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LotjaGi4g1v0259300.3

Overview

Field Value
Gene ID LotjaGi4g1v0259300
Transcript ID LotjaGi4g1v0259300.3
Related isoforms 3
Lotus japonicus genome version Gifu v1.2
Description Phenylalanine--tRNA ligase beta subunit; TAIR: AT1G72550.1 tRNA synthetase beta subunit family protein; Swiss-Prot: sp|Q9SGE9|SYFB_ARATH Phenylalanine--tRNA ligase beta subunit, cytoplasmic; TrEMBL-Plants: tr|K7KNG2|K7KNG2_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0259300
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr4:61474367..61483292) extracted from Lotus japonicus Gifu genome v1.2.

AGATTTGACTTGAAAATTCAAGCTGGTTGTTAATAATTGGAACAGATACTGAGTGATGAAATATCAGTAGAAAACAAAAT AACAATAGTCATTATGGATGATGTGACACTTGTTTTTCATAATGCAATTGCAAAGTCATTGGATTTTAAAACATGCTAGT TTGTCAATGATGTAAAACCATTTAAAGCATGACACAAAGTGTTGCCCCTCTATGTGAATGATTTGTGAAACAATTTTGTG ACAAGTATTGTTTTCCTTATTTCAAAAAGTACTGCTAACTTTTTTTTACTTTTTGGACAGGTATGACCTGCTCTGCCTTG AAGGACTTGCTCAAGCCCTTCGAGTTTTCTGTGGGTTCCAAGAGATCCCTACTTACAAATTGGCTGACGTTGGGAAGGAC GCAATGCTCAAAATGCATGTGAAGCCTGAGGTGATTATATCATCCATGCACATATCTTTTTTCTTTTTAAGTATGGTCCA TTTTAAGTGGAAATTTCTTTTATCTTTAATCATTGTAGACAAAAAAGATTCGTGAATTTATTGTATGTGCCGTGTTAAGA GGCATAACTTTTGATAAGGCAAGATACAACAGCTTTATCGACCTCCAAGACAAGCTTCATCAAAACATTTGCCGGTAATA TGACTTGACTCGCTGCTCTATTTATTTTGAGCTGCACACTGTTTGTTTTTCAATCCTAACCAAAATAGTTCTGCAAGTTT AATGCAATCATATATGCCCTTTGTTCTCCTTATGGAGTTTTCAACAACTTGGATAAATTTTTAGAATATAAAAGATGATC CTCTGTGTTCCAAGCTGAGCCTTGTTTATTTATTGTACATTATTTTCTTATAGGTTGTTTGGGAGGGGGTTTTGGAGGAA AGGGAAGGGGACGGCATAATTATTATTTTAAATAAATAGTTTATAATTTGATAATTTTTTATAATGAAATCTATGAAATA ATATATTAGCATAAAAATTAAATCATAATCATATATTTATCGGTATAAATATATTACTACCTCTGTTCTTTATTAACTGT CAAGAAAGAGAAGATACACATTAAGAGGTGCAATTAATTTTCAGAAAAATATTATATGTTTTCCTCTCTTACCCTTTAAA ATATATTTTATCTTTCTTCATTTATTCTCATAAGGGTATTACTTAGAAAAACATCAGTTAATGCTCTCTTGAAATTTTAA GTGGACAAATATACAGAAATAATTTTTTTTCTTTAAGTGGACAGTTAATTAGGAACAAAGGCAGTATATAATTATCTATT TTTTAAAAAAAATATGCCCTCGCATTCCCTTCCCCTCAAAAACCTCCTGCCAAAGATCTTAATCTATTGCTTCAATAGCC TTTGTCAAAAATTTGGAAAACTCTTCTTGTTGGTTGATTTTGGTTTACTTTTAATTCCACTTTATGTTGTTGTCTTTCTA AATTAAGCTCTCCTTTCATTCATGAATCAATCTATATGCCTTTGTTGTTTCATTGTTTTTTGTAATTTCTTTTCACAGCT CCCTTAATTTTCAGTTTATCTGTTTTCATTCTTCATTTTTATTTTTCAGTCGAAGAACTCTTGTTGCCATTGGAACTCAT