KEGG   Rattus norvegicus (rat): 303903
Entry
303903            CDS       T01003                                 
Symbol
Parp14
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP14
  KO
K15261  poly [ADP-ribose] polymerase 10/14/15 [EC:2.4.2.30]
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    303903 (Parp14)
Enzymes [BR:rno01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     303903 (Parp14)
SSDB
Motif
Pfam: Macro PARP WWE RRM_occluded
Other DBs
NCBI-GeneID: 303903
NCBI-ProteinID: NP_001178588
RGD: 1310490
Ensembl: ENSRNOG00000023334
Position
11:78408134..78440201
AA seq 1787 aa
MAASGPFPLLVEGSWGPDPPKNLINKLQMYFQSRKKSGGGECEVVPEPGNPARFLVLFSP
EDVRQNVLEKENHELVWQGKGTFKMTVQLPADPGQASVSKKAIPEEESKTKEDAVKPGDL
DTTPSPSSRSEEMEDVPKECENISSMVAFEQLPEKVSEMVLTFLVENISGLPSDDFKVEL
IRDFAVAVVTFQKPIDTKKFIIDCISHRSNQQLQLVPRLLETTNVVRVENLPPGVDDYQL
QLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTIMAKKHSFNKMPLSVFPYYPSL
GTALYGEEKPLVKLPASFQESLDLPLWKFFQKNDHLMEEINDEMRHCHCELTWSEINGKL
TVRPAATLVSHRPSIKTWQRDASAALSGIRSKYDVMVFEVCSPVWDIIKHELGDDRVLIE
FEKESLNVAGKSEDVQGISQQIRELIERTTEKLRREEQSLEEKVAISSGKHFLLYHSGFL
KDLSKEYPEMEISYDATAQYLCIKGLRADVYKVKCEIQEKVFSMAQKNVPVSSEVFRFLQ
QVDGQRLSNALFKAQNILATYELKDNALFLIGSSPKDLAEAEAKMLSALSHKHIEVEDKE
VLRSNVWKKKIHPLQKRHGSYAAIMVKNELTSGVPAEVVIAGCVKEVNEIHRQLFEFLEN
HMKVERVVKIDPPLIIDYLKTDKRLLSKTKKANVSVSFKTKDDPNSILLLGSKSKVLECL
DTVKEIRDSVCVRKFQTDKAGARHFFQDKEFYYKMEIRRLYGCIVELKEGEEGEEDSLKE
QKCYLQRDIGPGVTLIVHEGDLSLFPVDVVVNAANESLKHIDGLAGTLSKAAGPSLQAEC
DLIVKKGGMVPPGNAVISKAGKLPCRYVIHAVGPRWKGDKVLECVNLLKKAVKQSLTLAE
EYKCQSIAIPAISSGIFDFPLDLCVASIASAIKDNVQQKQNTHSVKKIYLVDVSAKVAKA
FAEAVKTTYRDILSPASVKALVPPGKMPQKQGKLLVSPEGLNIRLIEEGVQNAEAHAIVN
SVSSDLILNKGPLSQAFLESAGPELQEELTKAGQGVSVSVGTVLQTSGCNLNSRSIFHVV
TPPWKSNNSEWSLKIMKNIIRDCLRTTEDLSLQSIAFPAIGTGNLGFPKPEFAKLIISEV
LKFSSRNQLKTLQEVQFLLHPKDHENIQAFLDEFDKRSNGDPSSKNPKAEDTQGIYGSLS
SPTLGVHEMNIGPILFQVATGDIIKEVADVIVNSTSCTFNLKSGVSKAILEGAGQNVEQE
CSRLAQQGKEYIVTGGGLLKCKSIIHVDGGNDVKRSVSCILEECEQRSFSSICLPAIGTG
SAQQDPKVVAKAVLDAIEEFVQKKSVQAVKRVKVVIFQPHILQFFYDNMKEREGSPAPVK
PSVMSKIASFLGFPTQASPPKNTLVLEKKIELTVFQICGPGVDSVEGTISWLKSLITKEQ
FSFTNEDECVRDFDTEEYRKLNEMQKRLNIIIELNQKKPLIKVSGISRDVVEARDEIDNM
VKSIRLAKEKENQADYVSTFVEWQYIANNTTRCFDKIANMQLEDAWKAKKKHTVVKIQNQ
DFTVDLSTNTATAPQGLSFTVQRLLKAEAEIPANWSDMKQNKLLVVSLQTSDAEYTMVSR
AFHQTCPNFVIEKIERIQNPALWRRYQAYKKIMDEKNGNVINEKQLFHGTEFGSLAQLNS
NGFNRSYAGKNATAYGKGTYFAVNASYSAHDTYSKPDANGKKYMYYVRVLTGNYTQGNAS
LIVPPSRDPQNATDLFDTVADNVINPSIFVVFYDNQAYPEYLITFRK
NT seq 5364 nt   +upstreamnt  +downstreamnt
atggcagcgtcgggtcccttcccgctgctggtcgagggctcttggggtcccgaccccccg
aagaacttgatcaacaagttgcaaatgtacttccagagccggaagaaatctggaggaggg
gagtgcgaggtcgtcccggagcccgggaacccagcacgcttcctggtgctcttctccccg
gaggatgttcggcagaatgttctggagaaagagaatcatgagttagtgtggcaaggaaaa
