KEGG   Toxoplasma gondii: TGME49_292080
Entry
TGME49_292080     CDS       T01093                                 
Name
(RefSeq) leucyl-tRNA synthetase
  KO
K01869  leucyl-tRNA synthetase [EC:6.1.1.4]
Organism
tgo  Toxoplasma gondii
Pathway
tgo00970  Aminoacyl-tRNA biosynthesis
Brite
KEGG Orthology (KO) [BR:tgo00001]
 09120 Genetic Information Processing
  09122 Translation
   00970 Aminoacyl-tRNA biosynthesis
    TGME49_292080
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01007 Amino acid related enzymes [BR:tgo01007]
    TGME49_292080
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:tgo03016]
    TGME49_292080
   03029 Mitochondrial biogenesis [BR:tgo03029]
    TGME49_292080
Enzymes [BR:tgo01000]
 6. Ligases
  6.1  Forming carbon-oxygen bonds
   6.1.1  Ligases forming aminoacyl-tRNA and related compounds
    6.1.1.4  leucine---tRNA ligase
     TGME49_292080
Amino acid related enzymes [BR:tgo01007]
 Aminoacyl-tRNA synthetase
  Class I (U)
   TGME49_292080
Transfer RNA biogenesis [BR:tgo03016]
 Eukaryotic type
  Aminoacyl-tRNA synthetases (AARSs)
   Multi-aminoacyl-tRNA synthetase complex (MSC)
    TGME49_292080
 Prokaryotic type
    TGME49_292080
Mitochondrial biogenesis [BR:tgo03029]
 Mitochondrial DNA transcription, translation, and replication factors
  Mitochondrial transcription and translation factors
   Other mitochondrial DNA transcription and translation factors
    TGME49_292080
SSDB
Motif
Pfam: tRNA-synt_1 tRNA-synt_1g Anticodon_1 tRNA-synt_1e
Other DBs
NCBI-GeneID: 7896488
NCBI-ProteinID: XP_002368550
UniProt: S8GI40
Position
IX:join(4536660..4537346,4538214..4538303,4538619..4538834,4539273..4539574,4540048..4540403,4540778..4541301,4541816..4541992,4542213..4542350,4542737..4542873,4543576..4543709,4544265..4544384,4545082..4545279,4545806..4545947,4546318..4546473,4546856..4547042,4547720..4547831,4548056..4548159)
AA seq 1259 aa
MASCKSAGEAVRDRFHLPSIPSGERLRRALLALSQPVSQFVSSAASPSLPSPTPKRFSSL
ASLRAPLPLPAVLSRSPPSASSSAAPLPVLFRGLSSKMAAAPAAPQSRGRRDKLLSIEEA
IQARWARENPYEVDAPLDAANAEKKKYFCSFPYPYMNGKLHLGHGFTLCRAEFQARFQRM
QGKNILWPLGLHCTGMPILACADKLKREIAMRKAEQDCGENGEKREHVESAENNSAEQQN
GEEDAKKKKSKVAAKTGNAKTQWEIMLGMGIPEAEIAAFADAQHWLRYFPPLAKRDVTRM
GFGIDWRRSFVTTDVNPFYDAFIRWQFNTLMKRGKLKFGMRATILSRREKQACADHDRAS
GEGVGPQEYTVVKLFLQGEKMREAPVPQHQPLVQLLEAVKAYGAKKVSLVAATLRPETMY
GQTNCYVLPEGKYGLYLAFTNPKKSLDKAEEGDGGAQAAESEEEFETLMTREEALSTCTE
VFICSERSALNMAYQGWLPMQAAEDPDALPVPHCLGTVDGMNLIGLPLTAPNATYPTIYA