GATCTGGATACATTGGAGGGCCCTTTCACCTATGAGGTTAATTTCTATCAAACTGTATATCATGAAAATTATTTGCATTG TGGTAGACAACTTACAAATTTAAGATTTAAAAAGACGTGTATATTGTAATATGTTGGATCAGTTGTATGAAATGTAGAAG GGCCTATCTCTAACAGTCTTTTATCTTATGATTAGTGTTAGTTATTAGTCAGTTGAGTTATTTAGTAGTTAGTTAAAGTT TGTTGTACTTGGAAGCTGTCAATAAGAAATAAGATTAACATAATTTATCTTTCTATCAAATCTTAATAGTGTTCTATGTT TGAGGAATGTTAGTGCCCCTTGGGAATGGGGAAGTGGGCACATTGGTTGTTTATGGGTGGCATTCAGCTGTAGGAAAGTT TTTGTAGGGAGGGCCTCCTGTTTGAAATCATGCGTCAATTTACGAAGAAAGTACTTTTCAAGCAATTTCTTTTCTTTTCT TTGTGATGGAATGGAACTATGATTGTTTGTTTACGTTGTCATAAATTATTGATGTGAGGGAACTTTACCTCTTGTTCCAT GCTGCTTTCTGTTTGAAATTATTAACATATCACTTTGCTTTTATGCTTAATGGTGTTAAAGGAAGCACAAGTGTTGCTCT ATGTGGAGTCGTTTTGTTTAGTACCCAAACTTGCATCTGATTTGTTATAAAACCAATTAACCAAGACAGATATCAGGAGT TAATTACCAGTTTCTTTTTTAATGTGCTAATCTCTTGTTCTCTACATCATCAGTATTAATGACTAGACATGTGTTTTTTT TTTCCAGGCTTTGTCACCTTCAAGTATTAATTTTACGCCCCTAAAGCAGGTAACTTTTATTTAGGGCATTCGGTTTCTTG GAAAGCATATGTTTGAAAGCCTGTAATATCCTCCTAGTGTAACTAAAACCACATGTTTTAGCTTATACTCAGTACTCACT AGTGTACCATACAGCTAACACCTGTTATATGAATATTTTGTACAAACTGCTAAACTAGTATTTGCACTTTCTCCCTTTCC TTTGTTCTTTTGGCATGCTAGGAAAGGAGCTTCAGCGCTGAGAAGCTGATGGAGTTCTACAAAGTGAGTACTTGTTTAAT GTTTCCTTGCTTTATATATGTTAGTGATTATCAGCCTAGCAAAAGTAAGCTTATTAATAATTGGAGTCCACCCATACTGT ATTCATTTCATCTGTGATTATCATTTTCTTGTTTGGACATACTTCCTGTGAGATTTATCTGAATACTTTCTTGATTTATG TTTGACAGTCAGATATGAAACTGAAGAAATTCTTGCATATAATCGAGAAGTCTGATGTTTATCCTGTTATATATGACAGT AAGAGGTATTATATTTTCATAGCATCCTGATATTAAAATTTATTAAGATTTGAATTTTTTTTGTCATTTGTATAACACTG TTACAATCTTGCTGAACTCTTTAGACAGTGTGTATTTTGTTCAGAATAATTTATTTACATTTTAAAACTTTAAATTTAAC TCTATAATTAGTATGAAACTATTAATGCATTTCATAATTCTTGTTTATATTATATTAAGATGAGGATACATGTTAATTTA TACTAAATTAAAATAATAATGAAATTGTAGATGAATTATATATATATATATATATATATATATTTATATTTATGAATGCT TGTCATTATAATTCTAAATTAGGTTGAATTGATCTCTTTAATTATTCGTATGTGGAGAAAACAACGTCATTCAGGATGTA AGGGGTAATGATAAAAACTCTGGCACGGAAATTGAGAAAATTAGACTTTTTAGGATTATTTTATTATCTTTTTGTATCTG GAAGTAGCATAAAGAAACACTAAGGGCTTGTTTGATTTCTGTATTTAAAAACAGTAGTCAGGAACAATTTGTAAAATCTG TTTTTAAAAAAAAAAAACTGTTTGAATGAGGTGTTTTACTATGTTGAATAAAGTGTATTTTGAAAACTTAAAGCGGCAAC AGAAAACATGTCTAGGCTGTTTTGAGATTTTAGTTTTAAAAACTAAAAATAAACTGTTTTTGAAAACAGGTTATTACAAG TTTTTAAAATTTTCTGTTTTTAAAACAAAAAACATTTTTCAAAAAGTGCAAACAAGTACGACCTAAGTTTGTGAAATAGG ACCTAATGAAAATTCATGTTCTATTTTTTGTTAAAAGTGCTTTTTGTAATATTTTTGAAAGTTAGATATGGCTTGACTTA