KEGG   Pieris rapae (cabbage white): 110992010
Entry
110992010         CDS       T05162                                 
Name
(RefSeq) bifunctional glutamate/proline--tRNA ligase isoform X1
  KO
K14163  bifunctional glutamyl/prolyl-tRNA synthetase [EC:6.1.1.17 6.1.1.15]
Organism
prap  Pieris rapae (cabbage white)
Pathway
prap00860  Porphyrin metabolism
prap00970  Aminoacyl-tRNA biosynthesis
prap01100  Metabolic pathways
prap01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:prap00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    110992010
 09120 Genetic Information Processing
  09122 Translation
   00970 Aminoacyl-tRNA biosynthesis
    110992010
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01007 Amino acid related enzymes [BR:prap01007]
    110992010
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:prap03016]
    110992010
Enzymes [BR:prap01000]
 6. Ligases
  6.1  Forming carbon-oxygen bonds
   6.1.1  Ligases forming aminoacyl-tRNA and related compounds
    6.1.1.15  proline---tRNA ligase
     110992010
    6.1.1.17  glutamate---tRNA ligase
     110992010
Amino acid related enzymes [BR:prap01007]
 Aminoacyl-tRNA synthetase
  Class I (A)
   110992010
Transfer RNA biogenesis [BR:prap03016]
 Eukaryotic type
  Aminoacyl-tRNA synthetases (AARSs)
   Multi-aminoacyl-tRNA synthetase complex (MSC)
    110992010
SSDB
Motif
Pfam: WHEP-TRS tRNA-synt_1c tRNA-synt_2b ProRS-C_1 HGTP_anticodon tRNA-synt_1c_C tRNA-synt_1c_C2 GST_C_3 GST_C tRNA-synt_1e
Other DBs
NCBI-GeneID: 110992010
NCBI-ProteinID: XP_045484688
Position
1:complement(10263940..10290758)
AA seq 1666 aa
MKVVCSKTNPPLGGLLAVELYRSSAGDVEIVWGAESTITLPKSTKALSYGTSNDLIRILE
NSFNKSVGTLQRVTMNHWLSFSLILEEDIQESLCYLDKILGPLTYLVGESLSVSDLAVFS
VLYASNNFKEITKKNPPNNIIRWMKLIQAQKPVEKALKEIPSDILQNITKASSRRSPPSS
KESSSGRQQEGKFIELPHAEMGKVVVRFPPEASGYLHIGHAKAALLNQYYQLAFEGKLIM
RFDDTNPAKENADFEKVILEDVKMLEIKPDMFTHTSQYFDLMLQYCEKLIKESKAFVDDT
PAEQMKNEREQKVESRNRNNSVEKNLQLWEEMKKGSDIGIQNCVRAKIDMQSPNGCLRDP
TIYRCKPEVHPRTGNKYKVYPTYDFACPIVDAIEGVTHVLRTMEYHDRDPQFYWFIDALE
LRKPYIWEYSRLSMTNTVLSKRKLTWFVEQGLVDGWDDPRMPTVRGVLRRGMSVEGLRQF
IQAQGSSRSVVFMEWDKIWAINKKVIDPIASRYTALESNRVPVNLKGTSESTLTVALHPK
NPDVGSKTVWVGPRLLIDQVDAQALKEGENTTFINYGNIKIDKIHKGPDGKVISVDGTPN
LDNKDYKKTLKITWLADTDKSPHLEVYCVYFDHIISKPLLGKDEDFKKYIGHQTRWEIPM
LGEPELAKVKVGDIIQLQRRGFFRVDVAYAGPSPHTGRVTPLVLFHVPDGHTKEMPGQPK
SVQTTQVKQAPAIDASQLNQDITKQGELVRSLKSAKAEKAKVDEAVKTLLELKAKYKTAT
GQEWKPGAAPATTTPKASGDAESINQEIVKQGDLVRSLKTAKAEKAKVEEAVKVLLELKA
KYKAASGQEWKPGAAPATTTPKASGDADSINQEIVKQGDLVRSLKTAKAEKAKVEEAVKL
LLELKAKYKAASGQEWKPGAAPATTTPKASGDAESINQEIVKQGDLVRSLKTAKAEKAKI
EEAVKLLLELKAKYKAAAGQDWKPSASPTPAVSAVADNVSDILSKITAQGDKVRKLKGEK
ADKSAIDVEVKNLLNLKAQYKSVTGKDWTPTATPPVKAETVKQETMNGNNGETLAMEIAK
QGDVVRDLKAKKADKATIDAEVKKLLDLKAKYQQETGTAFAAAPTRDSKPKEKKPKEIKK
EKPKEQTPKPKEESSSGVKKITRLGLEASKDTDLSDWYQQVITKAEMIDYYDISGCYILR
PWAYSIWEVIRAFFSDSIKRMGVKDVYFPMFVSKAALEREKTHIADFAPEVAWVTHSGSS
