KEGG T04917: 107695575

Sinocyclocheilus anshuiensis: 107695575

Entry

107695575         CDS       T04917

Name

(RefSeq) poly [ADP-ribose] polymerase 14-like isoform X1

K15261

poly [ADP-ribose] polymerase 10/14/15 [EC:2.4.2.30]

Organism

sanh Sinocyclocheilus anshuiensis

Brite

KEGG Orthology (KO) [BR:sanh00001]
09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    107695575
Enzymes [BR:sanh01000]
2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     107695575

SSDB

Motif

Pfam:

Macro PARP WWE NID

Other DBs

NCBI-GeneID:

107695575

NCBI-ProteinID:

XP_016351050

Position

Unknown

AA seq 1817 aa
MATDEFPFALYVEGQWDPRTSKLKNKLTIYFQSKKSDGGDCDVEYPVSGGQTATVRFKSK
EVRQRVLNKQTHELNIGQKTVKITVNLPPSEASVPQESTSSTSIITAGEPQSGEEKEEKV
EPLEETEEDTTPRSAVIENIQNSGQEFLTMLVENILKGSSAESKDFNIEMIPESNCAVVA
FSNSKSAEHFFVSYPNNGIIKKKNMKVRLLEMTSKVKAEGLPPNSNSDLVMLYFDKFGEV
EDDGVTFETDQSAIITFTNLEDVQGVLKEQHQLKKQPFRVLPYYETLQTALYGKDRPTLR
LPEAFIQKIDRAVWHHLKENQKSMDSIKQAMSSHFCEMDFQSSAVKISPSQSLLNNGVQT
RKLIQTWRENVLSEFLSLTSEFKSTEFCIQKDAWTEIQPEIQKAVVGEAVTMVPNVDEGT
ITVAGLKEDMNRIEGILTETVERVTQRIQREKGSETGETSMTPSIYNLVLRDGLEQQICD
KFPEMNITYHVHSRKLTFYGLKHEVLETKNKILQAVLNLIHKPIELHQSVLDFLLFKDVE
EMTNNLFLNKGINVALEADGKRVLLVGKTDNALSVGEKQLQTDLGHLSFSVEDPSVLGRS
DWHDLISHIKNTVTNVTVQTTVNQVVVSGFVDSITNVEQELHNFVQENSQFEKTLKSHKT
VVTFIKDHKKQDWFEEVKGNVNVDFKGEDIVISGSRLHVSKCVLLFEDLLRSVHNCTMKI
VKPGAKKFFKEKELMCVTYVQTNMNCLVQLLDEYDHPHDTVQSLIIKPVYHYKTHEGMEI
TVNKADMCSFQVDAVVGGCKENLLLDGGLVKVLSDAAGPKLQNDCNQTVKKRKLTTGDAV
LLNAGGRLRCKHVILAIGPNYNIYKPQESEKLLKKTVKKSLNLADQESFQSLAIPAISSG
VSGGGFPLDLCADTIVKAIKEFCDFVEEDNTLKKIHLVDNNDKTVQALEAAVKKVYGVSA
LTHSMASGSSSSSQQQNQNQASSSPSQHQTATLFQGASQSFQTKEGLTITLMKGNIEDTT
MDVVVNTLSSDLNLSVGAISNALLKAAGPQLQVLLNQQVTGSANIGAVFETAGANLKNKL
VFHAVVPHWNQGQGNEQKVLEDIMDKCLSLAEQRQQSSILFSAIGTGNLGFPKPLVVCTM
LDSAFKFSSKRSSKHVKEVVFVLHPKDTQTIQVFTDEFSKRFLGQSASASNPTQPQSTGP
FSKVITKSGIHETTVGGVTLQVLNGDITLEKTDVIVNSSNKEFTLKAGVSKAILDKAGPN
VEAECQQLGAQAKSGLIMTQAGNLQCKKIIHISAQSNAGMIQSHVKKALEMCAKEKLTSI
AFPAIGTGKAGLSPGQVADCMLDGILDMIRKTPQSTLKLIRLVVFQAQMLPEFHKSMQNQ
ETGPAKQEQSTWSKIKAYAANVKSFFTGSWEKEIKQHGGKDFVTEGVQVDPVFFSICGPS
QADVDETKRFLEGMIDQEQVFESITDTAILTLSDKDQQRIQDLQSTIDVTIRLEYKANKG
SEETPGQATLIIQGLSRDVLKAIQEIQDMLKTAKEKETLQKEMDYTSELVDWQYEQSGQF
RNFDQRTNFELEKALGKQAANIRISFQGQTYQVTLPEGPAVCTTGGNQMKIRRIDKLKAT
EDIPQYWDGMAHNELCRKFNLQPTSTEYKEVNGLFQATCPSNKVLKIERIQNPGMWRNYQ
NNKSVMEKKNGHQNNEKRLFHGTSEQTISHIEKSGFNRSYAGKNATAYGKGTYFAVNARY
SSNNTYSVPNAQGHKHMYLCRVLTGDYTTGNSTMFVPPAKNASFDQYDTVVDNPNAPTIF
VVFRDDNAYPEYLITFT

