KEGG   Anas platyrhynchos (mallard): 101798744
Entry
101798744         CDS       T02816                                 
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP14 isoform X1
  KO
K15261  poly [ADP-ribose] polymerase 10/14/15 [EC:2.4.2.30]
Organism
apla  Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:apla00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    101798744
Enzymes [BR:apla01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     101798744
SSDB
Motif
Pfam: Macro PARP WWE RRM_occluded
Other DBs
NCBI-GeneID: 101798744
NCBI-ProteinID: XP_005017619
Ensembl: ENSAPLG00000010062
EnsemblRapid: ENSAPLG00030029582
Position
7:complement(16358777..16381982)
AA seq 1828 aa
MAGPQVATFPLLVRGDWGEGEPPAALRKKLLLYFQSHKRSGGGECELQGGPGHLLVCFAH
PDVKQRVLERQTHELDLGTQGKLKLIVTELETAVATKEEAYEEKIVHKKAPDAMSNLQRK
DVEVLQKTESSLPDRDLQERPHSVEHTAEKSAEMSSSVVLENVQECTEKYINMLLENISG
LAVDDEFIVEMIPELNVAVTTFLKNIDTQEFVNKCEKNKRFKKLNMTARLLEVTCSIKAE
NIPDNISTDYITVYFESARSGGGPVSDIQLLPEENAAIITFCDHKDVKTVLEKQHLLEQM
PVSVHPYYHSLGTALYGEERPVIKMPDPVVVPLDAYVWQFLQRQDRLIQDINQEMAICHC
CIKWPQPDCVNPEIMLCPSSSMSEQKKLMVKLIKTWKQDATTEFSRIMSHYTAIKCKVNS
ADWKELKNKLVEGSVLIKTDISDEMVVIAGTRAAVDSAEKEVRKCMEKAMKESERKKQSI
EISVSVIPGKYALLRNAGLEKNIHKEYPHLKIFYDNTKKTVQLCGLPAEVYKIKADLLER
VLNMPCTSINIDRYVFLYLQRENNKAMSETLFTVKNINAFYELEDNAVVLYGDSPKDLLE
AEKQIKTGLAYKSIDMEDPAVMKKKEWSSLLASLRKKYNSSQETVVIDEPVGKENKVIII
GFSKTVEKVYQNLYDFIDRNTHVEKVIPTKSLAVLRFVEKEKSGVYQELGKKGVTVHFHG
ETLCISLSGPKGEVPKAATLFEKILSSLYWKDVPIDKPGAKEFFTEREDSFILEAKQKFN
CLITLKEKEHQQESEKVDDNKEERKLHYKQTLPDGVEVAVYKGNLCNYPVDVVVNASNED
LKHISGLAEALLQAAGPELQMEYDELVRKNKGLQPGRAVITGAGKLPCKNIIHAVVCRWR
TDEAGKCMHVLKEAVKKSLELAETYNHRSIAFPSVSGGILGFPLQMSANSIVSSIKETLE
EARGKSSLKEIHLVDITEDKVQVLSMIVRKIFTTKSSSVFLLPTQSTSPRLPEGQKEKGK
EALQEARDNEQVVTTNEGLLIRVEKKNIKDATTDVIVNSVGTDLQFGVGPLCKALLEKAG
PKLHAQFDKEIQGNTSGQVNVLCTSGYALACKFVLHAVLPGWDRGKGKSLKILEDTINYC
LRKTEELGLNSVAFPAIGTGGFGFPKTIVSKLMFNEVFKFSSSHTLKTLQEVHFVLHPDD
TDNVQAFTRELEHRATENCSNAAPQPSFIKSVSTEELGVYEMQIGPIMLQVNSGDITKEN
TEVIVNISNPTFDATSGVFKAVMDAAGSQVKEECAQYAGQVQNGFITTNSGKLSCSKIIH
LIHNNNVKNQVSKVLNECELRMYTSVAFPAIGTGQAGQSPAKVADEMLDAIVEFASRGTV
QHLKEIKIVIFQTNMLKDFYESMKKREDSNSSTPESLISLLKSFFWGRKTSVEKKKPLVL
