Cavenderia fasciculata (cellular slime mold): DFA_00118
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Entry
DFA_00118 CDS
T02668
Symbol
pheSA
Name
(RefSeq) phenylalanyl-tRNA synthetase
KO
K01889
phenylalanyl-tRNA synthetase alpha chain [EC:
6.1.1.20
]
Organism
dfa
Cavenderia fasciculata (cellular slime mold)
Pathway
dfa00970
Aminoacyl-tRNA biosynthesis
Brite
KEGG Orthology (KO) [BR:
dfa00001
]
09120 Genetic Information Processing
09122 Translation
00970 Aminoacyl-tRNA biosynthesis
DFA_00118 (pheSA)
09180 Brite Hierarchies
09181 Protein families: metabolism
01007 Amino acid related enzymes [BR:
dfa01007
]
DFA_00118 (pheSA)
09182 Protein families: genetic information processing
03016 Transfer RNA biogenesis [BR:
dfa03016
]
DFA_00118 (pheSA)
Enzymes [BR:
dfa01000
]
6. Ligases
6.1 Forming carbon-oxygen bonds
6.1.1 Ligases forming aminoacyl-tRNA and related compounds
6.1.1.20 phenylalanine---tRNA ligase
DFA_00118 (pheSA)
Amino acid related enzymes [BR:
dfa01007
]
Aminoacyl-tRNA synthetase
Class II (U)
DFA_00118 (pheSA)
Transfer RNA biogenesis [BR:
dfa03016
]
Eukaryotic type
Aminoacyl-tRNA synthetases (AARSs)
Other AARSs
DFA_00118 (pheSA)
Prokaryotic type
DFA_00118 (pheSA)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
tRNA-synt_2d
PheRS_DBD3
tRNA-synt_2
PheRS_DBD1
tRNA_synthFbeta
Motif
Other DBs
NCBI-GeneID:
14871654
NCBI-ProteinID:
XP_004357834
UniProt:
F4PXN0
LinkDB
All DBs
Position
Unknown
AA seq
899 aa
AA seq
DB search
MYKSNSVIICLIISFCQGQVTKNISCIIDDGHLFDFCPMVPSSLKYYSYAALSNIPDSVM
TLEFYDGLVLDPTPIDANGTTCYRQSNSSLKIDAFIRDAVYSAQNNTNLYTNYSSSVSEA
KASAIECIEFIAMRLCTLTFRANYPDLEDSCGGYCPSLFKKCNYTVWPVAYEPTFNGQSL
NITYQMFPKTLDECYAGILTNTTTNCTVATLSKALGNFDYNFVVPGEEVESVVPGTLLGF
GLLLAFLLLIGTLAFIMKLIFLCFLLFIVSINGESTTSTDGPVCIEDKNNDLFGFCKTSG
NGTGRKYGLEELTRLGIRLTSSFMSSLSRNGTNECHVANGTYKIDVFIRDAIYSTQHNPR
FYTNSRVSSEKATADALNCAELLAIRLCTMAFRYDYPNFEDACGGYCEKLVKMVIANFDE
ILFKTLDVNKVIENTREWATQNEWDHQELVGHLKSWESMFTIKCDNKDMQTYELTANGKD
ALDNGSPEYRMFNDLPVDGVTMKEANEKYGSTAFGAAKNKGWVKVDKGKVVKNAETVEDV
ARKLLSNLSILEKKDIDALKKDKFVMEKKITYFTVSQGEKYNIRKKEVSDLTMDMLKNNS
WKDETFKFNTLSMGTKPDSGFRHPLNKVKAEFKQIFIEMGFEEMPTSNYVENSFWNFDAL
FQPQQHPARDAHDTFFLSDPKTSHDFTDEHLEKVRKVHSEGGYGSWGWRYDWKLEEAEKN
ILRTHTTAVSSRMLYKLANQPGGFTPKKYFSVDRVFRNESLDATHLAEFHQVEGLVAGYD
ISLSNLIGIFSEFFKRLGIEDIQFKPAFNPYTEPSMEIFGVHSKLGRMELGNSGLFRPEM
LLPLGLPEGVQVAAWGLSLERPTMIKYGLNTIRDIFGNNLNIEFIQSNPICMFPPTKTL
NT seq
2700 nt
NT seq
+upstream
nt +downstream
nt
atgtacaagagtaatagtgtcatcatatgtttaatcatatcattttgtcaaggacaagta
accaaaaatatatcatgtataatagatgatggtcatttgtttgatttctgtccaatggta
ccatcgtcattaaagtattattcgtatgcggcattgagtaatatcccagactcggttatg
