KEGG   Danio rerio (zebrafish): 562648
Entry
562648            CDS       T01004                                 
Name
(RefSeq) poly [ADP-ribose] polymerase 14 isoform X1
  KO
K15261  poly [ADP-ribose] polymerase 10/14/15 [EC:2.4.2.30]
Organism
dre  Danio rerio (zebrafish)
Brite
KEGG Orthology (KO) [BR:dre00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    562648
Enzymes [BR:dre01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     562648
SSDB
Motif
Pfam: Macro PARP WWE RRM_1 RRM_occluded Mg-por_mtran_C
Other DBs
NCBI-GeneID: 562648
NCBI-ProteinID: XP_017213521
Ensembl: ENSDARG00000112454
UniProt: A0A8M6Z0S6
Position
10:complement(21943088..21954429)
AA seq 1850 aa
MDEYYPIIVEGDWGPEHTKSVKNKLQIHFQSKKKSQGGDCVVKYDERKSATILFKTSDIR
DAVLSQAEHVITIDTQQIKLKVYKPSNVKENKDSTEQKTNQTCANQKPKQIASEAELDVK
KPELDVKKPELSNAVVLENIANHMNQDVLALLVENISGLPENDFSMELIPELQAAVVTFK
NPSAAGKFLEDSKMHEKIKKNNLKVRSLERSTCVRVEDLPAEANEMLLELLFEKWGGPIQ
QIDTIPSEHAAIITFKDEEAKERVLKQQNMISNVPVKMYPYFKSLDMVFYGDNKPHLKLP
EPITVSVHPAIRAFLLKKGLIFSIEDKMSSHFCLINMDKPDVLLSPDPALLKQKGVSRRH
IDGWSKNALDAFKKIISDYTTSEWPVSHALWSKVETDVKAVVKDQVYTDADTSKGVLTLA
GMGHEIIGLKPIMEKILERATNQLKREKNSVTENIEMSPAMYFLLEQDGLKTAASSQLRI
DYFKNMNRLTVSGLQQESLVFKNWVLQKQISMKQKSLKIDPSVLDFLKSVDCDEMSTDLF
LSHRISAVYTIENGDFVVIGSTEQACTEAEKRLNTVLTSKALLVEDHSVLQMPEWQDLKK
QLLEFNTSKKRTVSINVSQRDKVIVTGFRESVIEVSESLEKFIEKHTRIEETVRVKSHAA
VEFIEDRKSQDWQRFMKSDEIKVSFDPKRARIKLSGQRIFVQPAVTFFKGLAESLHMDTL
TIKKAGAKKYFKEQGKMMLLMLLKDKRFVVLLQEDHMLEEDEDRPKEGNFGDFGQASCEV
RMPGGVTVTVRKADICTLSVDAVVNAANEDLKHTGGVAYALLQAAGRCLQEYCDLHIKVN
GRLSPGDAIITEAGRLPCKYVVHAVGPRFRGSDKRTAVQQCLRRAVRESLNQASSKKCSS
IAIPVISSGIFGCPLDLCTESIAKEVRQYIENHNYSGSNSTLTEIQLVDNNDKNVNAMAQ
AVRNEFAAYNPKMAFPHQSKPHEYSNYEHGHRGGGRGRGHGHGHGHENYNQRNHRGHSNR
EFEEQAHSQSGDRTDNSEGLRVLETKTTQDGLKICLYEGNIQDASADVIVNTISEDMDLR
KGAVSKALLQAAGHQLQSEVNRAAKSFRLNTGEIVITDGYNLKCSRVFHVVCPFWSQGSE
DKVLCQIIRNCLKNAETQRMNSIVFPAIGTGNLGFPKDLVAKIILTEVQQFNTTNLRKVT
VIVHPSDKESVQCFISIFRHGYQGPITKEAHQHFKPKKSAQTSGTHGKVSSPSLGVYIMQ
LGQVTLEVSSGDITKEKTDAIVNSSNPSFSLKAGVSKAILDAAGGKVEHECSQIVASQNK
QLREIVTSSGRLPCGKIIHISGCNGLSTIKEVVLSVLKLCESQQFTSIAFPALGTGQGGA
EPGDVADAMVDAVVDFVKKKKPVHVKFVKFLIFQPKMLADFHQSMVRRSGEKVEEEKGLF
TKIKDYFLGESSESSANEEFVMVGEEIEPAVFQLCGETPQDLSEAKEMINNFIIREHLTI
PIHDPAIAYFTREDVEMLNAMQKELTVSIKLERKGQDSVVTMEGLTRDVHTAESRVRDMI
RKVERNESKKREALMIRTIIKWQYQENGQRFENFDMLTNFDLEQAFQNQQPSVKIKINND
EYEADLVSKEAKRRGIRIKLNRVDLEDTAEAASQSSLPSHWENMKGNSVILVKLKAGSKE
YTEVEKEFRRTGLTFKIIEIERVQNSALWRNYMIKMNELEDKNQHKNNERRLFHGTGSDT
TDLINNHGFNRSYAGMHGAMYGKGSYFAVDPSYSAKGYSKPDAKGHKRMYLAKVLVGDFT
RGNSGLLVPPAKSSSSADLYNSVTNDVNNPTMFVIFHDVQAYPEYLITFQ
NT seq 5553 nt   +upstreamnt  +downstreamnt
atggacgaatattatcccataattgtagagggggactgggggcccgaacacaccaaaagt
gtgaaaaataaacttcagattcactttcagagtaagaagaaatctcagggaggagactgc
gtagtgaaatacgacgagaggaagtctgcgacgattctgttcaaaacatctgacattcga
