KEGG   Callorhinchus milii (elephant shark): 103180449
Entry
103180449         CDS       T03088                                 
Symbol
parp14rs3
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP14
  KO
K15261  poly [ADP-ribose] polymerase 10/14/15 [EC:2.4.2.30]
Organism
cmk  Callorhinchus milii (elephant shark)
Brite
KEGG Orthology (KO) [BR:cmk00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    103180449 (parp14rs3)
Enzymes [BR:cmk01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     103180449 (parp14rs3)
SSDB
Motif
Pfam: Macro PARP NID WWE DUF6447
Other DBs
NCBI-GeneID: 103180449
NCBI-ProteinID: XP_042192135
Position
Unknown
AA seq 2715 aa
MAEFPVLVDGLPADLDVDSIRNKLSIYFQSKRKSGGGECEVKVHQDPGKALVYFRVEEVQ
QNVLKKESHKVKLSGSEFIQLRVTLFEEDNPVKKKEFSPRKPATETNSLQASAQNDKTSE
QSSAGASDTPKGDSDQSPAAFMVTSETPISTEVIMLYFENIAEDTKVSEKGKSSWFVICP
SKDGREKILSRKQHKVLGNILTVQAYNTKRELQAFVLKGFDGSARLDHISLYLDNCSGNA
EHSIELLGDDETLVVVFQTEIDSRSFVLNCYQKLFANNRISAEYLQSTDTVYVEGIQPTH
SDDFLRLYFSNQKRSGGGVLAEMSVKRQEGTAILQFEDPKVVRRLVDKDHKETQLTVNPH
YPSLGAPVYRSNDPIPINHLEEFTIAVNPCVLQHLQKERRCIQDLDEIAKSVYCSYTFQG
NHFVLKPSVNENTQLYFKIAKKWRKNVEDKVEEFINRFDYKEESADAELWDKVKNKCRGL
RSPWMDLQYSDQTKKIIMVGKQEIVCETSRKMRDILKKAKDEIEQERTIVEEKIQFARAV
ELAFVFNHIKNDVQEVKLSRSKSPPVLTVKGVKKKVKLALTCINSFQSQLRNRPLGLSPT
LEGFIRTLDLEKVAQIHFVPNNIKATLVLKGKLDILAIEGDVQKAQDKLKQVFGDETLNL
TPEQIAVTEGDGWKVFLGELEAEAKSSSEGCRIELLKNPGSVMLTGFTNMVTDIKIKLCD
YLDKKRLSSQFIPATKEQVDFVENCLDLSELLDLKNQGISLLPVRTLPTGLKVTGTAENL
NTAVSAIKKELLSIQSETFTYDKPGEALALIKQNDSLKVKAGDNGCMCVLEFVTNETSTC
LSKHKLPNGLSLTIWQKDILHQRADAVVCQLCNCSDPVTGVTKAILTATGIDVPEMINDI
KSIMGALTEETALAISAGTLPFKELILAVTPGVGSGVNPVVGNLQSVVMNCLETAEVNQC
QSIAFPTLGRPGSTLDQRVRETLTAILENCKETKSKNKYLQHIHLVEKDGSTANKFKEMA
QMMVVSADSINKVDACLKKSRQMPTTLKQGYVPSVPAMLLLPTVQIAGKTVMLKKGDITQ
ESTEAIVNSNNNSLDLNSGVSGAILKAAGSTVKDECKKIGSQANDGVVVTGGGQLQCLYI
VHMVGPKTAPLITAAVEKTLGKCDQLNIATVAFPAIGTGNAGIDFRVAINAIFVGMENYF
LKNTASSLKTINIVAFETNVHDIFATFFDERQQMSSGGTEGTASVAPSSTLSPASFQFTK
RTMLPTQIKIHETIVEVKQGDITLDTVKAIVNSTNTTLNLNSGVSGAIFTAAGNTVVDEC
KKLGTQPADGVVVTGPGNLNCDHIIHMVGQTSAPTITSSVEKVLKECERLQVTTVSFPAL
GTGAGGLKPEVVIESMLIAFENHLSQTNPSVIKFIYIDIFEPRCSTRWMKKNLVEIKLGK
IKVQLIQGDIIKEKTDAIVNSNNVSLNLQTGVSGAILKAAGKSVVDECQSLGVQNKDSVS
VTKAGNLRVKSILHLSGWTQVKQTKLSIGKVLNQCQNLNISSVSFPAMGTGQGKLNPSNV
VNSMLDAVADYVLEFSQTSLSLIRIVVLRPDVLNEFWQGFAIRFHTLRNIQPVPVQVIQP
VFPIILSASKFQIGTVRVYGTSKAAMAKVRKDLDDIIGQNWCSKTTDFDCAAGLSSDEKQ