TAATGTACTCTGATGCTCTTACTTCCTACATGCTTCTATTCAATTCAGTTACTGATATGATGTGATGTTTTGACAGACGT GTTTTATCTTTACCTCCAATTATCAATGGTGCACATTCAGCCATCACTTTGGAGACAAAAAATGTATTTATTGAATGCAC TGCTACTGATCTGACAAAGGCGAAGATTGTTTTAAATACAATGGTAGAGCTTTGAATTTGGTTGTATGTTTTCTGTTTGC AAATTTGTAGGTGTTTCAATTGTTTGGATGATAACATGCTATTCTTTATCTACTTAGGTAACAGCCTTCTCGGAATTTTG TGAAAACAAGTTTGTCATTGAACCTGTTGAAGTAATTAATTCTGAGGGAAAGTCAGAAATATATCCTGATTTATCTGTCT ACAATATGGAAGTTTCTCTATCTTACATTAATGGACTAATTGGGGTATCCTTGGAGGCAGAAGAGGTAATTACTTCTTCT AACTTGCTGATGTGTGATATGCAAGTGAAATCTTGGTGCTTCGTATTGAATGGCTTGTAATCTTATTATATACATATATT AGACTTTGAGGTCTCCATTGAGTTTTTTCCTTCATAATTTTTTTCCAAAGGTAATTTACCTTTACATAACCAAGAATGTG TTGGAAGCATTACTGTTTTCCTAACTAGTGACCCTAAAGCTTCTTTTTCAGTTTTGCACTCTGCTGAAGCATCACACTTT TGTATTATTTTAATCCCCCTTATTAGATATTCTTGTTAAAGAAAAACTGAGACAGTGTTCTGCTCCTTTGTTTCCAGATT TTAACTTACTGTTTGAAAAATTGTCACACATTAAGATATCTTAAGGACTTAGATTCTGTCTGTGTTAAAACAATAGAGAT ACCTTAAGACTTGTACGTTGTACAAGTTGACTATGTTTTCTTTTATGTAGGCGTTTTACATCAATGGTTGAGTTCTAATG TTCATGTCATGATTACCCACAGTTCTGTTTATTTAGTTTTTTATGTGTGGTGTATTGTCTCTAATGCATGTTTCAATGCT CATGTTTTCTAACAGCAACTGAAAAGAATATCTTTTAACTCGTCATTCTTGTACTATAATTATTCCCCATTTCTTTCAGG TCACAAAGTTCTTAAACCGGATGCAATTGCATGCCAAGCAGTCTACATCTGACAAAAAGCAGTGTAACTTTGTTGTATCT GTACCTCCCACTAGAAGTGATGTGCTTCACCCTTGTGATGTTATGGAGGTACTGGCAGTGATAGGTTCGATCATTGCATT ATGCATATTGGATCTACTAGAGTATATTTTACTGAGATGACATCTCTTTTTTCCTTTTTCTGTTCTTTTTTATCAATAGG ATGTTGCAATTGCTTATGGATTCAATGCTATTAAGGATAAAGCAATAGTAGATAATAAAGGCTCAAAGAGACTGGCCGCT TCCTTGACACTACTTCCTCTGAATGAGATCAGTGATCTCATCAGAAAAGAGGTATAAAATTAAATAATACAGAATATGAC TTCTGCGATTGAAGTATGTTAACAATAACATTTCATGCTTTTGATTTTTCTAAATCAAATTTATTTCAGCAGAATAAATT ACTAAAGCACAGCTATCAATGTATTGTTATTTGAAGTGTCTAGTTATCTGAATCTTGTTGTTCCTAACATCTTTTAGGTT ACAATGATTGGATTCACGGAGGTCTTGACATTTATACTCTGCTCTAAAAAGGAAAACTTTGCCATGCTAAACCGGAAAGA TGATAAATCTAAAGCAGTTATCATTGGAAATCCTAGGTCTTCAGACTTTGAGGTTCACTCTCTTTATCCAACTTTTTCAA CTACAAGGTTTATATGAAAAAAAATTATCTAGCTGTAATGTAAATGAAATGTCATAAAATGGTCCGTATTAGTATTGGTC ATTTTGTTAGTTTTCCTGTCTTCTTAAGTTGTTCCACAAATTACTAGTAGTTTTCACTGTCTGCACATAGCTCTTCTGAT TGTTTTTATTAATATGTCATTTCTTCCTTTATATTTGATTAGTGAAGTGGCTCATTCTTCATTTTCATGACCTTTTTTGT ATATGTAATTATGTATGCTTATATATGCTGTCTTGGAATGCATCGCGTGATGTCAGCTTTGCTACATCCCAGCTACTGTC TACAAATCAATTTGCCGAAGCATACTGATAAATTTTTCTCATTACGACAAACTTTTTTCTTTCCCTTTTCTGTTTATTTT TTATTTTGCTGCGTGGATTATATTTCCAGTATTGATATACAACCTGAAGTTGCACATACATATTACGTACTGAATCAATA