Harmonia axyridis (harlequin ladybird): 123679312
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Entry
123679312 CDS
T10650
Name
(RefSeq) glycine--tRNA ligase isoform X1
KO
K01880
glycyl-tRNA synthetase [EC:
6.1.1.14
]
Organism
haxr Harmonia axyridis (harlequin ladybird)
Pathway
haxr00970
Aminoacyl-tRNA biosynthesis
Brite
KEGG Orthology (KO) [BR:
haxr00001
]
09120 Genetic Information Processing
09122 Translation
00970 Aminoacyl-tRNA biosynthesis
123679312
09180 Brite Hierarchies
09181 Protein families: metabolism
01007 Amino acid related enzymes [BR:
haxr01007
]
123679312
09182 Protein families: genetic information processing
03016 Transfer RNA biogenesis [BR:
haxr03016
]
123679312
03029 Mitochondrial biogenesis [BR:
haxr03029
]
123679312
Enzymes [BR:
haxr01000
]
6. Ligases
6.1 Forming carbon-oxygen bonds
6.1.1 Ligases forming aminoacyl-tRNA and related compounds
6.1.1.14 glycine---tRNA ligase
123679312
Amino acid related enzymes [BR:
haxr01007
]
Aminoacyl-tRNA synthetase
Class II (C/G)
123679312
Transfer RNA biogenesis [BR:
haxr03016
]
Eukaryotic type
Aminoacyl-tRNA synthetases (AARSs)
Other AARSs
123679312
Mitochondrial biogenesis [BR:
haxr03029
]
Mitochondrial DNA transcription, translation, and replication factors
Mitochondrial transcription and translation factors
Other mitochondrial DNA transcription and translation factors
123679312
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
HGTP_anticodon
tRNA-synt_2b
WHEP-TRS
Motif
Other DBs
NCBI-GeneID:
123679312
NCBI-ProteinID:
XP_045472807
LinkDB
All DBs
Position
4:6419013..6428748
Genome browser
AA seq
1388 aa
AA seq
DB search
MEVINTFRKLYQVTLNVTKSSQFVCAFPFHSSIFHSKNHPKWGSTKKNRNIKLNRLYLEE
MADPAIEQVLAPLRAQVKEQGDLVRTLKASNAPDIEVKKAVAELKARKKILEDKELSLSP
NVTFDRARMEDLLKRRFFYDQSFAIYGGITGQYDFGPMGCAFKSNLLQTWRHHFVMEEQM
LEVDAVILTPEPVLKKFLKYLVRIPRCQKCKLRQDLPQWSEPCWWSHQLKLQRAKKIRNR
RLYTRSRKSQKNTEECLFNFREATCEFKRLVKSSKRRFWLTCCSLLDRKPWRTSYRASGH
VDRFADLMVKDLKTGECFRLDHLIKAHLELLCADKKTSTETKKECEDIVVKLDGMTKDEM
AGVLTKFEIKSPLTGNPLTEPIEFNLMFSTLVGPVGETKEFLRPETAQGIFVNFKNLLKF
NEGRLPFAAAQIGHAFRNEISPRSGLIRVREFTMAEIEHFVDPQQKNHPKFDEVKDTELV
LYSACNQMDGKAAEKKTIGQAVDEGLVANSTLGYFMARIQKFLIKCGVDPQRLRFRQHMN
NEMAHYACDCWDAECLTSYGWIECVGCADRSAYDLTQHTEATKVKLTAERNEPIEEFTPS
VIEPSFGIGRIMYAIFEHNFKMRENDEQRTYLALPAIVAPVKCSVLPLSRNDEFEPFIKI
LSTALTKLNVSHKVDDSSGSIGRRYARTDEIAIPYGITIDFDTCKTPHSVTLRERDSMKQ
VRILLDEVATVVHNLSFNKDTWENVVQKYSNGPQAFESSGGENATESQNKNILKNSSSAS
DITVDKNKLNDFLRNRFFYSPSFEIYDVFNGKYDFGPVGCAIKSNLLQNWKNHFVLEEQM
