KEGG   Pelodiscus sinensis (Chinese soft-shelled turtle): 102456104
Entry
102456104         CDS       T02980                                 
Symbol
PARP14
Name
(RefSeq) poly [ADP-ribose] polymerase 14 isoform X1
  KO
K15261  poly [ADP-ribose] polymerase 10/14/15 [EC:2.4.2.30]
Organism
pss  Pelodiscus sinensis (Chinese soft-shelled turtle)
Brite
KEGG Orthology (KO) [BR:pss00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    102456104 (PARP14)
Enzymes [BR:pss01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     102456104 (PARP14)
SSDB
Motif
Pfam: Macro PARP NID DUF4283 WWE
Other DBs
NCBI-GeneID: 102456104
NCBI-ProteinID: XP_006137712
Ensembl: ENSPSIG00000003516
Position
Unknown
AA seq 1916 aa
MEGEAQYPFPVRVEADWGGPGLPKSLRKKLLCYFQSAKRSGGGECEIQERPGQVLACFAQ
QEARQRVLNKKNHELDCAAKGKLKLVVSQLETTGATQKDVPGEVPAPKEESATPSKLQEP
VCSDDGNSTCAEQENRTGNLGKEMPSSEQSTVAIVTAPGEEIDDELVSMYFENKMRSGGG
PIKSCVRNNQQIIITFENAEDAQEVLKKKDHSVKKIALQVKPWQVENIQELPQMASSLVV
LENIQETTKQYMLTMLVENISGLSEEDNDFNVEMIPEINAAVVKFIKDMDIGEFIGKFNQ
NRRAKQQNIMARHLEVTNSIKAENVPPNTLSDYITIYFESPRNGGAQVSEVQLFAEENSA
IITFLYQKDVNIVLEKQHSFHKVPISVYPYYSSLGTALYGKERPQIKMPEPITVSLDPYI
WQFLQTDNRLIQEINHEMADCKCELTWPLSNCAKPEVRLCPSNALSKQRSMIRLIKTWNE
DVSKKFSWCISKYKAIKCEIISMVWEAIRNSLVKDGVLIIPDIPKNMIVLVGDSAILKDA
EQEVKELIENAREKIEREKQSIEQTMSLDLGKYAILHSTGLEENVHKEYPSLKISYDAAS
KSISLCGLAAEVFKVKSEILEKVHSMAHKSIHVHPYVFQFLQQVDNKTLSQNLFISNRIN
AFYELVTDSIMLIAGSPGVLLEAEEELKKDLIYKCIDLEDNSILKKREWKELKDHFYKAH
NCSKETIIINELEDQIVIAGHFRAVEAAYQQLSDFVDKHTEVQKVVMTKSVAVVMFVEKE
KSNVWLEIKKKGVRIEFGTQNTHKGISLKGPRVEVFQAVTKIEQILSSLYTENMVIDKPG
AKVCFKEQELLYVTGVKQKFNCLIRLQAEGEEQKDDEVSNVYKKQGQSYCEMTLQDGVVV
AVYKGDLCSHPTDVVVNAANEDLKHIGGLAEALSQAAGPELQTECDRIVQKRGPLQPGRA
LITDAGKLPCKQVIHAVGPRWRDHEVEKCVYLLKRAVKESLRLAETYNHHSIAIPALSSG
IFEFPLQLCAQSIALSIKETLEESPGESCLKKIHLVDSSEKTVQALTDALKEVFREKSPQ
HSSSTQSKAAFKPRKSRNAHSPKDLKMVVTDEGLSIIVEKGGIEDATTDIIVNSVAQDLQ
LDKGPLSRALLSKAGPKLQAQLSEEGLKQVASEGSVFKTDGCNLGCRFVLHAIVPGWKNG
QESGQKLLRDIIMECLQIAEQLSLNTITFPAIGTGNLGFPKSIVAKLMFDQVFKFSSRKN
LKSLQEVHFVLHPDDTDNIQAFSAELQSRANGNITNVKVHKTLPESVQQGQAFFGPITTP
RQDVHEMQIGSIIFQIASGDITKEKVDVIVNISNKLFNLKAGVSKAILESAGPQVEAECA
ELALQPHNDLITTQPGNLACKKIIHLVAQNDTKSLVSKVLEECELKNYTSVAFPAIGTGQ
AGFDPGVVANNMMDAVVEFASDKSVQSVKTIKIIIFQPQLMSVFLASMQKREGTTNIPEA
STSESLFSKVVSFFGFGKRTTEKKQAVVLQKKFELTIFQICGESQKNVKDAVSWIKNLIL
KEQHENTISDEWISSFDEQEYKQLAELQKKLLIVIQLECKEPVPFIRISGVTKDVLRASL
EIQDMIRRVREVQEEQSKAELLSNLVEWQYFKDNQYLPFDKITNLRLEDAAAVSQREIDI
TFKRKHYKVNMVAKRAIDDQGKGMAIQRVSKDEGNVSVALPADWCDMNKERVKVVMLHPE
MKEYQDVHTQFQQTCANFKIEKIERIQNPYYWRAYQIKKQEMDSKNGHTNNEKLLFHGTT
STSLTVINNKGFNRSYAGMNAACYGNGTYFAVNADYSARDTYSQPDGNGKKYMYLARVLV
GEYCVGKTGLITPPSKNNTDPTDQFDSVTDKINNPSMFVIFNDIQAYPEYLITFTK
NT seq 5751 nt   +upstreamnt  +downstreamnt
atggaaggggaggcgcagtaccccttccccgtgcgggtggaggcggactgggggggcccg
gggctccccaagagcctgcggaagaaactcctgtgctacttccagagcgcgaagcgatcc
ggagggggcgagtgcgagatccaggagcggcccggccaggtcctggcttgcttcgcccag