NT seq 5454 nt +upstreamnt +downstreamnt
atggctactgatgagtttccattcgctctctatgtggagggccagtgggacccccgcact
tccaaactaaaaaacaaacttaccatctatttccagagtaagaaatccgacggaggcgac
tgtgatgtggagtaccctgtttctggcggacagacagcaactgttcgattcaaatcaaag
gaagtgagacagcgggttctaaacaaacaaacgcatgagctcaatattggtcagaaaaca
gtgaaaatcactgtgaatcttccgccatcagaggcctctgttcctcaggaatcaacctct
tcgaccagcattatcacagcgggtgaaccacagagcggagaagaaaaagaggagaaggtt
gagccacttgaggaaacggaagaagatacaacccctagatcagctgtaattgaaaacatc
caaaacagtggtcaagagtttctgacaatgctggtggaaaatatcctgaaaggatcttct
gctgagtcaaaagacttcaacatcgaaatgataccagagagtaactgtgctgtggtggca
ttttccaatagcaagtctgcagaacatttctttgtatcctatccaaacaatggaataatt
aagaagaaaaacatgaaagtccgattgcttgagatgacttcaaaagtgaaagctgaaggc
ttacctccaaactcaaactctgacttagtcatgctgtattttgacaaatttggagaagta
gaggatgacggggtaacatttgaaacagatcagtcagcaataataacttttacaaatctt
gaagatgtgcaaggagtcctcaaagagcaacatcagcttaaaaagcagcctttcagagta
ctgccatactatgaaacactacaaacagctctatatggtaaagacagacccaccctgaga
cttccagaggcatttattcagaagattgatagagctgtatggcaccacttaaaggaaaac
caaaaatctatggattctatcaagcaagctatgtccagtcatttttgtgagatggatttt
cagtcctcagcagtgaagatcagtccttctcaatccctacttaacaatggtgtgcagaca
agaaaactcattcagacatggagagaaaatgtcctctctgagtttttatcattaacatct
gagtttaaatccactgagttctgcattcagaaggatgcgtggacagagatacaacctgaa
atccaaaaagcagtagtgggagaggctgtcacaatggttcccaatgtggatgaaggaaca
ataactgtagccggcctgaaagaagatatgaacaggattgagggaattctgacagaaact
gttgagagagtcacccaaagaatccaaagggagaagggcagtgagacgggtgaaaccagt
atgactccatccatttacaatctcgttctccgtgatggtttggagcagcaaatttgtgac
aaatttccagaaatgaacatcacataccatgtgcacagccgaaagttaactttttacggt
ctgaaacatgaggtgctggaaacaaagaataagatactgcaggctgttcttaatttgatt
cataaaccaattgagctccaccaatctgttttagattttctgctcttcaaggatgtagag
gaaatgaccaacaatttgtttttaaacaaaggaatcaatgtggcattagaagctgatgga
aagagagttttgcttgttgggaaaacagacaatgcattgagtgttggtgagaagcaattg
cagacagatctgggtcatctgagcttcagtgtagaagatcccagtgttctaggaagatca
gactggcatgacctaatctctcacataaaaaacactgtcacaaatgtcacagtacagaca
actgtcaaccaggtggtggtttctggctttgtagattccattaccaatgttgaacaagag
ttacataactttgttcaggaaaactctcaatttgagaaaactctgaagtctcacaagact
gttgtcacattcataaaagatcataaaaagcaggattggtttgaagaggtgaaaggtaat
gtgaatgtggacttcaaaggtgaagacattgtgatcagtggctcaaggcttcatgtctct
aagtgtgtgcttctgtttgaggacttgcttagatctgtgcataactgcaccatgaaaata
gttaaaccaggggcaaagaagtttttcaaggagaaagagttaatgtgtgttacatatgtc
cagacaaatatgaattgtttggttcagttactagatgagtacgaccacccacatgacaca
gttcaatcactgataataaaacctgtttatcattataaaacacatgaaggaatggagatt
acagtaaacaaagctgacatgtgctcgtttcaagtggatgcagtggtcggtggatgcaaa
gagaacctcctactggatggaggtttagtcaaggtcctctcagatgctgctggtcctaaa
cttcagaatgactgcaaccagactgtcaaaaaacggaagttgacaacaggtgatgctgtt
ctcctcaatgcaggagggcggctgcgatgcaaacatgtcatcttagcaataggacctaat
tataatatttacaaacctcaggagtctgaaaagctcctgaaaaaaactgtgaaaaagagt
ctgaatttggcagatcaagaaagcttccagtctttggcaatcccagccattagctctggt
gtatctggtggtggtttcccactggacctttgtgcagacaccattgtgaaagctataaaa