ggaacattcaaaatgaccgtccagttgcccgcagacccagggcaagcctcagtctctaag
aaggcaattccagaagaggagtccaagacaaaagaagatgctgtgaaaccaggtgatttg
gacacaacaccttctcccagcagcagatcagaagaaatggaagatgtcccaaaagaatgt
gaaaatatttcctccatggtggcatttgaacaactgcccgagaaagtatcggagatggtg
ctgaccttcctggtggagaatataagtggcctccctagtgatgattttaaggtggaattg
atccgagatttcgctgttgctgtggttacctttcagaagcctatagataccaaaaaattt
attattgattgtatcagccaccgctcaaatcaacaactccaacttgtcccgagacttctg
gaaacgaccaatgtagtgagggtggagaacctgcctcctggggtggatgattaccagctg
caactcttctttgaaaaccctttcaacgggggtggtagggtcgcccgagttgagtgtttc
cccgaagagagttcggcgctggttgagttttgtgacagcaaagtgttagacaccattatg
gccaagaaacacagtttcaacaagatgccgctgtctgtcttcccatattacccctccctg
ggcacagccttgtatggtgaggagaagcctctggtcaagcttccagcatctttccaggag
tccctggatcttcctttgtggaagttctttcagaaaaatgatcatctgatggaggagata
aatgatgaaatgaggcactgtcactgcgagctgacgtggtctgaaatcaacggtaaactg
accgtcagaccggccgccaccttagtcagtcacagaccgagcatcaagacctggcagagg
gatgcgtccgcagcactctctggcatcaggtctaaatatgatgtgatggtgtttgaagtg
tgctcgccagtatgggacatcataaagcatgagttaggagatgacagggttttgattgag
tttgagaaggagagtctgaatgtagcaggaaaatcagaagatgtccaaggcattagccag
caaatcagggaactaatagagcgcaccactgaaaagctcagaagggaagagcagagtctg
gaggagaaagtggccatttcctcgggaaagcattttcttctgtaccacagtggcttcctg
aaggatctaagcaaagagtacccggagatggagatctcttacgatgccacggctcagtac
ctgtgcattaaaggcctccgtgcagatgtgtacaaagtaaagtgtgaaatccaagaaaag
gtgttttccatggctcagaaaaatgtcccggtttcttccgaagtcttcagatttctgcag
caagtagacggtcagagactctccaatgctctgttcaaggctcagaacattcttgccaca
tacgagctgaaagataacgctcttttcttaattggaagttctcccaaagatctggcagaa
gctgaggccaaaatgctcagtgctttaagtcataagcacattgaagttgaggacaaggaa
gttctgagaagtaatgtgtggaagaagaaaattcaccctctgcaaaagagacacggctcc
tacgcagccattatggtcaagaatgagttgacgtcgggagtcccggctgaggtcgtcatc
gccggctgtgtgaaagaagtcaatgaaattcataggcagcttttcgagtttttggaaaac
cacatgaaagttgaaagagtggtcaaaatcgatccacccttgattattgactatttaaag
acagacaagaggctactgtcaaagacaaagaaggcaaatgtgagtgtgagtttcaagact
aaagatgatccaaacagcattttgttacttggctccaagagcaaagttctagagtgcctg
gatacagtcaaggaaatccgggattcagtctgcgtcagaaaattccagactgacaaagcc
ggtgccaggcacttcttccaggataaagaattctattacaaaatggagatcagacgtctg
tatggatgcatcgttgaactgaaggagggtgaagagggggaggaagacagccttaaggag
cagaagtgctacttacagagggacataggccctggggttacactgattgtccacgaggga
gacctgagtctgtttcctgttgatgtggtagtgaacgcagccaatgagagccttaagcac
atcgatggcctcgcgggcactctctcaaaggctgcgggccccagcctccaagcagaatgt
gacctgatcgtgaaaaagggaggcatggtcccacccggcaatgctgttatctcaaaagca
ggcaagctcccttgtcgttatgtcatccatgccgtagggcctcgatggaagggagataag
gtcctggagtgtgtgaacctcctgaagaaagctgtgaaacaaagtctcactttagctgaa
gagtacaagtgccagtccatagccataccagcgatcagctctgggatctttgattttccc
ttagacctgtgcgtggcatccattgcttcagccatcaaggacaacgtccaacagaagcag
aacacgcactccgtgaaaaagatttatctggtggacgtatctgcaaaggttgccaaggcc
tttgctgaagctgtcaagactacatatagagatatcctttctccagccagtgttaaagca
