Mercurialis annua (annual mercury): 126686019
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Entry
126686019 CDS
T10153
Name
(RefSeq) glycine--tRNA ligase, chloroplastic/mitochondrial 2 isoform X1
KO
K14164
glycyl-tRNA synthetase [EC:
6.1.1.14
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00970
Aminoacyl-tRNA biosynthesis
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09120 Genetic Information Processing
09122 Translation
00970 Aminoacyl-tRNA biosynthesis
126686019
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03016 Transfer RNA biogenesis [BR:
mean03016
]
126686019
Enzymes [BR:
mean01000
]
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
126686019
Transfer RNA biogenesis [BR:
mean03016
]
Prokaryotic type
Aminoacyl-tRNA synthetases (AARSs)
Other AARSs
126686019
BRITE hierarchy
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Gene cluster
GFIT
Motif
Pfam:
tRNA_synt_2f
tRNA-synt_2e
DALR_1
HetR_C
Motif
Other DBs
NCBI-GeneID:
126686019
NCBI-ProteinID:
XP_050235987
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All DBs
Position
LG6:47073014..47086297
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AA seq
1066 aa
AA seq
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MAILALPLLVSFLKPQTGRLSFFRFSGRSNPSLLRFNRRRFTTTTATTTSSIQQHSSTGP
NNEQQKSSIPTFQQAIQRLQEYWASVGCAVMQCSNTEVGAGTMNPLTFLRVLGPEPWNVA
YAEPSIRPDDSRYGENPNRLQRHTQFQVILKPDPGNSQDLFIHSLSALGIDVNEHDIRFV
EDNWESPVLGAWGLGWEIWMDGMEVTQFTYFQQAGSVQLSPISVEITYGLERILMLLQGV
DHFKKIQYADGITYGELFLENEKEMSAYYLEHASVNHVQKHFDFFEEEARSLLASGLPIP
AYDQLLKTSHAFNILDSRGYIGVTERARYFGRMRSLARQCAQLWLKTREALGHPLGTISE
TMHLECAKEVLDEAVKKMHDKPRSFVLEIGTEEMPPQDVVHASQQLKDAVLQLLEKQRLS
HGDVEAFGTPRRLVVCVESLCSKQPEVEVEVRGPPVSKAFDEQGNPTKAAEGFCRRYNVT
LDSLFIKVDGKTEYVYVRVTETTRLALEILSKDLPHTISKISFPKTMRWNSQVMFSRPIR
WIMALHGQLIVPFMYAGVLSGNKSYGLRNTPSATVQVESAESYGSIMRNAGIRIDIEERK
RSILEHSNALAKSVNGHILIQKNLLDEVVNLVEAPLPVLGKFNESFLELPNDLLTMVMQK
HQKYFAVTDDSGKLLPYFISVANGPINENVVRQGNEAVLRARYEDAKFFYEMDTRKKFSE
FRSQLKGILFHEKLGTMLDKMMRIENIVTKVTLLMGVSEDMLPVVQDAASLAMSDLATAV
VTEFTALSGIMARHYALRDGYPEQVAEALLEITRPRFSGDVLPKTDVGIVLAVADRLDSL
VGLFAAGCQPSSTNDPFGLRRISYGLVQILVEKEKKLDLLHALRIAADVQPIKVEADLID
DAYQFVTRRLEQYLVDKGISADIVRSVLAERATFPCLAAKTAYRMETLSSGDLFPKVVEA
YSRPTRIVRGKDVESDIEVDEAAFDTAEEKALWDTFKSAKSKIYPDIEIDKFVEVSSELL
QPLEDFFNNVFVMVEDERIRKNRLALLKKIADLPRGIADLSILPGF
NT seq
3201 nt
NT seq
+upstream
nt +downstream
nt
atggccattctggcgctccctttactcgtttcctttctaaaaccacagactggtcgttta
tccttcttccgcttctccggcaggtcaaaccctagcctcctccgtttcaaccgccgtcgc
ttcactacaacaactgccactactacatcttcaattcagcaacactcctcaacaggtccg
aacaatgagcagcagaaatcttctatcccaacgtttcaacaagccattcaacgactgcag
gagtattgggcttctgttggttgcgcagttatgcaatgcagcaatacagaggttggagct
ggtactatgaatcctcttacattcttaagggttcttgggcctgaaccgtggaatgtggcg
tatgcagagcctagtattcggccagatgatagtcgatatggggaaaaccccaacagactt
caacgtcatactcaatttcaggttatcctaaaacctgatcctggaaattctcaagacctt