ELAEHIAIRPTSETVMYPAYAKWIQSHRDLPLKLNQWNNVVRWEFKQPQPFLRTREFLWQ
EGHSAFRLQSEAEEEVLQILDLYARVYEEYLAIPVIRGRKTEKEKFAGGDYTTTVEAYIG
ASGRAIQGATSHHLGQNFSRMFDIVYDDPETQEKMFVYQNSWGITTRTIGVMVLVHGDDR
GLVLPPRVADIQAIVVPCGITASSSAEERKGLMDSCQSLVDELKAAGIRADGDYRDNYSP
GWKFNHWELKGVPIRVELGPKDISRGEVVAVIRLTGEKQTFKRNMAPTQLREKLDTIHEE
MFKKATKERDERLSLVTKWDDFTNALERKHIILAPFCGDIPCEDNIKNDSARNEDDQTTE
VKAPSMGAKSLCIPFKQPREISADDCCIHPACKNKPQFITLFGRSY
NT seq 5001 nt   +upstreamnt  +downstreamnt
atgaaagtagtttgtagtaaaacaaatccaccgctcggtggtttgctagcagtggaactc
tatcggtcctcagcaggcgatgtagagattgtttggggtgccgaatcaaccattactctt
cctaaatctactaaagcactgtcatatgggactagtaatgatttgataaggattttggag
aattcttttaataaatctgttggaaccttgcagagggtgacaatgaatcattggctttca
ttcagccttattttggaagaggacatccaggaatctttgtgctacttggacaaaatcttg
ggaccattaacttacttagtgggggaatcattatcagtgtctgatttggcggtcttcagt
gttttatatgcctcaaataactttaaggaaataactaagaagaaccctccaaacaatata
ataagatggatgaaacttattcaagctcagaagccagttgagaaagctttgaaagaaata
ccttctgatatactacaaaacatcactaaggcttcatctaggagatcaccaccttctagt
aaagaatcaagttctggtcgccagcaagaaggtaaattcatcgaattacctcatgctgaa
atgggaaaagttgtcgtccgttttccacctgaagcatctggatatttgcacattggtcat
gctaaggcagctctgctcaatcaatactaccagctggctttcgaaggcaagcttattatg
agatttgatgatacaaatcctgctaaagaaaatgctgattttgaaaaggtaatcttggaa
gatgtaaagatgttagagataaagccagatatgttcacacacacatctcaatactttgac
ctgatgttacaatactgcgagaagctaattaaggaaagcaaagcttttgtagatgataca
ccggcagaacaaatgaagaacgagagagaacaaaaggttgaaagccgaaataggaacaat
tcggtagagaaaaatcttcaattgtgggaagaaatgaaaaagggcagtgatattggcata
caaaattgtgtgcgcgcaaaaattgatatgcaatcaccgaatggatgtcttcgggatcct
accatttaccgttgtaaacctgaagtacatccaagaactggaaacaaatataaagtatac
ccaacgtatgacttcgcgtgtccaatagtggatgcgattgagggtgtgactcacgtacta
cgtactatggagtatcacgacagagatccgcagttttactggtttattgatgccctggag
ctacgcaaaccatacatatgggagtacagcagactaagtatgaccaacacagtgctttca
aaacggaagttaacttggtttgtcgagcaaggtcttgtcgatggttgggatgaccccaga
atgccgacagtgcgcggtgtattacgtcgcggtatgtctgtggaagggttgaggcagttc
atacaagctcaaggctcttcacgatcggtcgtattcatggaatgggataagatatgggct
attaataagaaggtaattgatccgatagcatcgcgttacacggccctcgaatcaaaccga
gtaccggtgaacctaaaaggtacatccgagtccacattgacagtggcccttcaccccaag
aacccagacgtagggtcaaaaactgtctgggtgggtcccagactcctaattgaccaggta
gacgctcaagccctgaaggaaggagaaaatactacatttattaattatggcaatatcaag
atagataaaatacataaaggtccggacggcaaagtgataagcgtggatggtactccgaac
ctagataataaagactataaaaagaccctcaagattacttggctagcggatactgataag
tctccacaccttgaggtctactgcgtctatttcgaccatattatttcgaagcctttgttg
ggaaaagacgaagacttcaaaaagtatattggacatcagactaggtgggaaatacctatg
ttgggtgaaccagaattggctaaagtcaaagtcggagatatcatacaactgcagcgtcgt
ggcttcttccgtgtggatgtggcatatgctggaccttcaccacacacaggaagagtcacg
ccattggtgctgttccatgttcctgatggccatactaaggaaatgcctgggcagccaaag
tcagtacaaacaacacaagtcaaacaggcaccagcgattgatgcgtcacagctgaaccaa
gatattaccaagcaaggggagttggtgcgatccctcaagagtgcgaaggctgaaaaggcc
aaggtggatgaggctgttaaaaccctcttggagcttaaagccaagtacaagacggctact
ggacaggagtggaaacctggtgcagccccagcaaccactactcctaaagcctctggtgat
