KEGG T01862: CPS0D

Chlamydia psittaci 08DC60: CPS0D_0891

Entry

CPS0D_0891        CDS       T01862

Symbol

glyQ

Name

(GenBank) glycyl-tRNA synthetase

K14164

glycyl-tRNA synthetase [EC:6.1.1.14]

Organism

cht Chlamydia psittaci 08DC60

Pathway

cht00970

Aminoacyl-tRNA biosynthesis

Brite

KEGG Orthology (KO) [BR:cht00001]
09120 Genetic Information Processing
  09122 Translation
   00970 Aminoacyl-tRNA biosynthesis
    CPS0D_0891 (glyQ)
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:cht03016]
    CPS0D_0891 (glyQ)
Enzymes [BR:cht01000]
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
     CPS0D_0891 (glyQ)
Transfer RNA biogenesis [BR:cht03016]
Prokaryotic type
  Aminoacyl-tRNA synthetases (AARSs)
   Other AARSs
    CPS0D_0891 (glyQ)

SSDB

Motif

Pfam:

tRNA_synt_2f tRNA-synt_2e DALR_1 Cupin_8

Other DBs

NCBI-ProteinID:

AEG88777

Position

946888..949905

AA seq 1005 aa
MSQPLTLQAMIAKILQFWSEQGCVIHQGYDLEVGAGTFNPATFLRALGPEPYQTAYVEPS
RRPQDGRYGTHPNRLQNYHQLQVLLKPVPTNFLSLYKDSLQIIGLDLREHDIRFVHDDWE
NPTIGAWGLGWEVWLNGMEITQLTYFQAIGSKPLDTISGEITYGIERIAMYLQKKNSIFD
VLWSDELTYGDVTRASEKAWSEYNFDAANTQTWLKHFEDFAQEALAALDQGLPVPAYDFV
IKASHAFNILDARGVISVTERTRYITRIRQLARAVADGYVDWRASLNYPLLRNRKADKHV
DTQALPCPKMETAENFLLEIGAEELPATFVPIGIQQLESLAKKLLSDYNIGYDSLEVLGS
PRRLALLIYNLEPTAIQKAVEKKGPILSSLFSDSGDVTTQGEQFFATHHVDIRHYSELSQ
HSLFDIREINGVQYLFLLHPEVRKDTAVILSNELPKLIQSMKFPKKMTYDDSGVEYARPI
RWLVSLYGTSVLPFSFGKVSASNISWGHRQLDPREVRIPSCERYIDTLRDACVIVSHKER
REIIEQGLKLHSSDSVSPITNPRLLEETVFLTEHPFVTCGQFDPEFCSLPKELLIAEMVN
HQKYFPTQNTVQQITNQFILVCDNCPNDIIIQGNEKALTPRLTDGAFLFAQDLKTPLTTF
VDKLKSVTYFEALGSLYDKVQRLKAHKNIVYPLMPLSSEEDINTAIEFCKADLVSAVVNE
FAELQGIMGEYYLKHAGLSHASAVAIGEHLRHITYGQTISTTGTLLSLLDRFDNLLSCFI
LNLRPTSSHDPYALRRQSLEILTLLHASEVSLDLENLLYHLADNFPSTVEGTSWDKPAVI
KDLLAFIWGRLKTFLASLGFSKDEIATVLSDTSEKNPVEIIKSATAIQEMKANQGATLEK
ITTTHNRLKKILASLKLPTNKHTSMELGLQEGRLKAALDQFDASANIKNKKEYFLCLGEL
ADNINLFLNEVHVTSGSEELKNLRIHLLLVAMEKFSSYHWESLKS

