KEGG   Anas platyrhynchos (mallard): 101794263
Entry
101794263         CDS       T02816                                 
Symbol
EPRS1
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
apla  Anas platyrhynchos (mallard)
Pathway
apla00860  Porphyrin metabolism
apla00970  Aminoacyl-tRNA biosynthesis
apla01100  Metabolic pathways
apla01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:apla00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    101794263 (EPRS1)
 09120 Genetic Information Processing
  09122 Translation
   00970 Aminoacyl-tRNA biosynthesis
    101794263 (EPRS1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01007 Amino acid related enzymes [BR:apla01007]
    101794263 (EPRS1)
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:apla03016]
    101794263 (EPRS1)
Enzymes [BR:apla01000]
 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
     101794263 (EPRS1)
    6.1.1.17  glutamate---tRNA ligase
     101794263 (EPRS1)
Amino acid related enzymes [BR:apla01007]
 Aminoacyl-tRNA synthetase
  Class I (A)
   101794263 (EPRS1)
Transfer RNA biogenesis [BR:apla03016]
 Eukaryotic type
  Aminoacyl-tRNA synthetases (AARSs)
   Multi-aminoacyl-tRNA synthetase complex (MSC)
    101794263 (EPRS1)
SSDB
Motif
Pfam: tRNA-synt_1c WHEP-TRS ProRS-C_1 HGTP_anticodon tRNA-synt_2b tRNA-synt_1c_C tRNA-synt_1c_C2 GST_C GST_C_2 tRNA-synt_1e ELFV_dehydrog GST_C_3
Other DBs
NCBI-GeneID: 101794263
NCBI-ProteinID: XP_027308928
Ensembl: ENSAPLG00000003240
EnsemblRapid: ENSAPLG00030003883
Position
3:complement(21769005..21807117)
AA seq 1685 aa
MAALSLTVAAGSAPLGALLTVEHVKNDIKISVEEGKETILRVSENVSFTDVNSIARYLAR
VASSAGLYGSNLLEHTEVDHWLEFSATKLSTASQFLSAVQELNHCLSLRTYLVGNSLSLA
DLCVWAVLKDNNIWQEQLQKNEAPIHVKRWYGFLEVQQTFQSVGAKWVSSTPKIKMATEK
KADVGKFVELPGAEMGKVIVRFPPEASGYLHIGHAKAALLNQHYQVNFKGKLIMRFDDTN
PEKEKEDFEKVILEDVAMLHIKPDQFTYTSDHFETIMKYAEQLIQEGKAYVDDTPAEQMK
AEREQRTESKHRNNCVNKNLQMWEEMKKGTEYGQTCCLRAKIDMNSNNGCMRDPTLYRCK
NQPHPRTGSTYKVYPTYDFACPIVDSIEGVTHALRTTEYHDRDEQFYWIIEALGIRKPYI
WEYSRLNLNNTVLSKRKLTWFVNEGLVDGWDDPRFPTVRGVLRRGMTVEGLKQFIAAQGS
SRSVVNMEWDKIWSFNKKLRAICKKVIDPVAPRYTALLKDAVVPVNVPEAQEEMKEVAKH
PKNADVGLKPVWYGSRVLIEGADAETLTEGEVVTFINWGNIIITKLNRNSNGKILSIDTK
LNLENKDFKKTTKITWLADTPRAPLIPTVCVNYEHLITKPVLGKDEDFKQYINQNSKQEE
LMLGDPCLRDLKKGDIIQLQRRGFFICDQPYEPVSPYSCKEAPCILIYIPDGHTKEMPTS
GSKEKAKAESAKKEASSAVKGKSAPLAGGTSTPTCTASEDHLVIYNRVSAQGDVVRDLKA
KKAAKEDIDKAVKQLLALKAEYKEKTGQEYKPGSPPMSVNEQCVSSKLQTSGTLDSKALY
DKVAEQGEVVRKLKAEKAPKDQIGAAVDVLLSLKAEYKQQTGQEYKPGSPPVVFDPAQSS
PVSTLPPPCPVDSKSLYSKVAEQGEVVRKLKSEKASKEQVDEAVKVLLNLKAEYKQKTGQ
EYKPGNPPTPSPCVSSATLPSSVCCSNLGSCSLVDGKALYDNVAEQGEVVRRLKAEKASK
DEIDEAVKLLLSLKADYKEKTGQDYKPGHPPAAQGALPQASNTAQSGPDTPEAKALFNKV
ALQGDEVRKLKAEKAEKEKIDAAVKELLQLKAQYKSVAGVDYKPVSASGADDKDKKKKEK
ENKSEKQSKQQKQNDGPKKEPLQGQSGSDLSSSGSGEGQGPKKQTRLGLEAKKEENLADW
FSQVITKSEMIEYYDVSGCYVLRPWAYAIWESIKNFFDAEIKKLGVENCYFPMFVSQAAL
EKEKTHIADFAPEVAWVTRSGKTDLAEPIAVRPTSETVMYPAYAKWVQSHRDLPIKLNQW