gagttctgtgattttgttgaagaggacaatacactgaagaagattcacctagttgacaat
aatgataagacagttcaagctttagaagcagcagtgaagaaggtttatggggtcagtgcg
ctcacccacagcatggcatctggaagcagttcaagcagccagcagcaaaaccaaaaccaa
gcaagttcttctccaagccaacaccagactgccacactctttcaaggagcatcacaaagt
tttcagacaaaagaaggtttaaccatcacccttatgaaaggaaacattgaggacacaaca
atggacgtcgttgtgaacactctcagtagtgacctaaatctcagcgtgggagctatttca
aatgcccttctcaaagcagctggtcctcagcttcaggttctgctcaatcagcaagtcaca
ggctctgccaatattggagcagtctttgaaacagcaggtgcaaacctgaagaacaaactg
gtgttccatgctgttgtgccacactggaatcagggacaaggaaatgagcagaaggtgctg
gaggatatcatggataagtgtttgagtctggcagagcaacgtcagcagagctccatttta
ttctctgccattggcacaggaaacctggggtttccaaagccactggtggtctgcactatg
ctggactcagccttcaagtttagcagtaaaagaagttcaaagcatgtgaaggaagtggta
tttgttcttcaccccaaagatacacaaaccattcaggtattcacagatgagtttagcaaa
aggtttttgggccagtctgcctcagcaagtaaccccacacagccgcagagcacaggcccc
ttctcaaaggtcataacaaaatctgggattcacgagactactgtgggaggagtaacactt
caggtcctgaatggtgatattactttagagaaaactgatgtcattgtcaattccagcaat
aaagagtttacactgaaagcaggtgtctcaaaggctattttggataaggctggtccaaat
gtagaagctgagtgccagcaactcggggcccaggctaaaagtggactcataatgactcaa
gcggggaatttacagtgtaaaaagatcatccacatttcagcacaaagcaatgctggtatg
atccaaagccatgttaaaaaggcactggaaatgtgtgccaaggaaaagttaacctccatt
gcattcccagctattggtacaggaaaagcagggttgtctccgggtcaagtagcagactgc
atgttggatggtatactggacatgataagaaaaactccccagtcaactctcaagctgatc
agactggttgtgttccaggcccaaatgctccctgaattccacaaaagcatgcagaatcaa
gaaactggacctgctaaacaagagcagagtacctggtcaaagatcaaagcatatgccgct
aatgttaaatccttcttcactggatcttgggagaaagaaataaaacaacatggtggcaaa
gactttgtcactgaaggcgtgcaagtagatccagtatttttttctatctgtggaccatca
caagcagatgtggatgaaacaaagcgtttcttagagggtatgatcgatcaggaacaagtg
ttcgagtccatcacagacacagcgatacttaccttatcagataaagaccaacagcgaatc
caggacctgcaaagcactatagatgtgactataaggctggaatacaaagcgaataaaggt
tcagaagaaaccccaggacaggccacactgataatacaaggtctcagccgagatgttcta
aaagccattcaggaaatccaagacatgctcaaaacagccaaagagaaagagacactgcaa
aaagaaatggattacacaagtgagcttgttgattggcagtatgaacaaagtgggcaattt
aggaattttgatcaacgtacaaattttgagttggaaaaggcccttggtaaacaagctgca
aacatcagaatttccttccaaggccaaacttaccaggtcacactgcctgagggtccagca
gtgtgcaccactggtggaaaccagatgaaaatcagacgcattgacaaactgaaagctact
gaagatattccacagtactgggatggaatggcacataacgagttgtgcagaaagtttaat
ttgcaaccaaccagcacagaatacaaagaggtaaatggcctcttccaggccacttgtcct
agcaacaaagtcttgaagattgaacgaatccagaatcctggcatgtggaggaactaccag
aataacaaaagtgtcatggaaaaaaagaatggtcatcaaaataatgagaaaagactcttt
catggaaccagtgagcagactatcagtcacatcgaaaagagtggctttaatcgcagctat
gcaggaaaaaatgctacagcatatggaaaaggcacttactttgcagtcaatgcaagatac
tcttctaataacacatactcggtgccaaatgctcagggacataagcacatgtacctctgc
agagtccttacgggtgattatactacaggaaattcaacgatgtttgtgccacctgcaaaa
aatgccagctttgaccagtacgacacagttgtggacaaccctaatgcgcctaccattttt
gtggtattccgagatgataatgcttatcctgaatatttaatcactttcacttag

All links

Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (16)   

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