LPMLTISMNKGTGVVMSVPSDAPDDYMALQDIKNKPDFFKDRYGVLPEWVGPFEPVAIID
IPDLGALPAVTLCKEKKVASQKDTQKLQEIKEEVYKKGFYDGVLLVGPCAGQKVADAKTV
IRDQLIERKEALRYFEPEKPVVARSGDECVVAFMHQWYLDYGEEKWRETVEAYINSEQFQ
TFSPQVLHQFKHVVGWLREWACSRSYGLGTYLPWTKDSSRPVLIESLSDSTIYMAYYAIA
HLLQGNDMYGQAKGPLGIAVEQLTDEVFDYVFAQTDDLPKGSTIPAEHLKRMRNEFEYWY
PLDLRVSGKDLIFNHLTFSLYSHAAIWPHRPDLWPRAFVCNGHIMVDAQKMSKSLGNFIS
IEDGIKEFTADAMRVALADAGDTTDDANFQRETANGTIMRLYLLEQFANEAVSGALPLRT
GRYSDADRLFLNEIVTCTQEAKEAYEGFQYREALKKGLYEMHTRRDQYRLLCGEDHMHKD
MVVTWLKTQCQTLAPIAPHICEHIWSEILKEPSLIVSSAWPTFPEHAQDPVLHRQFLLLL
ASVEDFRRTKDKAVQMLSGGKKKGQQPRPADQAAPALTHAVVYVAKEYPPLQQQVLTLLQ
KAPIHKGEDGAWCAGKEYMDIVKNDEGINALDKNAKKEAMAFASFQMRDELKAYGRSALD
LRLPFDELNLLQSHQRYLQASLGLTEIVFLPSDEAHPKDDSPNRKLAKPGKPSIFFYVG
NT seq 3780 nt   +upstreamnt  +downstreamnt
atggcctcatgcaagtctgcgggcgaagctgttcgtgaccgttttcacctcccgtcgatc
ccctccggcgaacggctgcgccgcgctctcctggctctgtcccagcctgtctcccagttt
gtttcctcggctgcttctccgagtctcccctccccaactccgaagcgcttctcttcactt
gcctctctcagagcgcctctgcctctcccggccgttctctcccgatctcctccatctgca
tcctcttctgccgcgcctcttccggtgctttttcgcggactttcttccaaaatggcagca
gctccagcagcgcctcagtcgcgtggtcgccgcgacaagcttcttagcatcgaggaggcg
attcaggctcggtgggcccgcgaaaatccttacgaggtcgacgcgcccttggatgcggca
aatgccgagaagaaaaagtatttctgcagcttcccctatccgtacatgaatggaaagctg
catctgggccatggcttcaccttgtgcagggccgagtttcaggcgcgtttccagcgcatg
caaggcaaaaacattctctggcccctcggcctccactgcacaggcatgccgattctcgcc
tgtgccgacaagctgaagcgagaaatcgccatgcgaaaagccgaacaagattgcggcgaa
aacggcgaaaagcgggaacatgtggagagtgcagagaataacagcgcggagcagcagaac
ggcgaggaagacgcaaagaagaaaaagtccaaggtggccgcgaagaccggcaacgctaag
acgcagtgggaaatcatgctcggcatgggcatccccgaggcagagatcgccgccttcgcc
gacgcgcagcactggctgcgctactttccgccgcttgcgaagcgcgacgtaactcgaatg
ggcttcggaatcgactggcgaaggtcgttcgtgacgacggatgtgaacccgttctacgac
gccttcattcggtggcaattcaatactctcatgaagcgcggaaagctcaagttcggcatg
cgagcgacgatcctcagtcggcgagagaagcaagcctgcgcagaccacgaccgagcgagt
ggtgaaggtgtcgggccgcaagagtacacagtcgtcaaactttttcttcaaggagagaaa
atgcgagaggcgccagttccgcagcaccagccacttgtccagctgctcgaagcggtgaag
gcgtacggcgccaagaaggtctccctcgtcgccgcgactctcagacccgaaacgatgtac
ggccagaccaactgctacgttcttcccgagggaaaatacggcttgtatttggcgttcacg
aatccaaagaagagcctggacaaggcggaagaaggcgacggcggggcgcaagcggccgag
tccgaggaagagttcgagacgctgatgactcgcgaagaagctctaagtacatgcacagaa
gtctttatctgcagcgagcgatctgctctcaacatggcctaccagggctggctgcctatg
caggccgccgaagaccctgacgccttgccggtgccacactgcctcggaacggttgacggc
atgaacctcattggtctcccactcactgcccctaacgcgacgtacccaacgatctacgct
ctccccatgctaacaatttccatgaacaaggggacgggtgtggtgatgtctgttccgagc
