGACACTCCTATTT ATAACTATTCTAACCTACTAAGTGAGTAACACTGGCCCAAATCAAATAATAAAAGCAAACTTAACCAAACAAGTCTAAAA CAAACTAACATAGATAAAATCAATCCAGGCCCATTTGTCCCAGGCTCAACCCTAACATATTTGGTCATGTGAAGAGGGGT AGTGGGAGGCAAAAAGAACTTGGGAAGATATTGTTAAAAATGATCTTATTAATTATTATCAATAATATTCCTCATGATAT GCTTTTTGATAGTGCCCAATGGCCTAGTGTGATCCATATAGCCGACCTCACTTAGTGAGAGATAAGGCTTTTGTTGGTAT TTTCCTGCTAAATACTCAACCAGGTTTTTAAATTTTTATATATGTTACACAGTAAGAAGGATTGGCTTCAGTAACTTCTG GTTCTATATATGGTTTTGGTTTGGCTTGACAAATTTTGAACTGTTTGCTTATGCCTGAGATAAGTTGTTAAAAGAGTTGC AGTCTTGTTGCTTCTCATTTCATGATTTGATGTGTTTGCAGATACGCTGATTTGAAGATCAACAGATTAACGAATTACAC TTTCAACTTTGATCAGATGCTTAATGATAAGGTGCATTCACTGTTTGCAATTTTTAGTTGCCAAGTTATAGTAAAAAAGC TAGTAGGTGTAGTAACCATTTTTTATAGGCCCTGTCCCACTCCCCCTCCCTTGGTCTCAGAAGTCTACATCTATAACTGT TTGCTCCTTACTATAAAAAATTGCTGTCAGAATAGCTTCAATGATATGTATATGAAACAATAGAAATTGTTCAACACTGT CTTCATCCCCAGCAAAGCTAATCAATCTGACGTTAGATGTCTCACCTTCCTAAAACTTTTTGTGAATCAGGGGAATACTG CTGTTTATTTGCTATATGCACATGCTAGGATCTGTTCCATTATCAGGAAAGCTGGTAAAGACATTGAAGAAATAAAGAGA GTAAGTTTATTTTTCTTCGTGCATTATGTATTATAAAAAGTCTTTGATTTAATTTGGTCTTGTATGCTTATTTTTACGCA CAAGTATAAGAGTCATTTCAAGGTTTATATTCTATTATGGTTTACTTGGTTGACTTTATCTGAAACAGCTCAGTTCTCAT CTATTGTAATTGTGATATGACTCTACTGCATATAGTCAGCTATATATCAACTGTTTCAATATTTCTACTCTTTATCTCTT GTCTATCAACTTGTGACAGAGTGAGAAAATTGTGTTGGATCATGAAGATGAGCGTACATTGGGTCTTCATTTACTCCAAT TTCCGGAGGTACGACATGTGAATACTATATTTCTTCTCCTTTGTACCCTTGCATTATATAGTGGTATCATGCCTAGAGCA GCTGCGTTTGTGTTTTTTGTGTTATTATTTACATGCTTATATGTGAGCTGTGTTTTGTTTTATTTTTCAGGTTTTTGAGG AATCATGCTGCAATTTACTACCAAATGTGTTGTGTGAATACCTGTATAATTTGTCTGAAATCTTCACCAAAAAGTTCTAT TCTAACTGTCAGGTATACTACTAAAGCGATAAAATTATGCTGTGTATTAGTTTCTATGTTCTTACTATTGTTTCCTGGTG ATGAGGTGTGTATAAAGGTGCCGGATATATTTGTTTTGAACATGTTAAATTTGGGTGCTATATATCATTATGGTTATTGT TGTGATTTCATTGCTATTGCGTTATCAGTTAAAATGTCTCACTTACCCATACAAATAAATTTCTAGGACTTTTAATACAT AATATATATTCCTTGTAAGGTGCGGGGAAAGACTAATGTTTAGATTTTAGCCATCTAATTCAACTTCTTGCCCTTGGCAG GTTGTGGGGTCGCCGGAAGAAAGCAGTAGACTTTTGTTATGTGAAGCTACCGCAGTTGTGATGAGACAGTGCTTTTATCT ACTTGGAATTGAACCTGTTTACAAGTTATGACCTATCTTAAGTGATTCAAATGGATTTTTTTTAACACTTGGTGCACAAA TGTAGAGAACTTCCAGTATTTACATTATTCTGGCAAATTATCTCTACCTTATTTTCTTTATTGTATTAGTGGTGAAAGCT GGAAAGTGGAAAGTAGTGTATCATTGATAGTGATTTTACTGACCAGTTCCCTTGAAATTTATCATTTTTGTCTGGGACAT CCATGTTAATATTTTCGTTTGGAGTTGAGCAACGTTAGTACGTTACTATTAGATTGTTATATGTTGTGCAGATTGTGTAT TTTTCTTTTGGACTGAATTCATTGCTATACTATTCAAAACGTTTAGAACATTTGTTTGTCCGATATGACGGAACACTCAT CATGAAGAATATAGCTGGGTAATGAGTTGAGTGATAAATGGTTGGTTTGAACTTCTACACAACTTTTTCAACATTAAACT TGTTATTGAACTGGTCGAACTTGATCCCTCAAATTTAATTTTTGATCCAGCACAATGACACGTCTGGTCCATTTGACTAA CGTTTAATTTTTTCAATTGACTATTAAAAAATATTATTAATTCCCATGAGCTAGTTGACTAAGAGAATCTCCAATGCAAT GTTGCTAGTTGTGTTTTTTAAACACTATTTTGGTGGACTTAAATTGTTACATAGAATTTAAGCAATGCAATCAGAATTCG CTCCACGGTTGCTTATTTTACTTTTGTGAGACCTTCTATCCATTTTAGTT