caggaagcgaggcagcgagttcttaacaaaaagaaccatgagcttgactgcgcagcaaaa
ggaaaattaaagctggttgtctcacagcttgaaacaacaggtgcaacccaaaaagatgtg
cctggggaagtaccggctcctaaggaggagtctgcgacaccaagcaaactccaagaacca
gtctgctctgatgatgggaattctacatgtgcagagcaggaaaacaggacggggaatttg
gggaaagagatgccatcctctgagcaatccactgtagcaatcgtcactgcaccaggggag
gaaattgatgatgaacttgtaagcatgtactttgaaaataaaatgcggtcaggtggagga
cccatcaaatcctgtgtcagaaataatcagcaaataatcatcacctttgaaaatgctgaa
gatgcacaagaagtcttgaaaaagaaggatcactcagtaaagaaaattgcactccaggtg
aaaccatggcaagtggagaatatccaagaactcccacaaatggcttcatctctggttgtt
cttgaaaatatacaagaaactacaaaacaatatatgttaactatgttggtggagaacatc
agtggcttgtcagaagaagacaacgacttcaatgtggaaatgatacctgaaataaatgct
gctgtagttaaatttatcaaagatatggatataggggaatttattggaaagttcaaccaa
aaccgtagagcaaagcaacaaaatattatggcacggcatcttgaggtgacaaacagcatt
aaggctgaaaatgtaccacctaacacacttagtgactatataactatctactttgaaagt
ccaagaaatggtggtgcacaagtgtcagaagttcagctgttcgcagaagaaaattccgct
attattactttcctttatcagaaagatgtaaatattgtcttggaaaagcagcattcattc
cacaaagtgccaatttctgtgtatccatactacagttctttgggtacagctttatatgga
aaggaaaggccacaaataaagatgccagaaccaattacagtgtccctggatccttatatc
tggcagtttttacagacagataatcggctaatccaggaaataaatcatgaaatggcagat
tgcaaatgtgaactaacatggcctctatccaactgtgcaaaaccagaagtaagattgtgt
ccctccaatgccttatctaaacaaagatcaatgatcaggttgatcaagacatggaatgaa
gatgtttctaaaaagttctcatggtgcatatcgaagtacaaggccattaaatgtgaaata
atttcaatggtgtgggaagccataagaaacagcttggtaaaggatggtgttttgattata
cctgacattcccaagaacatgattgtcttagtaggtgactcagcaattttgaaagatgca
gagcaagaagtgaaggagctaatagaaaatgccagggaaaagattgaaagagaaaagcag
agcatagaacaaactatgtcacttgacctaggaaagtatgcaattttacacagtactggg
ttagaggagaatgttcacaaggagtacccctctttgaagatatcttatgatgcagcatca
aaaagtatcagtctatgtggattggctgccgaagtatttaaagtcaaaagtgaaatacta
gaaaaagtgcacagcatggcgcacaaatcaatccatgtccatccttacgttttccagttc
ctacaacaagtagataataaaactttgtcacagaacttatttatttcaaatcgaattaat
gccttttatgagcttgtcactgatagcataatgctgatagcaggttctcctggagttctt
ctagaagcagaagaagaattgaagaaggatttgatttacaaatgcattgacctggaggac
aattcaatcctcaaaaagagagaatggaaggagctaaaggaccatttttataaggcacat
aattgttccaaggaaacaataataattaatgagttggaggatcaaatagtcattgctggt
catttcagagcagtagaagcagcatatcagcaactttctgattttgtggataaacacact
gaggtacaaaaagttgtcatgacgaagtctgtggcagttgtaatgtttgtggagaaggaa
aagtccaacgtgtggcttgaaataaaaaagaaaggtgtgagaattgaatttggcacacaa
aatacacataaaggtatttccctgaaaggaccgagagtggaggtgtttcaggcagtcacc
aaaattgaacaaattctgtcgtcattatatacagaaaatatggtaattgataaaccgggg
gccaaagtgtgtttcaaagaacaagaactcttgtatgttacgggggtgaaacaaaaattt
aactgtctgatcaggctgcaagctgaaggagaagaacaaaaagatgatgaagttagtaat
gtgtataagaaacaaggccagtcctactgtgaaatgaccctgcaagatggggttgtagta
gcagtttataaaggggacttgtgcagtcatccaactgacgtggtggtgaatgcagcaaat
gaggacttgaagcatatcggtggccttgctgaggcactttcacaagctgcagggccagaa
ctacaaacagaatgtgaccgtattgtgcagaagcgaggccctttgcagcccggccgtgct
cttattacagatgctgggaagctcccatgtaaacaggtgattcatgctgttgggcccagg
tggagggatcatgaagtagaaaagtgcgtgtacttgttaaaaagagcagtaaaggaaagc
ctacgcctggctgaaacgtacaatcatcattccatagccatccctgctctaagctctggg