GCCTGCATTTTATCTGCATTCTGCTCATTAGTAGTAGATTTACTTGGTGATAAACTTGGAAGTTAAACCAGTTGCACATT TGACTTGATAGGATTGTATAATTCTAATATTGAACTAGTTAGGCTACGTTATACTTTGATATGATGATCTGCCATTTTGC TGGGTTCATTACTTCGATGTTTCTAACCTTTTCCCTCACTTCTTCTCGAGCACTTAATACACTCGATTCTATCTATGACA ATTTGTGTTCCTTTGCATTTGGACTTACATTTATTTAAAATAAGGGTAAAACTTAAGTACAGTACCATTGGTGCAGTTGG TGCTGTTCTTCAATGAAAAAATGACACCTGGAATTGCACTTAATTTCTTTTTGGAACCAATCCAGGAAACTTCAACACGT CTTCCTTCCCTCTTCCTCCAACCTCTCCAACCTTCTATCTCCCTACCACCTCGCACAACATGAGTCTCTCCTTGTGCTCG CGGATGTCAATTGAAGTTGCTGGCCCAGATTATGACATGGACGACCATGAAAAGAGCTGGAGATCTTAAATTGTAGCAGC CTCGACAACAGCCATGGTAGATTGCAGAACCAATTATACAAAATCACCCTACTTCATTGCAATTTCTTCAAATGAAAGCC CTTTGTTTTTATCATTGTTCTTGAGATTCCAGATATTTACTTCTTCACACGAATGTTTATTCAATCCCTAATATTGTCAC TCCAGAATCTGAGAAGATAAGTTTCAAACCCTCTTTCATAGATTTATGGCACTGGATTCCCAATGTTCAAAGAGAGGAGA TATACTCCAATTTTCGGTGGAAACATGGTTACAGAGGAAAGGCGGAAGTAGAGTATGTGTGGGAGAAAAGAATTGATTTG AAAAGTTAATGGTGTGGGGCTTGATGAGGCCAGGTGTCATTTTATGATTGAAGAACAGCACCAACAGCACAAATGGAACT GCACTTAAGTTTTTCCCTTAAAATAATTCAGCATATTGTTGGATTTGTGTATTCATTAAAGTGATATATTCGCTTTTCAA TAAAATGATATATGTATCTTATTTTTTTGGGTTTTTTGCTTTAATTTAATTTTGATATCTAACATGTATTCAGGCTGTTC GGACTAGTCTTATGCCTGGCATTTTAAAAACTGTTGCTCACAACAAGGACCATCCTAAGCCCATAAAGGTATTTACTTAA GGTCAACCCTCTGGTGATTTATCTTTTTAGTATGAGGCATATTTTCTATTATGAAAGCATGATCTTCGCATTAAAAATCC ACTGTTAGTGATAAAAAATTATTTGGGATGTTTTATATTAGTTATATCCTTTCAGTGTAATATTTATGAATCTGACTTGA AAGTTTTTCTGCAAATCATTGTCATTTCACATTTCCACTATTCCTTAATTAGAGATAACATCTAGCATGCAACACTCGTA TGAATACAGATGTATTAGAGAAGTTGATCTTATTATATTTCTGAACTTAGTTACAACTTACAAATCAAAGAAAGATTCAG ACTTCAGTTAGAGAAATTTGGCTCTACCTCAGCACTTTACAATGCTATGTCACTTTTTTTTTTCCTGTTTTCTCTATAGT AAGCTGATAAGAATACATTTCGATCTTAATTTTGATTCAGATTTTTGAAGTAGGTGATATAGCAATTTTGGATGACAAAA AAGATGTTGGTGCAAAAAATCTACGACAACTTGCTGCACTTTACTGTGGGGCTAATGCAGGATTTGAGGTATACTTAGTA ATGATTTCATGCCACTTTAGTTGGTTCTTTACTCTTTGAATACAAGTTATTGAATATTTGATGTATCACTATCTCTACTT GATTGATCAGATATGATCAATTCCTTGATTGTTCTTTTTCAGAAGACTAAGAATCTACACTAGCCATATTTATAACAAAA GTTTGATATTTAAAATAAATATATACTCGCAGTTAGCATATCATAAATTAGCATTTTTCTTTCTAGACAAAGAATAAAAC CTGAATTATTGTACTTAAATTTACCTATTGATGTGCAGATAATTCATGGCTTGGTGGACAGAGTAATGGAAATGAATGGG ATTCCCTTTGTTTCATCTGGTGATATATCGGGGTATTATATTGAGCGGTCAGATGTAAGTATGTTAAGTGTTAAATTCTA CATAAGAGTTCTGTTTTTTTTTTTTGCCTTGTTGCTTATAAGGAACCTTTTAGTCTGCTTCTGGTGACTCGTTTTTTAAC