gcagagagtatcaaccaagagatcgtgaagcaaggtgatctcgtccgctctctgaagacc
gccaaagccgagaaagctaaagtagaagaagctgtcaaagtccttctagagcttaaagca
aaatacaaggcagcatccggacaggagtggaaacctggtgcagccccagcaaccactact
cctaaagcctctggtgatgcagacagtatcaaccaagagattgtgaagcaaggtgatctc
gtccgctctctgaagaccgccaaagccgagaaagctaaagtagaagaagctgtcaaactc
cttctagagcttaaagctaaatacaaggcagcatccggacaggagtggaaacctggtgca
gccccagcaactactactcctaaagcctccggtgatgcagagagtattaaccaagagatc
gtgaagcaaggtgatctcgtccgctctctgaagactgccaaagccgagaaagctaaaata
gaagaagctgtcaaactccttctagagcttaaagctaaatacaaggcagcagccggacag
gattggaaaccaagtgcatctcctacgcccgctgtatctgctgttgcagataatgttagt
gatattttatcaaaaataacggcacaaggtgataaagtacgcaagctgaaaggggagaaa
gctgacaaaagcgccattgatgtcgaggtgaaaaatctacttaatctaaaagcccagtac
aaatcggtaaccggaaaggattggacacccactgcaaccccaccagtcaaagcggaaact
gttaaacaggaaacgatgaacggtaataacggagaaacattagcgatggaaattgcaaag
cagggtgatgtcgtacgcgatctcaaagcgaagaaagcggacaaggcgaccatagacgca
gaagtaaagaagttgctggatttaaaagcgaaatatcagcaagagactggcaccgcattt
gcagctgctccaactagggacagcaaacccaaagagaagaaaccgaaagagataaagaaa
gagaagccgaaagaacagacaccaaagcctaaggaggaatcctcaagtggtgtgaagaaa
ataactcgactcggattagaggcttcaaaagacactgatctttcagactggtaccagcaa
gttattactaaagcggaaatgatcgactactatgatatctccggttgttacatccttcga
ccatgggcgtatagtatttgggaagtcattcgcgcattcttcagcgatagcattaaacgt
atgggcgtgaaggatgtgtatttccctatgtttgtgtcaaaggcggcattagaacgcgag
aagacccatatagctgactttgcaccagaagtggcatgggtgacgcattctggttctagc
gagttggcggaacatatagccatacgaccgacctcagaaaccgttatgtacccggcctat
gccaagtggatacaaagccatagggacttacctcttaagctgaatcagtggaataacgtc
gttcggtgggagttcaagcaaccgcaaccattcctgcgaacgcgggaattcctttggcaa
gagggacactccgcgttccgacttcagagcgaagcagaggaggaagtgctacagatattg
gatttatacgcaagggtatatgaagagtacttagctattccagtgataaggggtagaaaa
accgaaaaggaaaagttcgcgggtggagattataccaccactgttgaagcatacattggt
gctagtggcagagctatacagggcgcaacaagtcatcatttgggccagaacttctcccgt
atgtttgacattgtgtacgatgatcctgaaacccaagagaagatgtttgtctatcaaaac
tcttggggtataacgacaagaactattggtgtaatggttctggtacatggtgacgataga
ggtttagttctaccaccacgagtagcagacatacaggcgatagtagtgccttgtggtatc
acggcctctagtagcgctgaagagaggaagggactaatggactcttgtcagagcctggtg
gatgaattgaaggcagctggtatcagagccgatggcgactatagggataactactcgcct
gggtggaagtttaaccattgggaattgaagggtgtgccaatccgtgtggaattaggaccg
aaagatatatcacgcggtgaggtggttgccgtgatcagactgacaggggaaaaacaaacc
tttaagaggaacatggcgccgacgcagcttcgagagaaattggatacgatacacgaagaa
atgttcaagaaagcaactaaagagagagatgagagattgtcacttgtcacaaaatgggac
gactttacaaatgcactggaacgcaagcacatcattcttgctccgttctgtggagatata
ccctgcgaagacaacattaagaatgatagtgccaggaatgaagatgatcaaacaactgag
gttaaagctccatctatgggtgctaagtcactttgcataccatttaaacagcctcgtgaa
atatcagcggatgattgttgtatacatccagcttgtaaaaacaagcctcaattcattact
ctgtttggaaggagttattaa

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (79)   
   KEGG ORTHOLOGY (1)   
   RefGene (75)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (10)   
   Pfam (10)   
All databases (117)   

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