gatgctgtgctctctcaggcagaacatgttatcaccattgacacacaacaaatcaagcta
aaagtatataaacccagcaatgtaaaggaaaataaagacagcactgaacaaaaaacaaac
cagacatgtgcaaatcaaaaaccaaaacaaattgcctctgaggctgagttggatgtgaag
aagcctgagttggatgtgaagaagcctgagttgtcaaatgctgtggtcttagagaacatt
gcaaatcatatgaaccaagatgtcctggctcttttggtggagaacatcagcggccttcct
gagaatgactttagcatggaattaataccagagttacaagctgcagttgtgacctttaaa
aatcccagtgctgcaggaaagttcctcgaggacagcaaaatgcatgaaaaaatcaagaag
aataatctaaaggtgcgttcactggagagaagcacatgtgtgcgggtggaggatcttcca
gctgaagctaatgagatgctgctggaactgttgtttgagaaatggggtggtccaatacaa
caaattgatacaattccatcagagcatgcagccattattacatttaaggatgaagaagcc
aaagagagagttttgaagcagcagaatatgatcagtaatgttccagtcaagatgtatccc
tactttaaatcactggatatggtcttctatggtgacaacaagccacatttaaagctgcct
gaacctatcacagtcagtgtacatcctgccatcagggcattcctcctcaagaaagggctt
attttttctattgaagataaaatgagttcacacttctgcctgataaacatggataaacct
gatgttttgctcagtcctgatccagcattactgaaacagaaaggagtcagcagaagacac
attgatggctggagtaagaatgctttagatgccttcaagaaaattatctcagactacaca
acatctgagtggccggtgtcacatgccttgtggtctaaagtggagactgatgttaaagca
gttgtaaaagatcaggtttacacagatgcggatacctctaaaggggtcctgactttggca
ggaatgggccatgagataattggtctgaagcccatcatggagaaaattttggaaagagca
acaaatcaactgaagagagagaagaacagtgtgaccgagaacatagagatgtctcctgcc
atgtactttctgcttgaacaagatggcctgaaaactgctgcttcttctcaattgcgcatt
gactacttcaaaaatatgaacagacttactgtatctggtcttcaacaagaaagtcttgtc
tttaagaactgggtccttcaaaaacaaataagtatgaaacagaagtctttaaagattgac
ccttcagtcctggatttcctgaaatcagttgattgtgatgaaatgtccaccgatctgttt
ttatctcatagaatatctgctgtctacacaattgaaaatggagattttgttgtgattggg
agcacagaacaagcatgtactgaagcagagaagaggctgaacacagtacttacatccaaa
gccctccttgtagaagatcacagtgttcttcaaatgccagagtggcaggatctcaaaaaa
caactactagaattcaacacctccaaaaagagaactgtgtccataaacgtttcacagaga
gacaaagtgatagtgactggattcagagaatcagtgatagaggtcagtgagagcttggaa
aagttcattgagaaacacactcgaattgaagaaactgttcgtgttaaatcgcatgcagca
gttgaattcatagaagacagaaaatcacaagactggcagcgttttatgaagtctgatgag
attaaagtgagttttgatccaaaaagagcccggattaaactgtctggacaacgcatattt
gttcagccagctgtgactttcttcaaagggttggcagaatctctccacatggatacactg
accattaaaaaggcaggagcaaagaagtacttcaaggagcagggcaaaatgatgctctta
atgctgctaaaggacaaaagatttgtagtgctgctccaagaagatcatatgctggaagag
gatgaggatagaccaaaagaaggtaattttggagattttggccaggcctcttgtgaggtt
cgaatgcctggtggagtaacagtaactgtcaggaaggcagacatttgcactctcagtgtt
gatgctgtggtcaatgctgctaatgaagatctgaagcatacaggtggtgtagcttacgca
cttctccaagctgcaggacgatgtctgcaggaatactgtgatctacacataaaggtaaat
gggcgtttgagtcctggagatgccatcatcactgaagctggtcgtcttccatgtaaatat
gttgtgcatgctgttgggcctcgattcagaggttcagacaaacgtacagctgtgcaacaa
tgcctgagacgtgctgtgagggagagtttgaaccaggcatcaagcaaaaaatgctcctcc
attgcaattccagtgatcagctcaggaatatttggttgtcctcttgatctttgcactgaa
tcaatcgccaaagaggtgcgtcaatacattgaaaatcacaactacagtggctccaattcc
acactgactgagattcaattagttgacaacaacgacaagaatgtgaatgccatggctcaa
gctgtcagaaatgagtttgctgcttataaccccaaaatggctttcccacatcaaagcaaa