TCAACTGCTTTTTGAAGGAACCTGAGTTTCTTGCTGGAAGACAAGCTAGAATCGTTTACAAGGGAAAGCAAATTGGGATT TTTGGCATTGTTCATCCCGAGGTACTTAAGAACACTAACATTATGTCATCTTGGTTTGACATGGCCAAATTTTTGTACAT TGGTTTCCCATATATTTTTTGTGTGATTAAACCATATCTAACAAAGGTGCTTTTGGATGGGTTAAAATGATTAGAAAAGG GGGATTTGCAGAATGGTGGTGCAAGAGTTCCATATTTTTTTGTTGAGCAGATTGTTTCTCCCTGGCAATAAATCTCTATG TTCTATTCAAACTTAGCACTGTTTTATCTCTATTTCCTCATAATATAATTTGCATTTGTCCTTTCAAAACGAAGTACTAA AGTGCATGTACTTTGGAGTCATATACATCTAAAACAAATTGTTATATTTGTTTTCAGGTATTAAACAACTTCGACATTCC AGATCCTTGCTCCTTTGTAGAGCTTAACATTGAAAGTTTGTTATAA
Download Genomic Sequence

CDS sequence (LotjaGi4g1v0259300.3) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGCTCAAAATGCATGTGAAGCCTGAGACAAAAAAGATTCGTGAATTTATTGTATGTGCCGTGTTAAGAGGCATAACTTT TGATAAGGCAAGATACAACAGCTTTATCGACCTCCAAGACAAGCTTCATCAAAACATTTGCCGTCGAAGAACTCTTGTTG CCATTGGAACTCATGATCTGGATACATTGGAGGGCCCTTTCACCTATGAGGCTTTGTCACCTTCAAGTATTAATTTTACG CCCCTAAAGCAGGAAAGGAGCTTCAGCGCTGAGAAGCTGATGGAGTTCTACAAATCAGATATGAAACTGAAGAAATTCTT GCATATAATCGAGAAGTCTGATGTTTATCCTGTTATATATGACAGTAAGAGACGTGTTTTATCTTTACCTCCAATTATCA ATGGTGCACATTCAGCCATCACTTTGGAGACAAAAAATGTATTTATTGAATGCACTGCTACTGATCTGACAAAGGCGAAG ATTGTTTTAAATACAATGGTAACAGCCTTCTCGGAATTTTGTGAAAACAAGTTTGTCATTGAACCTGTTGAAGTAATTAA TTCTGAGGGAAAGTCAGAAATATATCCTGATTTATCTGTCTACAATATGGAAGTTTCTCTATCTTACATTAATGGACTAA TTGGGGTATCCTTGGAGGCAGAAGAGGTCACAAAGTTCTTAAACCGGATGCAATTGCATGCCAAGCAGTCTACATCTGAC AAAAAGCAGTGTAACTTTGTTGTATCTGTACCTCCCACTAGAAGTGATGTGCTTCACCCTTGTGATGTTATGGAGGATGT TGCAATTGCTTATGGATTCAATGCTATTAAGGATAAAGCAATAGTAGATAATAAAGGCTCAAAGAGACTGGCCGCTTCCT TGACACTACTTCCTCTGAATGAGATCAGTGATCTCATCAGAAAAGAGGTTACAATGATTGGATTCACGGAGGTCTTGACA TTTATACTCTGCTCTAAAAAGGAAAACTTTGCCATGCTAAACCGGAAAGATGATAAATCTAAAGCAGTTATCATTGGAAA TCCTAGGTCTTCAGACTTTGAGGCTGTTCGGACTAGTCTTATGCCTGGCATTTTAAAAACTGTTGCTCACAACAAGGACC ATCCTAAGCCCATAAAGATTTTTGAAGTAGGTGATATAGCAATTTTGGATGACAAAAAAGATGTTGGTGCAAAAAATCTA CGACAACTTGCTGCACTTTACTGTGGGGCTAATGCAGGATTTGAGATAATTCATGGCTTGGTGGACAGAGTAATGGAAAT GAATGGGATTCCCTTTGTTTCATCTGGTGATATATCGGGGTATTATATTGAGCGGTCAGATGAACCTGAGTTTCTTGCTG GAAGACAAGCTAGAATCGTTTACAAGGGAAAGCAAATTGGGATTTTTGGCATTGTTCATCCCGAGGTATTAAACAACTTC GACATTCCAGATCCTTGCTCCTTTGTAGAGCTTAACATTGAAAGTTTGTTATAA
Download CDS Sequence

Protein sequence (LotjaGi4g1v0259300.3) extracted from Lotus japonicus Gifu v1.2 Proteins.