ttagtaccacctgggaaaatgccccagaagcaaggcaagctgctggtgtcaccagaaggc
ttgaacatccgcctgattgaagaaggtgtgcagaatgctgaggcccatgccattgtgaac
tctgtttcctcggatcttatactcaacaaaggacccctttctcaggctttcttggaaagt
gctgggccagaactccaggaggaattgaccaaggcaggacaaggggtctctgtcagtgtg
ggtacagttcttcaaaccagcggctgtaatctgaacagccgctccatcttccacgtggtg
accccaccatggaaaagcaacaacagcgagtggtcactaaagatcatgaaaaacatcatc
cgtgactgtctgaggaccaccgaggacctgtctctacaatccattgcatttccagcaata
ggaacgggaaatctggggtttcctaaacccgaatttgctaaattgataatttcagaagta
ctcaaattcagtagcaggaaccaactgaagactttacaagaggttcagtttctgctgcac
cccaaggaccatgaaaacattcaggcatttttagatgaatttgacaaaaggagtaatgga
gatcctagtagcaagaatcccaaggctgaagacacacaaggtatctatgggagtctttcc
agccctactttaggagtgcatgagatgaatattggcccgatcctcttccaagtggccacc
ggggacatcatcaaagaagtggcagatgtgattgtcaattccacatcatgcacgtttaat
ctcaaatcaggggtctccaaagcaattttggaaggtgcaggacaaaatgtggagcaagag
tgttctcgcttggctcaacagggtaaagagtacatagtcactggaggtggattattgaaa
tgtaagagtattattcatgttgatggtgggaatgatgtcaagagatcagtttcctgtatt
ttggaagaatgtgaacaacgcagtttctcatccatttgtctaccagctattggcacagga
agcgctcaacaggatccaaaggtagtagcaaaagcggtattggatgccattgaagaattt
gtccagaagaaatcagtgcaggctgtgaagagagttaaagttgttatcttccagccccat
attctgcaatttttctatgacaacatgaaagaaagagaaggttctccagctcctgtcaag
ccgtcagtgatgtctaagattgcctccttccttggctttccaacacaagcttcaccccca
aagaacaccctggttttggaaaagaaaattgagctcacagttttccagatatgtggccca
ggtgtagacagtgtggaaggtacaatctcctggctaaagagtctgattaccaaagagcag
ttttccttcaccaatgaggacgagtgtgtcagagactttgacaccgaggagtacaggaaa
ctgaatgagatgcagaagaggctgaacatcatcattgagctgaaccagaagaaacctttg
attaaagtctcaggaatcagcagagacgtggtagaagctagagatgagattgacaacatg
gtcaagagcattagattggctaaggaaaaggaaaaccaggcagactacgtctctacattt
gtggaatggcaatatattgctaataacaccacacggtgttttgacaagatagccaacatg
cagttggaggatgcatggaaggcaaagaagaagcacactgttgtcaaaattcagaatcag
gacttcacggtggacttgagcacaaacacagccacggctccccaaggactgagtttcact
gtccagcgactcctcaaagctgaagctgaaattcctgccaattggagtgatatgaagcag
aacaaattgcttgtggtgagtctgcaaaccagtgatgccgagtacaccatggtatccagg
gccttccatcagacctgcccaaactttgtcatagagaagattgaaaggattcaaaatcca
gctctttggaggaggtaccaggcgtacaaaaaaattatggatgaaaagaatggcaatgtg
ataaatgagaagcaactcttccatgggacggagtttggctctctggcacagctcaacagt
aatggatttaaccgcagctatgctgggaagaacgctacagcctatgggaaaggaacctat
tttgcagtcaatgcttcctattctgcccatgacacatattccaaaccagatgccaatggg
aaaaagtatatgtattatgtgcgggtcctcactggaaactacacacaaggaaacgcatca
ctgattgtgcctccttcaagggaccctcaaaatgctactgacttgtttgacactgtcgca
gataatgttataaatccgagtatatttgtagtgttttatgacaatcaagcataccctgag
tatcttatcacatttaggaagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (13)   
   RefSeq(nuc) (1)   
   GenBank (6)   
   EMBL (6)   
Protein domain (4)   
   Pfam (4)   
All databases (28)   

Download RDF
DBGET integrated database retrieval system