KIAELCTKHQLKLEIQEKKIITEGYKEHVLETMLTLNHILQSVKDREGRKEDEAHLKNFV
SWETVQNRKAQPYDTSLNYELEKAYQAKKPSYTYTKNMQSFTVHFDRMEQTDSSKNVVPV
RRKNPDMAQFEFPASWSHMNDQDHLEVVLQVGSAEYTKVANDFTTSCQNIAVKIIQIDRI
QQRRLWQCYSVRKETVDKKYPNVVNEQILYHGTTREIADKLNKLGFNRSFCGRNATVYGR
GTYFAKNAQYSCDNKYSSPSDQGYKYMFQARVITGKMCLGDQSLIEPTPVDPNKDPTNLC
DCAVDSVSNPSIFVIFCDDGAYPEYLITFKMCVIAQRSFLKLDNRTRAREHSIVAGGLTI
WRWTSYGINFSFAAIGYLESAVAPGSTFPCKPGLIVIVALLIVSAIKADLKRKKNVEKYL
EKYLAMSEPTITLQIAGITVMLKQGDITKESVDAIVNTTNKTLDSNSGVSGAILEAAGSS
VKDECKTLGSQPYDGVVVTGGGQLQCLYIVHMVGPTTAALITAAVEKTLRICDHRNIATV
AFPAIGTGNAGIDPRVAINAIFDGMENYLQLNTASNLKTITIVAFDTTAYDSFATVFDEC
LQTYSGSSMGSVQSYSSHQSISLSVYQLGTLPFYPTVQIDGIKVMLKQGDITEESVDAIV
NSTNKTMDLNYGVSGAILEAAGSSVKNECKTLGSQPHDGVVVTGGGRLQCLYIMHMVGPK
TVPFITAAVEKILEKCDQLNIATVAFPAIGTGNAGIDPRVAINAIFDGMGNYLQTNTASN
LKTITIVAFDTKVHDCFATFFDDCLEMSSGSSMGTGSNTPTYQLHSMPAFQSMPELPASW
TPMNGQEYLEVPLQFGSAEYNKVANEFTTSCQNIAVDISQIDRIQNRKLWQSYSVRKQTV
DRKYPNALNEQILYHGTSGEIADKVNKLGFNRSFWGRNAVHYGKGTYFAKNAHYSCDDNY
SSPSDQGYKYMFQTRVITGKMCLGNKSMMEPTPVDPDKDPNDLCDCAVDNISNPSVFVIF
SDDGAYPEYLITFQI
NT seq 8148 nt   +upstreamnt  +downstreamnt
atggcagaatttcctgtgctggtggatggtttgcctgcagatctggatgtggactcaata
aggaataaactttccatttatttccaaagcaaaaggaaatctggaggcggagagtgtgag
gtcaaagtacatcaggaccctgggaaagccttggtgtatttcagagtcgaggaagtgcag
caaaatgttttgaagaaggaatcacacaaggtcaaactttcgggatcggagttcattcag
ctgcgcgtcacgctgtttgaagaagacaatccggtgaaaaagaaagagttcagtcccagg
aagccagcgacagaaaccaacagcctccaggccagcgcacagaatgacaaaacttccgag
cagagctcagcaggggcatcagacactccaaaaggagactcagatcagtccccagctgcg
ttcatggtcacctctgagactccaatttcaacagaggtcatcatgctatattttgaaaac
attgcagaagacacaaaagtctcggaaaaggggaaaagctcctggtttgtcatctgtcct
tccaaagacggccgggaaaagattctctcgaggaaacagcacaaggtgcttggcaacatt
ctgacagtgcaagcctacaatacaaagagagaactccaagcatttgttctgaagggcttc
gatggctcagcgaggttggaccacatctcactgtacctggacaactgcagcggcaatgca
gagcactccatcgaactcttgggtgacgatgaaaccctggtcgttgtatttcaaacagaa
atagactctcgtagctttgtactgaattgttatcagaagttatttgctaacaaccgcatt
agtgctgaatatctgcagagcacagacactgtgtatgtggagggtattcagcccacccat
tccgatgacttcctgcgcttgtatttctccaaccaaaagcgcagtggaggtggagtgcta
gccgagatgtctgtcaaaagacaggagggtactgctattctccagtttgaagacccaaag
gtggtaagaagattggttgataaagatcacaaagaaactcagctgactgttaatccacat
tacccatctctgggtgcacctgtctacaggagcaatgatccgattcctataaaccacctt
gaggaattcacgatcgctgtcaatccctgtgtgttacagcacctccagaaggaaagacga
tgcatacaagatttggatgaaattgcaaagtctgtttattgcagttacacctttcaaggg