MLKMHVKPETKKIREFIVCAVLRGITFDKARYNSFIDLQDKLHQNICRRRTLVAIGTHDLDTLEGPFTYEALSPSSINFT PLKQERSFSAEKLMEFYKSDMKLKKFLHIIEKSDVYPVIYDSKRRVLSLPPIINGAHSAITLETKNVFIECTATDLTKAK IVLNTMVTAFSEFCENKFVIEPVEVINSEGKSEIYPDLSVYNMEVSLSYINGLIGVSLEAEEVTKFLNRMQLHAKQSTSD KKQCNFVVSVPPTRSDVLHPCDVMEDVAIAYGFNAIKDKAIVDNKGSKRLAASLTLLPLNEISDLIRKEVTMIGFTEVLT FILCSKKENFAMLNRKDDKSKAVIIGNPRSSDFEAVRTSLMPGILKTVAHNKDHPKPIKIFEVGDIAILDDKKDVGAKNL RQLAALYCGANAGFEIIHGLVDRVMEMNGIPFVSSGDISGYYIERSDEPEFLAGRQARIVYKGKQIGIFGIVHPEVLNNF DIPDPCSFVELNIESLL
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
PANTHER
PTHR10947:SF0
1 496 496 3.5E-250 –
PANTHER
PTHR10947
1 496 496 3.5E-250 –
Gene3D
G3DSA:3.50.40.10
1 199 199 1.2E-86
IPR020825
TIGRFAM
TIGR00471
3 497 495 2.4E-142
IPR004531
SUPERFAMILY
SSF56037
7 174 168 2.88E-6 –
SMART
SM00873
13 175 163 9.5E-24
IPR005146
Pfam
PF03483
17 175 159 1.1E-25
IPR005146
ProSiteProfiles
PS51483
198 278 81 23.193
IPR005147
SMART
SM00874
200 273 74 6.7E-21
IPR005147
Gene3D
G3DSA:3.30.56.10
201 276 76 1.9E-24 –
SUPERFAMILY
SSF46955
202 277 76 8.33E-16
IPR009061
Pfam
PF03484
203 273 71 3.2E-17
IPR005147
SUPERFAMILY
SSF55681
270 496 227 1.82E-45 –
Gene3D
G3DSA:3.30.930.10
297 497 201 2.0E-63 –
CDD
cd00769
298 496 199 5.61533E-55
IPR041616
Pfam
PF17759
298 493 196 1.3E-49
IPR041616

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:0000287
Molecular function Magnesium ion binding Interacting selectively and non-covalently with magnesium (Mg) ions.
Subterm of
GO:0003723
Molecular function RNA binding Interacting selectively and non-covalently with an RNA molecule or a portion thereof.
Subterm of
GO:0004826
Molecular function Phenylalanine-tRNA ligase activity Catalysis of the reaction: ATP + L-phenylalanine + tRNA(Phe) = AMP + diphosphate + L-phenylalanyl-tRNA(Phe).
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:0006432
Biological process Phenylalanyl-tRNA aminoacylation The process of coupling phenylalanine to phenylalanyl-tRNA, catalyzed by phenylalanyl-tRNA synthetase. The phenylalanyl-tRNA synthetase is a class-II synthetase. However, unlike other class II enzymes, The activated amino acid is transferred to the 2'-OH group of a phenylalanine-accepting 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 LotjaGi4g1v0259300.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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