CNVVRWEFKHPQPFLRTREFLWQEGHTAFATYEEAAEEVMQILDLYAQVYEDLLAIPVVK
GKKTEKEKFAGGDYTTTVEAFISASGRAIQGATSHHLGQNFSKMFEIVFEDPKKPGEKQF
AYQNSWGITTRTIGVMTMIHGDNMGLVLPPRVACVQVVIIPCGITNSLSEDDKEALLKKC
NEYRKRLLGVNIRVRADLRDNYSPGWKFNHWELKGVPVRVEVGPRDMKSQQFVAVRRDTG
QKLTLSEHEAEDKLKQILEEIHANLYNRASEDLKSHMVVANNMEDFQKELDSGKIVQIPF
CGEIECEDWIKKTTARDQDLEPGAPSMGAKSLCIPFQPLRELQSGAKCVCGKNPAKFYTL
FGRSY
NT seq 5058 nt   +upstreamnt  +downstreamnt
atggcggcgctcagcctgacggtggcggcgggcagcgccccgctcggagctctgctgacg
gtggaacatgtgaagaatgatatcaaaatttcagtggaagaaggcaaagaaaccatcctt
cgtgtatctgaaaatgtatcgtttactgatgtgaattcaatagctcgttacctggctaga
gttgctagttctgctggcctgtatggttcaaaccttttggaacacactgaggttgaccac
tggctggagttcagtgctacaaagttatctactgccagccagtttctttcagcagtccag
gagctcaaccactgtctatctctgagaacctacttggttggaaactcgctgagtcttgct
gacttgtgtgtttgggctgtcctaaaagacaataacatctggcaagaacaattacagaaa
aatgaagctcccatccatgtaaagcgatggtacggctttcttgaggtacaacaaactttt
cagtctgtaggagccaagtgggtttccagtacaccaaagatcaaaatggcaacagaaaag
aaagctgatgttgggaagtttgttgaacttcctggtgcagagatgggaaaggtcattgta
aggtttcctcctgaagcaagcggatatctgcatatcggtcatgccaaagctgccctgcta
aatcagcactaccaagttaacttcaaaggaaaacttattatgaggtttgatgacacgaat
ccagaaaaagagaaggaagactttgaaaaggttattcttgaagatgttgctatgctgcat
atcaaaccagatcaatttacatatacctcagatcactttgaaacaataatgaaatatgct
gagcagcttattcaagaagggaaggcatatgtagatgatactcctgcagaacaaatgaaa
gcagagcgtgagcaaagaacggaatctaagcacagaaataactgtgttaataagaatcta
caaatgtgggaagaaatgaaaaagggaacagaatatggacaaacttgttgtctacgagca
aaaatagatatgaatagtaacaatggatgtatgagggatccaactctttatcgttgtaaa
aaccaacctcacccgcgtactggtagtacctacaaggtttatcctacgtacgactttgcc
tgccccattgttgactctattgaaggtgtcacacatgcacttagaacaactgaataccat
gacagagatgaacaattctactggatcattgaggcactgggcataaggaagccgtatata
tgggagtacagcaggctaaatctcaacaacactgtgttatccaagagaaagcttacatgg
tttgtcaatgaagggctcgtggatggatgggatgacccaagatttcccactgtgcgtggt
gtcctgagaagaggcatgacagttgaaggtctaaaacagtttattgctgctcagggctcc
tctcgatctgttgtgaatatggagtgggataaaatttggtcctttaacaaaaagctgcga
gctatctgtaagaaggttatagacccagtagctcctcggtacactgctttactgaaagat
gcagtggtcccagtaaatgttcctgaagctcaagaggagatgaaagaagtggctaaacat
ccaaagaatgccgatgttgggttgaaacctgtgtggtatggctccagagtgctgatcgag
ggtgcagatgcagagaccctgacagagggagaggtggttacattcataaattggggcaat
attatcatcactaaattaaacagaaattcaaatggaaaaattctgtccattgataccaag
ttaaacttagagaataaggacttcaaaaaaaccactaagatcacttggttagcagacact
ccacgtgcaccactcatcccaactgtatgtgttaattatgaacatctaatcactaagcca
gttctaggtaaagatgaggatttcaagcaatatatcaaccaaaatagcaagcaagaagaa
ctgatgttaggcgatccttgccttagggatttaaaaaaaggggacataatacaacttcag
agaagaggattctttatttgtgatcaaccatatgagccagtgagtccttacagctgtaaa
gaagccccatgcattttgatttacattcctgatggacatactaaggaaatgccaacatct
gggtcaaaagagaaggccaaggctgaaagtgcaaagaaagaggctagttcagcagtaaaa
ggaaagtctgctccacttgctggtggtacctctactccaacctgtactgcatctgaagac
catctggttatttacaacagggtgtctgcacagggtgatgtagttcgtgacttgaaagct
aagaaggcagcaaaggaagatattgataaagctgtgaaacagttgctggccttgaaagca
gaatataaagagaagacaggccaggagtacaagcctggaagtcctccaatgtctgtgaat