Download Genomic Sequence

CDS sequence (LotjaGi2g1v0226300.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTATATTGAAATAATCAATCCGGCGAGTGTCAAAAGGCAGTTGGCGAAGCTGTTTGAGGCTTCTCTGAAAGCAACTGT GCCTGATGAGGCAGATATTGTGCCTTTGGTTGATGCTTGCGTTGCGAAATCTGGTGTGAAGAAATTTGCTGATTACCAAT GTAATAATGCAATGGGTCTGTGGGCTAAGGTTAAAGGAAAGCAGACAGAATTCAAGAATCCCCAGTCAATTGGACAGGCC CTCATGAAGAATCTCCCGCCATCTGAAATGGTGGAATCGTGCTCTGTTGCTGGTCCTGGTTTTGTGAATGTTGTCTTATC AAAGAAGTGGATAGGAGAGACCTTACAGAAGATGCTTACTGATGGTATTGATTCCTGGGCACCTCGACTTCCCGTGAAGA GAGTTATGGTTGACTTTTCCTCACCTAATATAGCTAAAGAAATGCATGTTGGTCACCTGAGATCAACCATTATTGGGGAC ACATTAGCTCGTATGCTTGAGTTTTGTCGGGCAGAATCTCTTATCCGCCGAAATCATCTCGGTGACTGGGGAACTCAGTT TGGGATGTTGATTGCTTATCTCTTTGAGAAATATCCCAACCCGGAAGACGTTAGTGAAGCAGCTATTGGAGATCTTCAGA CATTCTACAAGGCCTCAAAGGTGAAGTTTGATAGTGATCCTGAATTTAAGAAAACAGCACATCAGTCAGTGGTCAAGCTC CAGAGCGGAGAACCCAAGTATCGCAAGGCATGGGAAAAAATTTGTGATATTAGTAAGGCTGAATTTGATAAGGTCTATCA ACGCCTTGGAATTCGATTAGAGGCAATGGGAGAAAGCTTCTTTAATCCATATATCCCCCCAACTTTGGAGAAACTGGAGA ATTTAGGACTGATTGAAGATAGTGATGGTGCTCGTGTGATATTTGTTGAGGGTGTAGACATACCACTGATTGCTGTGAAA AGTGATGGGGGCTACAACTATTTTACAACTGATCTTGCATCACTTTGGTATCGTCTGAATGTTGAAAAACTCGAGTGGAA TATATATGTTACGGACGTTGGGCAGTGGCAACACTTTGATATGCTCTATAAGGCCTTCAGGCGTGCAGGATGGCTTCCAA AGGATGAAAATGAAATTCCCAAATGTATTCATATAGGTTTCGGTCTTGTTATGGGGGAGGATGGAAAACGATTTCGGAGT CGTAGCAGTGAGACTGTTCGATTGGTTGATTTGCTAGATGAAGCTAAAAGGCGCTGTAGAGTTGCCCTTCTTGAACGAGA CACTGCTAAGAATTGGACTGAGGAGGAGATTGAGAAAACATCGGAGGCAATTGGTTATGGGGCTGTTAAATACGCTGATT TGAAGATCAACAGATTAACGAATTACACTTTCAACTTTGATCAGATGCTTAATGATAAGGGGAATACTGCTGTTTATTTG CTATATGCACATGCTAGGATCTGTTCCATTATCAGGAAAGCTGGTAAAGACATTGAAGAAATAAAGAGAAGTGAGAAAAT TGTGTTGGATCATGAAGATGAGCGTACATTGGGTCTTCATTTACTCCAATTTCCGGAGGTTTTTGAGGAATCATGCTGCA ATTTACTACCAAATGTGTTGTGTGAATACCTGTATAATTTGTCTGAAATCTTCACCAAAAAGTTCTATTCTAACTGTCAG GTTGTGGGGTCGCCGGAAGAAAGCAGTAGACTTTTGTTATGTGAAGCTACCGCAGTTGTGATGAGACAGTGCTTTTATCT ACTTGGAATTGAACCTGTTTACAAGTTATGA
Download CDS Sequence

Protein sequence (LotjaGi2g1v0226300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MYIEIINPASVKRQLAKLFEASLKATVPDEADIVPLVDACVAKSGVKKFADYQCNNAMGLWAKVKGKQTEFKNPQSIGQA LMKNLPPSEMVESCSVAGPGFVNVVLSKKWIGETLQKMLTDGIDSWAPRLPVKRVMVDFSSPNIAKEMHVGHLRSTIIGD TLARMLEFCRAESLIRRNHLGDWGTQFGMLIAYLFEKYPNPEDVSEAAIGDLQTFYKASKVKFDSDPEFKKTAHQSVVKL QSGEPKYRKAWEKICDISKAEFDKVYQRLGIRLEAMGESFFNPYIPPTLEKLENLGLIEDSDGARVIFVEGVDIPLIAVK SDGGYNYFTTDLASLWYRLNVEKLEWNIYVTDVGQWQHFDMLYKAFRRAGWLPKDENEIPKCIHIGFGLVMGEDGKRFRS RSSETVRLVDLLDEAKRRCRVALLERDTAKNWTEEEIEKTSEAIGYGAVKYADLKINRLTNYTFNFDQMLNDKGNTAVYL LYAHARICSIIRKAGKDIEEIKRSEKIVLDHEDERTLGLHLLQFPEVFEESCCNLLPNVLCEYLYNLSEIFTKKFYSNCQ VVGSPEESSRLLLCEATAVVMRQCFYLLGIEPVYKL