NT seq 3018 nt +upstreamnt +downstreamnt
atgtcacaacctcttactttacaagcaatgattgctaaaattttacaattctggagtgaa
caggggtgtgtgattcatcaggggtatgatctagaggtaggtgcaggaacatttaaccct
gcaacatttttgcgtgctctaggtccagagccttatcaaactgcctatgtagagccttct
agacgccctcaagacggtcgttacggcacgcatcccaaccgcctgcaaaactaccaccaa
cttcaggtacttcttaaacccgtccccacaaattttctctctttatataaagattcacta
caaattataggtttggatcttcgtgagcatgatattcgttttgtccatgatgactgggaa
aatcctacgatcggtgcttggggtttaggttgggaagtatggctaaatggcatggaaatt
acccagttgacctatttccaagctataggaagcaagcctctcgatacaatcagtggagag
attacttatggcattgaacgcattgctatgtacctacaaaagaaaaactccattttcgat
gttctctggagtgatgagctcacctatggagacgtgactcgagcttctgaaaaagcttgg
agtgaatataatttcgatgctgccaatacccagacgtggttaaaacactttgaagacttt
gctcaagaggctttagctgccctagatcaagggttacccgttcctgcttacgactttgtt
attaaggcatctcacgcctttaatattcttgatgctcgaggcgtgatttctgttacggag
cgtacccgctacattactagaattcgtcaattagcccgtgctgttgcagatggttatgta
gattggcgcgcctctttaaattacccattacttcgcaataggaaggctgataagcatgta
gatacacaagctcttccatgtcctaaaatggaaactgcggaaaatttcctattagagatt
ggtgctgaggaactgcctgcaactttcgtccccatcgggattcagcagttagaatctttg
gcgaagaagcttttatctgactacaatattggttatgacagtttagaagtcttaggatct
ccaagaagactggctttattaatttacaacttagagccgacagccatacaaaaagctgtt
gagaagaagggccccatcctatcctctttatttagtgattccggagatgtaactacgcag
ggtgagcaattctttgctactcatcatgtggatatccgtcattatagtgagctttcacaa
cactctttgttcgatattcgtgaaatcaatggtgtacaatatctcttccttctccatcct
gaagtgcgtaaagacaccgctgtgattctatccaatgaattgcctaaattaattcagtct
atgaaattccctaagaaaatgacctatgatgatagtggtgtagaatatgctcgccctatt
cgttggttagtttctctatatgggacctctgtgcttcctttttcctttggcaaagtctct
gcttcgaatatttcctggggacatcgccagttggatcctagagaagtacgcattccttct
tgtgaacgttatatagatacactacgtgatgcatgtgtgattgtgtctcataaagaacga
agagaaattattgaacaagggttaaagttacacagctcggatagtgtttcgccgataact
aatcctcgtttacttgaggaaactgttttccttacagagcatccttttgttacttgcgga
caattcgatcctgagttttgttcactacctaaagagcttctcattgctgaaatggtaaat
caccaaaaatacttccctacccaaaatacagttcaacaaattaccaatcagtttatttta
gtttgtgacaactgtcccaatgacattattattcaagggaatgaaaaagccttaactcct
cgtctcaccgatggagcattcctctttgcacaagatctaaaaactccgttaacaactttt
gtggataaactaaaatccgtaacctattttgaagctcttggctcactttatgacaaagta
caaaggttaaaagctcataaaaacatagtttacccactcatgcctttatcttctgaagaa
gacataaacacagcaatagagttctgtaaagctgacttagtttctgctgtggttaatgaa
tttgcagaacttcaaggtatcatgggagaatattacctgaaacatgcgggattatctcat
gcatctgcggtagctataggagaacatttacgtcatattacttatggtcagacgatctcc
acgacaggaactctattaagtctgctagatcgttttgataatttactttcttgttttata
ttaaatctccgaccgacttcatctcatgatccttatgccttacgtcgtcagtctttagag
attcttacactgttacatgcttccgaagtttctctggatcttgaaaatctactttatcat
ttagcggataactttccttctaccgttgaagggacttcctgggataaacctgcggttatc
aaagatctcctagcatttatatggggaagactaaaaacctttttggcctctctaggattc
agcaaagatgaaattgcgactgtactttctgatacctccgagaaaaaccctgtagaaatt
ataaaatctgcgacagccattcaagaaatgaaagcgaatcaaggggctactttagaaaaa
attacaacgacgcataatcgcttaaaaaagattttagcttctttgaaactccctacgaat
aaacacacgtccatggaacttggtctacaggaaggtcgtctaaaagctgctctcgatcag
tttgatgcatcggcaaatattaagaataaaaaagagtatttcctctgtcttggagaactt
gcagacaacattaatctgttcttaaatgaagttcatgtgactagtggcagcgaagaatta
aaaaacttacgcattcatctgttactagtagctatggagaaattctcttcgtatcattgg
gaatctttaaaaagttaa

All links

Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (4)   
   Pfam (4)   
All databases (20)   

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