gaacagtgtgtgtcttcaaagcttcagacctctggtaccctggacagtaaagctctgtat
gataaagtagcagagcaaggagaagttgtccgaaaactgaaagctgagaaagcacctaag
gatcagataggtgctgccgtggacgtccttttatcccttaaggcagaatataaacaacag
acaggccaggagtacaaacctggaagcccacctgtggtctttgaccctgctcagtcttct
cctgtttctactcttccacccccatgtccagtagacagcaaatctctgtacagcaaagta
gctgaacaaggcgaagtggtccgcaaacttaaatcagagaaagcttcaaaggaacaagta
gatgaggctgtgaaagttcttctcaatttaaaagcagaatataaacaaaagacaggtcaa
gagtacaagcctggaaatccacctacaccttctccttgtgtgtcttctgctacacttcca
tcttctgtatgctgcagtaacttgggatcctgtagtttagtggatggcaaagcactttat
gataatgtagctgaacaaggtgaagtggtacgcagactgaaagcagagaaagcttccaag
gatgaaatagatgaagcagtaaaactccttctttctctaaaagctgactataaggaaaag
actggacaggactacaagcccggacatccgccagcagctcaaggtgctttgccccaagca
tcaaatacagcacagagtggtcctgacacacctgaagctaaagcgctatttaacaaagta
gctcttcaaggagatgaagttaggaaattgaaagcagaaaaagcagaaaaggaaaagata
gatgcagctgttaaggaacttcttcagttgaaggcccagtataagtctgttgcaggagtt
gactataaaccagtttctgctagtggtgctgatgacaaagacaagaagaagaaagagaaa
gagaacaagtcagaaaagcagagtaagcaacagaagcaaaacgatggaccgaaaaaagag
cctttgcaaggacagagtggtagtgatctctcctcaagtggatcaggagaaggtcaaggc
cctaagaaacaaaccaggctgggtctagaagctaagaaagaagaaaatcttgcagactgg
ttctctcaggtgatcacaaaatcagagatgatagaatactatgatgtgagtggctgctac
gtgcttcgtccttgggcttatgctatttgggaatctatcaagaacttctttgatgcagag
atcaagaaacttggcgtggaaaactgttacttccccatgtttgtatcccaagctgcgcta
gagaaagagaagactcatattgctgattttgcccctgaggttgcatgggtcacaagatct
gggaaaacagatctggctgaaccaattgctgtacgtcccacaagtgaaacagttatgtat
cctgcatatgcaaagtgggtgcagtcacacagggatcttccaatcaagcttaatcagtgg
tgcaatgttgtgcgttgggaattcaaacatccccaacctttccttcgtacacgtgagttc
ctttggcaagagggtcacacagcatttgcaacatacgaagaagcagcagaggaggtgatg
caaatacttgatctgtatgctcaagtgtatgaagatctcctagcaatacctgttgtgaaa
ggaaagaagacagaaaaggagaagtttgctgggggtgattatacaacaactgtagaagca
tttatatctgccagtggaagagctattcagggagcaacatcacatcacctaggacagaac
ttctcaaagatgtttgaaattgtatttgaagatcccaagaaaccaggagaaaaacagttt
gcatatcagaattcctggggcattacaactcgaactattggtgtaatgacaatgattcat
ggagataacatgggattggtgctcccacctcgagtagcttgtgttcaggtcgtaattatt
ccctgtggtatcacaaattccctttctgaagacgacaaagaggctttattgaagaaatgt
aatgaatatcgtaaaaggctgcttggtgttaatatccgtgtacgtgctgatctaagagac
aactattcacctggttggaagtttaatcattgggaacttaagggtgttccagtcagggtt
gaagtgggaccacgagacatgaaaagccaacagtttgtagctgtcagaagagatacagga
cagaagctgactctttcagaacatgaggcagaagataaactgaagcagattttggaggag
atccacgctaacctatataacagagcttctgaggacctaaaaagtcatatggtggtggcc
aataatatggaagattttcaaaaagagcttgattcaggaaagattgtacaaatccctttc
tgtggggaaattgagtgtgaggattggatcaagaagaccactgccagggatcaagatctt
gagcctggcgccccctccatgggagcaaaaagtctctgcataccttttcagcctctccgt
gaactacagagcggggcaaaatgtgtctgcggcaaaaaccctgccaagttttacacccta
tttggtcgtagttattaa

  All links  
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 (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (60)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (12)   
   Pfam (12)   
All databases (114)   

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