aaccactttgttctgaaaccttccgtcaatgaaaatacccaactgtacttcaagattgcc
aagaagtggcgaaagaacgtggaagataaagtggaggaatttatcaacaggtttgactac
aaggaggagtcagcagacgctgagctttgggacaaggtgaagaacaaatgcaggggtctg
agatcgccgtggatggacctccaatactcagatcaaaccaagaagatcattatggtcgga
aaacaagaaattgtttgtgaaacatccaggaaaatgcgggacatcttgaagaaggcaaag
gacgagatagagcaggagagaaccatcgttgaagaaaagatccaatttgcaagggctgta
gagttagcttttgtgttcaatcacatcaagaacgacgttcaagaagtgaagttatccaga
agtaagtcaccgccggtcttaacggtgaaaggagtgaaaaagaaagtcaaactcgctctc
acctgcatcaactcgtttcagtcccagctacgaaacaggcctctgggtctgtccccaact
cttgaaggcttcatacgcactctggatctggagaaagtggctcagattcactttgttcca
aataatatcaaagccactttggtgttgaaaggcaagcttgacatcttagccattgagggg
gatgtgcagaaagcccaagataaattaaagcaggtgtttggagatgagacactcaatctg
acgccagagcaaatcgcagtcactgagggtgatggctggaaggtgtttctcggtgagctg
gaagctgaggccaagtctagcagcgagggctgcagaattgaattgctgaagaacccgggc
tcggtgatgttgactggctttaccaacatggtgactgatatcaagatcaaattgtgcgat
tacctggacaagaagcggctgagctcacaattcatccctgccaccaaggagcaggtggat
tttgtggagaactgcctggatctgtcagagctgctggacctcaagaaccaaggaatatcc
ctactccctgtcagaactcttcccacaggattgaaggtcacagggacggcggagaactta
aataccgccgtttctgccatcaaaaaggagctgttgtcaattcagtctgaaacgttcacg
tacgacaaaccaggagaggctttggctctcatcaagcaaaacgattcccttaaggtgaag
gcaggagacaatgggtgtatgtgtgtattggagtttgtcaccaacgagacctcaacatgt
cttagcaaacacaagctacccaatgggctcagtctgaccatctggcagaaggacatccta
catcagagggctgatgctgtcgtctgtcaactatgtaattgctcggatccagtcaccggg
gttacaaaggcgatcctcaccgctacagggattgatgtgccagagatgatcaatgatatt
aagagcataatgggagcgctgacggaagagactgcactagccatctccgcgggaacctta
ccctttaaagagctgatattggcggtgacaccaggggtggggagtggtgtaaacccagtt
gtgggcaacctacagagtgtggtcatgaattgcctggaaaccgctgaggtcaaccaatgc
caatccatcgcattccccacactaggccggcccggctctaccctcgaccaacgtgtgagg
gagaccctaaccgcaatcctggagaattgcaaagaaaccaaaagcaagaataagtatctc
cagcacatccacttggttgagaaggacggatccacggccaacaaattcaaagagatggct
caaatgatggtcgtttcagcagattctatcaacaaagttgatgcatgtctcaagaaaagc
aggcagatgccaacaactttaaaacaagggtatgtgccatctgtccctgcaatgttgctc
ctcccgacagtacaaatagctggaaaaacagtgatgctgaaaaaaggggacatcactcaa
gaaagcaccgaagccatagtgaattctaacaacaacagcttggacttaaattccggggtg
tctggggcgatactgaaagctgcaggaagtactgttaaggatgaatgcaagaagataggt
tcccaggcaaatgatggtgttgtggtcactggaggtgggcagctgcagtgcttatatatc
gtgcacatggttgggcctaagacggcacctctcattacagcagcagtagaaaagactctc
ggaaaatgtgaccagttgaacattgctactgttgcgttccccgccataggaacaggcaac
gctgggattgatttccgagtcgccatcaacgcaatctttgttggaatggaaaattacttc