tttattcatagcctatcagctttaggtattgatgtcaatgaacatgatatacgatttgtg
gaggacaattgggagagtccagtacttggtgcatggggtttgggctgggaaatctggatg
gatgggatggaagtcactcagttcacttattttcaacaggccggaagtgttcaactgtca
ccaatatccgttgaaataacttatggccttgagcggatacttatgttacttcagggagtt
gatcattttaaaaaaattcagtatgcagatgggatcacatatggagagttgttcttagaa
aatgagaaggaaatgagcgcatattatttagaacatgctagtgtcaatcatgttcaaaag
cactttgatttttttgaggaagaagctcgatccttgcttgcttcaggccttccaattcct
gcgtatgaccagcttctgaagacatctcatgctttcaatatcttagattctagaggttat
attggcgtaactgagcgtgctcgttattttggtagaatgcgtagtttagctcggcaatgt
gcccaactttggttaaagaccagagaggcccttggacatccactaggtactatttctgaa
actatgcatcttgaatgtgctaaggaggttttggatgaagcagtcaaaaagatgcatgac
aaaccaaggtcatttgttcttgaaattgggactgaggaaatgcctcctcaagatgtagtt
catgccagccagcaacttaaagatgcagtgttgcaattactagaaaaacagaggttaagc
catggtgacgtggaagcattcggcactcctcgccgactagtggtttgtgttgagagtctt
tgttctaagcagccagaagtagaggttgaagtgcgaggaccccctgtttcaaaggctttt
gacgagcaagggaatcctacaaaggctgctgagggtttttgccgtagatacaatgttacc
ttggactcattatttattaaggttgatgggaaaacagaatatgtttatgttcgtgtgacg
gagactactcgacttgctttggagattttatctaaagatttgccgcataccatcagtaaa
atatcattcccaaagactatgcgttggaactctcaggtcatgttcagtagacctattcga
tggataatggccttgcatggacagttgattgttccatttatgtatgctggagttttaagc
ggcaacaaatcttatggccttcgtaatactccttcagctactgttcaggttgaaagtgca
gaatcttatggtagtataatgaggaatgctggaatccgtattgatattgaggaaagaaag
agaagtatcttggagcactctaatgcattggcaaaaagtgtcaatggccacatcctaatt
cagaaaaacttactggatgaggttgtaaatcttgttgaggcacctttaccagttcttggg
aagtttaatgagtccttcttagagcttccaaatgatcttttaacaatggtcatgcagaag
caccaaaagtattttgctgtaactgatgacagtggaaagcttcttccgtatttcatttct
gtggcaaatggaccaatcaatgagaatgtagttaggcaagggaatgaggctgtgctcaga
gctcgttatgaagatgcaaaatttttctatgagatggataccagaaaaaaattctcagag
ttccggagtcaactaaaagggattctttttcatgagaagcttggaacaatgcttgacaaa
atgatgcgcatcgagaacatagtcaccaaagtaactttactgatgggggtcagtgaagat
atgcttccggttgtccaagatgctgcatctcttgcaatgtcagatcttgctacagcagtt
gtgacagaatttacagccctctctggaataatggcacgccactatgctcttagagatggc
tatccagagcaggttgcagaggccttattagaaattacacgtcccagattttctggagat
gttcttccaaaaactgatgtcgggatagttttggcagttgctgacagattagacagcctt
gttggtttatttgctgctggttgtcagcctagttccactaatgatccttttgggctacgg
agaatttcttatggtctagtccaaatattggtggagaaggaaaaaaaattggatttgttg
catgctttaagaatcgcagcagatgttcaacctattaaagttgaagctgacctgatagat
gatgcatatcaatttgttactcggagattggagcagtatctggttgataagggaatcagt
gcagatattgttcgctcagtccttgcagaacgtgcaacctttccctgtctggcagcaaag
acggcatacagaatggaaactttgtcaagtggcgatcttttcccaaaggtagttgaagca
tattctcgtccgacaaggattgttcgtggaaaggatgtggagtctgatattgaggtggac
gaggctgcatttgacacagctgaagagaaagccttatgggacaccttcaagtcagcaaaa
agcaaaatctatcctgatattgagatagacaagtttgttgaagtgtcttcagagctactg
cagccactcgaggatttcttcaataatgtctttgtcatggtggaagatgaaaggatcagg
aagaacagacttgctcttctaaagaaaattgcagatctacctcgaggaatagcagacctc
tccattttgccaggattttag
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