acactcgaattttatgatggtctcgtactagacccaaccccaatcgatgccaatggcact
acatgttacagacaatccaactcttctttgaaaattgacgcatttatccgcgatgccgtc
tactctgctcaaaacaatacaaacctatacaccaactactcttcatcagtctcagaggca
aaggcttcagctattgaatgcattgaatttattgccatgcgtctttgtactttaactttt
agagcaaactatccagatcttgaagattcatgtggtggttattgcccatcattatttaag
aaatgtaattatacagtgtggccagtggcatatgaaccaacatttaatggtcaatcgctc
aatatcacttatcaaatgttcccaaagacacttgatgagtgttatgcgggtattctaacc
aacactacaaccaattgcactgttgcgacattgtcaaaggcactcggaaactttgactat
aactttgtagtgccaggtgaggaggtagagagcgttgtaccaggcaccctcttgggtttt
ggtttattattggctttcctattactcattggtactttggcttttattatgaaattaatt
tttctatgttttttattatttatagttagtataaatggagaatcgacgacaagtacagat
ggtccagtttgtattgaggataaaaataatgatttatttggattttgtaaaacgtctggg
aatggaacaggaaggaaatatggtttagaggaattaaccagactaggtatacgtttaacg
tcatcatttatgtcttctttatctagaaatgggactaatgagtgccatgttgcaaatggt
acctacaagattgatgtttttatcagagatgcaatctattcaactcaacacaatccaaga
ttctatacaaactcaagggtatcaagtgaaaaagcaactgctgatgcattgaattgtgct
gaattattggcaattagattatgtactatggcttttagatatgattatccaaattttgag
gatgcatgtggaggatattgtgaaaagttagtaaagatggttattgcaaactttgatgag
atactcttcaagactttggatgtcaacaaggtgattgaaaacactagagaatgggccact
caaaacgaatgggatcatcaagaacttgtcggtcacttgaagagttgggagtccatgttc
accatcaagtgtgataacaaggatatgcaaacatacgagttgactgccaacggcaaggac
gcccttgacaatggttcaccagaatacagaatgtttaacgatctcccagtcgatggtgta
acaatgaaagaagcaaacgagaaatatggtagcacagcatttggagcagcaaagaataag
ggatgggtcaaggttgacaaaggaaaagtcgtaaagaatgcagagactgttgaagatgtt
gcaagaaagttattgtcaaatctcagcattcttgaaaagaaggatatcgatgcactcaaa
aaggacaagtttgtcatggagaagaagatcacctatttcactgtatcacaaggtgaaaag
tataatattagaaagaaggaggtctctgatcttaccatggatatgcttaaaaataactct
tggaaagatgaaacattcaaattcaacactctttcaatgggaactaaaccagattctggt
ttccgtcatccattgaacaaggtaaaggctgaattcaagcaaatctttattgaaatgggt
ttcgaagagatgccaaccagcaactatgtagaaaattcattctggaactttgatgctctt
ttccaaccacaacaacatccagctcgtgatgctcatgatactttctttttgagtgaccca
aagacatcacacgatttcacagatgaacatttagaaaaagttagaaaagttcatagtgaa
ggaggatatggatcatggggatggagatatgattggaagcttgaagaggctgaaaagaac
attcttagaactcacacgaccgctgtatcatcacgtatgctttacaagcttgccaaccaa
ccaggaggattcacaccaaagaagtacttttcagtggatcgtgtcttccgtaacgaatca
ctagacgctactcatttggcagagttccatcaagtcgaaggtctcgttgcaggctacgac
atttcactctccaatctcattggtatcttttccgaattctttaagcgtttgggtattgaa
gacattcaattcaagccagctttcaatccatacactgaaccatctatggaaatctttggt
gttcattccaagttgggtcgtatggagttgggtaactctggtctcttccgtccagaaatg
ttgctcccattgggtctcccagaaggtgtccaagtcgctgcttggggtctctctcttgaa
cgtccaaccatgatcaaatacggtctcaacactattcgtgatatctttggtaataatcta
aacattgaattcattcaatcaaatccaatttgtatgttccctccaactaaaactttataa
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