cctcatgagtatagtaactatgagcatggacatcgtggaggtggtcgtggtcgtggtcat
ggtcatggtcatggtcatgaaaactataaccaaagaaaccatcgtggtcatagcaataga
gaatttgaagaacaagcacactcacagtctggtgacagaacagataattctgaggggttg
agggttcttgagaccaaaactacacaagacggactaaaaatttgtctgtatgaagggaac
atccaggatgcaagcgctgatgtcattgtcaacactatatcagaggatatggatctgaga
aaaggtgccgtctctaaagcactccttcaggctgctggtcatcagctccagtctgaagtg
aacagagctgctaagtcattcaggctgaatactggtgaaattgtcatcacagatggttat
aatctgaaatgttcccgagtctttcatgtagtttgtccattttggagtcaaggctcagag
gacaaggttctctgtcagatcattagaaactgcctaaaaaatgcagaaacccagagaatg
aattcaatagttttccctgctatcggcactggaaaccttggctttcctaaagatctggtg
gccaaaatcattctgacagaagtccagcaatttaacactacaaaccttcgaaaggtcact
gtgattgtgcacccttctgacaaggagagtgttcagtgctttattagcatcttcagacat
gggtatcagggtcccatcacaaaagaagcacatcaacatttcaagcctaaaaaatcagct
cagacctctggaactcatggcaaagtctcctctccttctcttggggtttacattatgcag
ctgggtcaggtgactctggaggtttcatcgggagacataaccaaagaaaaaacagatgcc
attgtcaactcctcaaatccgtcattttctctaaaagcaggagtatccaaggccatctta
gatgctgctggaggaaaagtagaacatgaatgttcacaaattgtggcatcacaaaacaag
cagcttagagaaattgtgacctcatccggacgactcccgtgtggaaagatcatccatatt
tctggatgcaatggtctatctacaattaaagaggttgttttgtctgttctgaagttgtgt
gaatcacagcagtttacctccattgccttccctgctcttggcacaggtcagggtggtgcg
gaacctggtgatgttgcagatgcaatggttgatgcagttgttgactttgtgaagaagaag
aaaccggtgcatgtaaagttcgtgaagttccttatattccagccaaaaatgctggcagat
tttcaccaaagcatggtgagaagatctggtgagaaggttgaagaggaaaaaggtctgttc
accaaaattaaagattattttttaggggaaagttcagaatcttccgcaaatgaagagttt
gtgatggtgggtgaagaaattgagccggctgtgtttcagctgtgtggagagacaccacag
gacctgagtgaagccaaggaaatgatcaacaattttataatacgggagcatttgaccatc
ccaatccatgatccagccattgcttatttcaccagagaggatgtagaaatgctgaacgcc
atgcagaaggagctcacagtcagtatcaaactagagaggaaaggccaagactctgtcgtt
actatggagggtctgacaagagatgttcacactgcagagagtcgggttcgggacatgatc
cgcaaggtggaaagaaatgaaagcaaaaaacgtgaagcattaatgatcagaactataatt
aaatggcagtatcaggagaatgggcagagattcgaaaactttgacatgctgaccaatttt
gacttggaacaagcctttcagaatcagcagccctcagtgaaaatcaagattaacaatgat
gaatatgaggctgatttagttagcaaagaggccaaaagaagaggaataaggattaaattg
aatagagtagatctggaagatacagctgaggctgcatcccaaagctctttgccttcacac
tgggagaacatgaaaggaaattcagtcattcttgtgaaactcaaagcaggttcaaaggaa
tatacagaagtagagaaagagttcaggagaactggcctaacatttaaaataattgaaatt
gaaagagtccagaacagtgcactttggagaaactacatgataaaaatgaatgaactggaa
gacaaaaaccagcacaaaaacaatgagcggcgtcttttccatggcactggttcagatacg
acagatctgatcaacaatcacggcttcaatcgcagctacgctgggatgcacggtgccatg
tatggaaaaggatcatattttgctgtggacccgagttactcagctaaaggctactctaaa
cccgatgccaaaggacataaacgcatgtacctcgccaaagtgctggttggtgacttcact
cgaggaaattcaggtcttcttgttccccctgcaaagagctccagtagtgctgatctctat
aacagtgtgactaatgatgtgaacaatccaaccatgtttgtgattttccatgatgtacag
gcttacccagaatacctgatcaccttccagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (54)   

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