LEIDSSILTLEPVLKASGHVDKFQDLMVKDLGNNEYYRLDHLVKEHLEKLCSDENTSAEI
RTECLDIITKLKGMDKGEISTVIKKFNIKSPLTENELSEPTETNLMFATQIGPSGLIKGF
LRPETAQGIFINFKRLLEFNQGKLPFAAAQIGKVFRNEISPKSDILRAKEFSTAEIVHFI
DPSEKEHPKFNDIKNIELLIFSSCDQKEGKPAEKKSIGTAINEGLISNEVLAYFMARTQL
FLIKCGVSLDKLRFRQQLDNERPHYATDCWVAECLTNYGWIECVSCIDRSNYDLTQHSKA
SSVKLTAERRLTTPKEVSVTEAVPNKGKIGKTFKKDAGLITKAFESMQLADIENLNNKLN
DDGEYTLDVGGKKFTLQKDMVEVKKYQQLKHVEEFIPNVISLSFGVERLMYSLFEHNFML
RGQEPYLSLPADVSPIKCSILSNHKREDIETYIKNLTSALSELDIDHKVEHKDNLDKLCV
KTDQMAIPYSVIIDAEVAGKTNSVILRERDSTSKIQIPIDEIAVTIHNLLSSKATWDNLT
KKYTSVSS
NT seq
4167 nt
NT seq
+upstream
nt +downstream
nt
atggaagttatcaatacttttagaaaattatatcaagtaactttaaatgtaacgaaatca
agtcaattcgtttgtgcatttccatttcatagtagtattttccattcaaaaaatcatccg
aagtggggttcaacgaaaaagaataggaatattaagttgaatagattatatttggaagaa
atggccgatccagcaattgaacaagtacttgcacctttacgtgctcaagttaaagaacaa
ggggacttggtacgaacacttaaagcctctaatgcgccagatatcgaagtaaaaaaagca
gtagctgaattgaaagctcgaaaaaaaatcttggaagataaagaactcagtttatcacca
aatgtgacttttgatagggctagaatggaggatttattgaaacgcagatttttttatgac
caatcatttgccatatatggtggcattacaggccagtatgattttggtccaatgggttgc
gcttttaagtctaacttactacaaacttggaggcatcattttgttatggaagaacaaatg
ttggaagtagatgcagttattctgacaccagagcctgtactcaaaaaatttttgaaatat
cttgttcgaattccgcgttgccaaaaatgcaaacttaggcaagatctcccacaatggagt
gagccatgttggtggtcacatcaacttaagttgcagcgtgctaagaagattagaaatcga
cgactttatacgagatctcgcaaatcacaaaagaatactgaggaatgtttatttaatttt
cgtgaagcgacttgcgaattcaaaagattggtgaaatcgagtaaaagaaggttttggcta
acctgctgctcactattagatcgcaaaccatggaggacatcttacagagcttcaggtcat
gtggatagatttgccgatctcatggtgaaagatttgaaaacaggcgaatgcttcaggtta
gatcatttgataaaagcacatcttgagcttttgtgtgcagataaaaagacatcaaccgag
actaagaaagaatgtgaagatattgtagtaaagcttgatggtatgaccaaagatgagatg
gcaggggtactgactaaatttgaaattaaaagtcctttaactggtaatccactaactgaa
cctatagagttcaatctgatgttttccactctagtgggacctgtaggagagacaaaggag
ttcctacgtcctgaaactgctcagggtatctttgttaatttcaaaaatttattaaaattc
aatgaaggaagacttccgtttgcagcagctcaaataggtcatgctttcagaaacgaaata
tcgcctagatctggtttgatacgagttagggaattcactatggctgaaatagaacatttt
gtggatccacaacaaaaaaatcatccaaaattcgatgaggtcaaagatactgaactggtt
ttatattcagcctgtaatcagatggatggcaaagctgctgaaaagaaaacaattggacaa
gcagtcgatgaaggtttggtagccaatagtactcttggttattttatggcaagaattcaa
aaattccttatcaagtgtggtgtagatcctcaaagattacgatttagacaacatatgaat
aatgaaatggcacattatgcttgtgattgttgggatgccgaatgtctcacaagctacggt
tggatagaatgtgttggctgtgcagatagatctgcatatgacctgacgcaacatactgaa
gctacaaaagtaaaactaactgcagaaaggaatgaacctatcgaggaatttacacccagt