gacgcgccggacgactacatggcgttgcaggacattaagaacaagccggatttcttcaag
gaccgctacggggtgttgcccgagtgggtggggccgttcgagcctgtggcaatcatcgac
attccagacttgggggcgctgccggccgtgacgctgtgcaaagagaagaaagtcgcgagt
cagaaagatacgcagaagctgcaagagatcaaagaggaggtctacaagaaaggcttctac
gacggcgtgctccttgtcggcccgtgcgcaggccagaaggttgctgacgccaagaccgtc
atccgagaccaactgatcgaacgcaaggaagcgctccggtacttcgaaccggagaagcct
gtggtggccaggagtggcgacgagtgcgtcgtcgccttcatgcatcagtggtacctcgac
tatggcgaagaaaagtggagagagaccgtcgaggcgtacatcaactccgagcaattccaa
acgttctcgccccaggtgctacaccagttcaaacacgtcgtcggctggctgcgcgagtgg
gcctgcagccgcagttacggccttggcacttaccttccgtggacgaaggattcctcgcgc
ccggtgctcattgagtcgctttcagactcgacgatttacatggcctattacgccattgca
caccttctgcagggaaatgacatgtatggccaggcgaaaggccccctgggcatcgctgtg
gagcagctgaccgacgaagtctttgactacgtcttcgcacaaaccgacgacctgccgaag
ggatcgaccatcccggcggagcacctgaagcgcatgcgcaacgaattcgagtactggtac
cctctggacctgcgcgtgagtgggaaggacctcatcttcaaccacctcacgttttcgctg
tacagccacgcggcgatatggcctcaccgcccggatctctggcccagggcctttgtgtgc
aacggccacatcatggtcgatgcacaaaagatgagcaagagcttggggaatttcatttcc
attgaagacggcatcaaagaattcactgccgatgccatgcgggtcgccctcgccgacgca
ggtgacaccacggacgacgcgaacttccagcgcgagacagcgaacggaaccatcatgcgt
ctgtaccttctggagcaatttgccaacgaggctgtgagcggcgctttgccgcttcgcaca
ggtcgctactccgacgcggaccgcctgtttttgaacgagatcgtgacgtgcacgcaggaa
gcaaaagaagcgtacgaaggcttccagtacagagaggcactgaagaaaggcctgtacgag
atgcacacacgcagagaccaatatcgtcttctctgtggcgaggaccacatgcacaaggac
atggtcgtcacttggctgaagacacagtgccaaactctcgctccgattgcgcctcacatc
tgcgagcacatttggagtgaaatcctcaaggaaccttctctcatcgtctcttccgcctgg
ccgacgttccctgaacatgctcaggatcctgtcctgcacagacagttcctcttgctgctg
gcctccgtggaggacttccgcagaacgaaggacaaggctgtgcagatgctctctggagga
aagaagaagggccagcagcctcgacctgcagatcaagctgctccggccttgactcacgca
gtcgtctatgttgccaaggagtatcctccccttcagcagcaagttctaactcttctgcag
aaggcaccaatccacaaaggagaagacggggcgtggtgcgcaggaaaggagtacatggac
attgtcaagaacgacgagggaatcaatgcgctcgacaaaaatgcgaagaaggaagctatg
gctttcgcttctttccaaatgagggatgaactgaaggcgtacggtcggagtgccttggac
cttcggcttcctttcgacgagctgaatcttttgcagtctcaccagcgctaccttcaggcc
tctctcggcctcacagaaatcgtcttcttgccgagtgacgaggcccacccgaaggacgac
agtccgaatcgaaagctggcaaagccgggaaagccttccatctttttctacgttggctag

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Ontology (5)   
   KEGG BRITE (5)   
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 (110)   
   KEGG ORTHOLOGY (1)   
   RefGene (106)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (132)   

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