ctgaagaatacagcttcgagcctgaaaaccattaatattgtcgcatttgaaacaaatgtt
cacgatatttttgcgacattttttgatgaaagacagcaaatgtctagtggaggcactgag
ggaacagcgtcggtcgcaccctcaagcaccttgtctccggcttcgtttcagtttaccaaa
cgcacaatgctgcctactcagatcaaaatccacgagacaatcgtggaggtaaagcaggga
gacataaccttggatacggttaaagctatagtgaactccacgaacaccactttgaacctg
aatagcggtgtctctggagcaatatttactgctgctggaaataccgtagtggatgaatgc
aaaaaactgggtactcagcctgccgatggggtggttgttacaggacctgggaatctgaac
tgtgatcacatcatacacatggttggtcagaccagcgcgcccaccattaccagctcggtg
gagaaagtgctgaaggaatgtgaaaggctccaagtgacgacagtgtccttccctgcttta
ggcacaggcgcgggaggactcaaaccagaggtcgtgattgagagcatgctgattgcgttt
gaaaaccatctgtcacaaacaaatccgtcggtcattaaatttatttacattgacatcttt
gagccaagatgttcgacccgatggatgaaaaagaatcttgtagaaataaaactcggcaaa
ataaaagtccagctcatccaaggtgatatcataaaagaaaagacagatgccattgtgaat
tccaacaatgttagcctcaatctacaaactggtgtctctggtgctattctgaaagcagcc
ggaaaatcagtggtggatgaatgtcagtcactgggagtgcaaaacaaagacagtgtttca
gttactaaagcaggaaaccttagagtaaaatccatcctacatttgagtggatggacccaa
gtaaaacagacaaagttatccattggcaaagtactgaatcaatgtcaaaatctgaatata
agctcagtttctttcccagcgatgggaacaggacaaggcaagctgaaccccagtaacgtt
gtgaattcaatgctcgatgccgtagctgattacgtgttggagttttctcaaacttccctc
tctctgatacgcattgttgtgctcagacctgatgtactgaacgagttttggcagggcttt
gccattcgttttcacaccttgaggaacatacagcctgtacccgttcaagtgatccagccg
gttttcccgatcatattgagtgcatcgaagttccagattggcacggtcagggtgtacggt
acaagtaaggccgcaatggctaaggttcgcaaggacctggatgatatcatcgggcaaaac
tggtgcagcaaaaccacagactttgattgtgccgcgggtctgtctagcgatgagaagcag
aagatcgcagagctctgtaccaagcatcagctgaaactcgagatccaggagaagaagatc
ataacagagggatacaaggaacacgttcttgagaccatgctaactctcaatcacatactc
caatctgtcaaagatagagagggcaggaaggaggatgaggcacatttgaagaactttgtg
agctgggagactgtgcagaacagaaaggcccagccttacgatacaagcttaaactatgaa
cttgaaaaagcttaccaggccaagaagccaagctacacctatacaaaaaacatgcaaagc
ttcaccgttcactttgacaggatggaacaaaccgactcaagtaaaaatgtagtgcccgtt
agacggaagaatcctgacatggctcagtttgagttcccagcaagctggagtcatatgaac
gatcaggaccacctggaagtcgtcctacaggtcggctcagcggaatacaccaaagtagca
aatgatttcacgacatcttgccagaacattgcagttaaaataattcagatcgacaggatt
cagcaacgcagactttggcagtgttactctgtcaggaaagagacagtggataaaaagtac
ccgaatgtggtaaatgagcagatcctgtatcacggcaccacacgtgagattgctgacaaa
ctgaacaagttaggcttcaacagaagcttttgtggcaggaacgccacagtttatggaaga
ggcacttactttgccaaaaacgcccaatactcatgtgacaacaagtactccagccccagc
gaccagggatacaaatacatgtttcaggcacgagtgataactgggaagatgtgcctgggg
gaccagtcgctaatagaaccaactccagtagatccaaacaaggatccgacaaatctctgt