gttattgagccttcattcggaatcggaagaattatgtatgcgatattcgaacataatttc
aagatgcgtgagaatgatgaacaacgaacatatcttgctctgccagctatcgtagcacca
gttaaatgtagtgttttaccactcagtcgaaatgatgagttcgaacctttcataaagata
ctctctactgccctcacaaaactgaatgtgtcccataaagtggatgacagttccggttct
atagggagaagatatgcaagaacagatgaaattgctataccttatgggattactattgac
ttcgatacatgtaaaacaccacattctgtaaccttaagggaaagagattctatgaagcaa
gtccgaatattgcttgatgaagttgcaactgttgtgcacaacttatcattcaacaaagat
acttgggaaaatgtagttcagaaatactcaaatggacctcaagcatttgaaagctcaggg
ggagaaaatgctactgaatctcaaaataaaaacattttgaaaaattctagttctgcatcg
gatattacagtagataaaaataaattgaatgattttttgaggaataggttcttctatagc
ccatcatttgaaatatatgatgttttcaacggcaaatatgattttggacctgtgggttgt
gctataaaatcaaaccttctgcagaattggaagaatcattttgtgttggaagagcagatg
cttgaaattgattcatcaatattaacactcgagccagtacttaaagcttctggtcatgta
gataaatttcaagatctcatggttaaggatttaggtaataatgaatactaccgtttggat
catttggtgaaagaacatcttgaaaaactttgttcagatgaaaatacatcagcagaaatc
agaacagaatgtctagatattatcacaaagctgaaaggaatggacaagggagaaatatct
acagtaattaaaaaattcaacattaaaagtccattgaccgaaaatgagctttctgaacca
actgaaactaacttgatgttcgctacacaaattggaccatctggattgataaaagggttt
ttgcgaccagaaacggctcaaggtatttttattaatttcaaaagattgttagaattcaat
cagggcaagctaccttttgcggctgctcaaataggaaaggtattccgaaatgagatatca
cccaaatcagacatattacgagctaaagaattctcaacagcagaaattgtccatttcatt
gacccatcagaaaaagaacatcctaaattcaatgatattaagaatattgaattgctaatt
ttttcctcttgtgatcaaaaagaaggaaaacctgctgagaagaagagcattggtacagca
ataaatgagggtttgatatctaatgaagttcttgcttatttcatggcaagaactcagttg
ttcctcataaaatgtggtgtgtctcttgataaattacgattcagacaacaactagataat
gaacgccctcattacgctactgattgctgggttgcagagtgtcttactaattatggctgg
atagaatgtgtgagttgcatagatagatcaaattatgatcttacccagcatagtaaagca
tcaagtgtgaaattaacagcagaaagaagattaacaacacctaaagaagttagtgtaaca
gaagctgttccaaacaaaggtaaaataggaaaaacattcaagaaagatgcaggattaatt
acaaaagcttttgaaagtatgcagttggcagatattgaaaatctcaacaacaaattaaat
gatgatggagaatatactttagatgtaggaggtaaaaaattcactctacaaaaagatatg
gttgaagtaaagaagtaccaacaactcaaacatgttgaagaattcatcccaaatgtcatt
agtctttcttttggtgttgaaagattgatgtattccttatttgaacataattttatgttg
cgcggacaagaaccgtatctgtcacttcctgcagatgtctctccaataaaatgcagcatt
ttatcgaatcataaaagggaagacattgaaacctacataaaaaatttgacatctgcactg
agtgaactggatatagatcacaaagttgaacacaaagataatttggataaattatgcgtt
aaaacagaccaaatggctataccatacagtgttattatagatgcggaagttgctggaaaa
acaaatagtgtaattttgagggaaagagattctacgagcaaaattcaaattcctattgac
gagatagctgtaacaatccacaacttactaagtagtaaagctacatgggacaacctaacg
aagaaatatacttccgtttcttcataa
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