attttcgagttcccgttacaactgtgtgcgcagtcaattgcactgtctatcaaggaaacc
ttggaagagtctccaggggaaagctgcctgaagaagatccatcttgtggactcttcagag
aaaacagttcaggctctcactgatgccttgaaagaagtgtttagagagaaatcaccccaa
cacagttcatcaacgcagtctaaagcagcctttaagcccagaaaaagcagaaatgctcac
agcccaaaggatctcaagatggtggtaacagatgaaggattaagcatcatagtagagaaa
ggaggcattgaagatgctacaacggacatcatcgtaaacagtgttgcccaagatctacag
cttgataaaggtccactctctagagccttgctgagcaaggcaggcccaaagctccaagca
caactgtctgaagaaggcctaaaacaagtagcgagtgaagggtctgtgttcaaaacagat
ggatgcaacctgggctgccgttttgtgcttcatgccattgttcctggatggaaaaatggg
caagaatctggacagaagctcctaagagacatcatcatggaatgtcttcagattgctgag
caactgtctttaaataccatcacattcccagcaattggaactgggaatttagggtttcct
aagtccattgttgccaaattaatgtttgaccaggtgttcaaattcagtagtagaaaaaat
ttgaagtctcttcaggaagttcactttgtgttgcatccagatgatacagataatattcag
gcattttcagctgaactgcaaagtagagcaaatggaaatattaccaatgttaaagtgcac
aagactctgccagaaagtgtccagcaaggacaagctttctttgggcccattacaaccccc
agacaggatgtgcatgaaatgcagattggttccattatattccaaatagcaagtggagac
attaccaaggaaaaagtagacgtcattgtaaacatttcaaataaattgtttaacctcaaa
gcaggtgtctccaaggcaattctagaaagtgctggaccacaggttgaagcagaatgtgct
gagctagccttgcaacctcacaatgacttgataactacgcaaccaggaaatctggcatgc
aaaaaaatcatccatcttgttgcccagaatgataccaagtctttggtctccaaagtgctc
gaggagtgtgaactgaagaactacacatctgttgctttcccagcaattggaacaggtcaa
gcaggttttgacccaggagtagttgctaataacatgatggatgcggtagttgaatttgca
agtgataaatccgttcaatctgtgaaaaccattaaaattatcatcttccagccacaactg
atgagtgtgttccttgcaagtatgcagaaaagagagggtactactaatatacctgaagca
tctacatcagagtccttgttttcaaaagttgtttcattctttggctttggaaaacgtact
acagaaaaaaagcaagcagtggttttgcagaagaaatttgagctaaccatttttcagatt
tgtggtgaaagccaaaaaaacgtgaaagatgctgtatcctggattaaaaacttgatttta
aaggaacaacatgaaaacactatctcagatgaatggatttcaagttttgatgaacaggaa
tataagcaactggcagaactccaaaagaaattgcttatagtcattcagctggaatgcaag
gagcctgtgcctttcattcgaatttctggtgttaccaaagatgtcttacgtgctagcttg
gaaattcaagacatgatcagaagagttagagaggttcaagaagaacagtccaaggcagaa
cttctcagcaacctagtggagtggcagtatttcaaagataaccagtacctgccttttgac
aaaataaccaatctacgcttagaagatgctgcagccgtaagccaaagagagattgacatc
acctttaagagaaaacactataaagtgaatatggtagccaaacgtgctatagatgaccaa
gggaaagggatggccattcaacgagtctcaaaagatgaaggaaatgtgtcagtagctctc
cctgcagattggtgtgatatgaacaaagaacgtgtcaaagtggtgatgctacatccagaa
atgaaagaatatcaggatgttcatacacagtttcaacagacatgtgcaaatttcaaaatt
gaaaagattgaaaggatacaaaatccatactactggcgggcctaccaaataaaaaagcag
gagatggattccaaaaatggccacaccaacaatgagaagcttctgtttcatggaacgacg
agtacctcattaaccgttattaataacaagggatttaatcgcagttacgccggaatgaat
gctgcatgttatgggaatggaacttactttgctgtcaatgccgattattctgcccgagat
acctactctcaaccagatggaaatgggaaaaaatatatgtacctggcccgagtcctagtt
ggagaatattgtgttggaaaaacaggactaattacaccaccatcaaaaaacaacactgat
cctacggatcaatttgatagtgtaactgacaagataaacaatccatcaatgtttgtcata
tttaatgacattcaggcttacccagaatatcttattactttcactaaataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (5)   
   Pfam (5)   
All databases (54)   

Download RDF
DBGET integrated database retrieval system