gactgtgcggtggacagtgtatcaaacccgtccatttttgttatcttttgtgatgacggg
gcttatcccgaatacttaataacctttaaaatgtgtgtcattgctcagcgaagctttctg
aagctggacaacaggacaagggcacgtgaacacagcattgttgcaggagggctaacgatc
tggagatggacttcatacggaataaacttttcatttgctgccataggatacctggagagt
gctgtggctccaggatcgacatttccgtgtaagccgggcctcattgttattgtggcactc
ctgattgtatctgccattaaagctgatttaaagcgcaaaaagaatgtagaaaagtacctt
gaaaagtaccttgcaatgtcagagccaacaataacattgcaaatagctggaataacagtg
atgctgaaacaaggggacatcaccaaagaaagtgtggatgctatagtcaacactaccaac
aagacattggactcgaattccggtgtgtccggggcgatactggaagctgcaggaagttct
gttaaagatgaatgcaagacgttaggttcccagccatatgatggtgttgtggtcactgga
ggtgggcagctgcagtgcttatatattgtgcacatggttgggcctacgacggcagctctc
attacagcagcagtagaaaagactctcagaatatgtgaccacaggaacattgctactgtt
gcgttccccgccatagggacaggcaatgctgggattgatccccgagtcgccatcaacgca
atctttgatggaatggagaattaccttcaattgaacacggcttcaaacctgaaaaccatt
accattgtcgcatttgatacaactgcttatgattcttttgctacagtttttgatgaatgt
ctgcaaacgtacagtggaagctccatgggatcagtccagagctactcctcacatcagtcc
atctccctgtcggtgtatcagttggggacactgccgttctacccgacagtacaaatagat
ggaataaaagtgatgctgaaacaaggggacatcactgaagaaagtgtggatgccatagtg
aactcaaccaacaagaccatggacctaaattacggtgtgtctggggcgatactggaagct
gcaggaagttctgttaagaatgaatgcaagacgttaggttcccagccacatgatggtgtt
gtggtcactggaggcgggcggctgcagtgcttatatataatgcacatggttggacctaag
actgtgccgttcattacagcagcagtagaaaagattctcgaaaaatgtgaccagttgaac
attgctactgttgcgttccctgccataggaacaggcaacgctgggattgatccccgagtc
gccatcaacgcaatctttgatggaatggggaattacttgcagacgaacacggcttcaaac
ctgaaaaccattaccattgtcgcatttgatacaaaagtccacgattgttttgctacgttt
tttgatgactgcctggaaatgtccagtggaagctccatgggaacaggttcgaacaccccc
acatatcagttacactccatgccggcgtttcagtctatgcctgagctcccagcaagttgg
actcccatgaacggtcaggagtatctggaagttcccctacagttcggctcagcggaatac
aacaaagtagcaaatgaattcacgacgtcttgccaaaacattgcggttgacataagtcag
atcgacaggattcagaatcgcaaactttggcaaagttactctgtcaggaagcagacagtg
gataggaagtatccgaatgcgttaaatgagcagatcctctatcacgggacctcaggcgaa
attgccgacaaagtgaacaagttaggcttcaacagaagcttttggggcaggaacgctgta
cattatggaaaaggcacttactttgccaaaaacgcccactactcatgtgacgacaactac
tccagccccagtgaccaaggatacaaatacatgtttcagacacgagtgataactgggaag
atgtgtttggggaacaaatcaatgatggaaccaactccagtagatccagacaaggatccg
aatgatctctgtgactgtgcggtggacaacatatcaaacccgtccgtttttgttattttt
tctgacgatggggcttatcccgaatacttaataacctttcaaatataa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (66)   

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