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:3.30.1360.70
7 122 116 4.2E-20
IPR036695
PANTHER
PTHR11956:SF6
9 596 588 5.1E-271 –
PANTHER
PTHR11956
9 596 588 5.1E-271
IPR001278
SUPERFAMILY
SSF55190
12 122 111 8.24E-14
IPR036695
Hamap
MF_00123
13 596 584 22.489
IPR001278
SMART
SM01016
13 106 94 7.0E-18
IPR005148
Pfam
PF03485
14 106 93 1.6E-15
IPR005148
TIGRFAM
TIGR00456
27 595 569 1.0E-127
IPR001278
Gene3D
G3DSA:3.40.50.620
130 472 343 3.8E-104
IPR014729
SUPERFAMILY
SSF52374
131 474 344 6.75E-79 –
Pfam
PF00750
133 466 334 7.1E-112
IPR035684
CDD
cd00671
134 402 269 1.54664E-65
IPR035684
PRINTS
PR01038
134 149 16 2.1E-20
IPR001278
ProSitePatterns
PS00178
142 153 12 -
IPR001412
PRINTS
PR01038
149 165 17 2.1E-20
IPR001278
PRINTS
PR01038
317 338 22 2.1E-20
IPR001278
Gene3D
G3DSA:1.10.730.10
474 596 123 3.0E-30 –
SUPERFAMILY
SSF47323
475 595 121 1.57E-31
IPR009080
SMART
SM00836
480 596 117 6.0E-29
IPR008909
Pfam
PF05746
480 595 116 6.2E-30
IPR008909

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:0000166
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.
Subterm of
GO:0004812
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.
Subterm of
GO:0004814
Molecular function Arginine-tRNA ligase activity Catalysis of the reaction: ATP + L-arginine + tRNA(Arg) = AMP + diphosphate + L-arginyl-tRNA(Arg).
Subterm of
GO:0005524
Molecular function ATP binding Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator.
Subterm of
GO:0005737
Cellular component Cytoplasm All of the contents of a cell excluding the plasma membrane and nucleus, but including other subcellular structures.
Subterm of
GO:0006418
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.
Subterm of
Part of
GO:0006420
Biological process Arginyl-tRNA aminoacylation The process of coupling arginine to arginyl-tRNA, catalyzed by arginyl-tRNA synthetase. The arginyl-tRNA synthetase is a class-I synthetase. The activated amino acid is transferred to the 2'-OH group of an alanine accetping tRNA. The 2'-O-aminoacyl-tRNA will ultimately migrate to the 3' position via transesterification.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi2g1v0226300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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