ENKVDIVTFQICGESQEDVNATESWIIKLILKEQFENCISDELIESFNDQQVEALTDLQR
RKHVTIHLEKNCSPPCIKISGLSRDVFAVSVEIQKMIKKIKDTQEEQSKSELVYNLVEWK
YQRNNDKFVAFDKLTNMQLEDAKIAKKTHLTVRIIKKNYVVDLNTLQASDDQGNTINIQR
VPKNEDAQAIELPSKWEDMQDERVKLVTLKPSCQEYMDVQTRFQRTCHNLVIEKIERIQN
PFLWQSYQIKKKSLCSKNKKEDNEKLLFHGTAVSSLSTINYNGFNRGFAGLNAASIGKGT
YFAVDASYSAQDTYSRPDTNGKKYMYQARVLTGEYCLGSGGLIIPPPKSTADPTNLYDSV
VDNINSPKMFVIFNDIQAYPEYLITFRR
NT seq 5487 nt   +upstreamnt  +downstreamnt
atggcggggccgcaggtggccacctttccgctgctggtgcgtggcgactggggcgagggc
gagccgccagctgccctgcgcaagaagctgctcctctacttccagagccacaagcgctcg
ggtggcggcgagtgcgagctgcagggggggcccggccacctcctcgtctgcttcgctcac
cccgacgtgaagcaacgtgttcttgagagacagactcatgagctggatttgggaacacaa
ggaaaattgaagttgatagtcacggagcttgaaacagcagtagctaccaaagaggaagca
tacgaagaaaaaatagttcacaaaaaggctccggatgccatgagcaaccttcaaagaaaa
gatgtagaagtcttgcagaagacggagagttctcttccagacagggaccttcaggagaga
cctcactctgtggagcacactgcagaaaagtctgcagagatgtcgtcttcggtggtactt
gaaaatgtgcaagaatgcactgaaaaatacataaatatgctgttggagaacatcagtggc
ttagctgtagatgatgagttcattgtggaaatgatacctgaattaaatgttgctgtaact
acttttctaaaaaatattgacactcaagaatttgtcaacaagtgtgaaaagaacaaaaga
ttcaaaaaattaaacatgactgccaggcttcttgaagtgacctgcagcatcaaggctgaa
aacataccagataacatttccacggactatatcacagtttatttcgagagtgcacgaagc
ggaggtgggcctgtgtcagacatccagctcctccccgaggagaacgcagctatcattact
ttctgtgatcacaaagatgtcaagactgttttggaaaagcagcatttacttgaacagatg
ccagtttctgtgcatccatattaccactccctgggaacagctctgtatggagaagaaaga
ccagttatcaagatgccagaccctgtcgtggtaccactagatgcctacgtctggcaattt
ttacaacggcaagatagactgatacaagacataaaccaggaaatggcaatttgccattgt
tgtataaaatggccccagccagactgcgtgaacccggaaattatgttgtgtccatcatca
tctatgtctgagcagaagaagctaatggttaaattgattaagacatggaagcaagatgct
accactgaattctcacgtatcatgtcacattacacagctataaagtgtaaagtaaattca
gcggactggaaagaattgaaaaacaaattggtggaaggcagtgttttgatcaaaactgat
atttctgatgagatggtggtgatagcaggcaccagagcagcagtggacagtgcagagaaa
gaagtgagaaaatgcatggaaaaagcaatgaaggaaagtgaaaggaaaaaacaaagtata
gaaatttctgtgtcagtgatcccagggaaatacgcacttttgcgcaatgctgggctagaa
aagaatattcacaaagaatatccgcacttaaagatcttctatgacaacacaaaaaaaact
gttcagttgtgtggattacctgcagaagtatataaaatcaaagctgacttactggaaagg
gtgttgaatatgccatgcacatcaattaacatcgaccgctatgtcttcctgtatctacag
cgtgaaaataataaagcaatgtcagagacattatttactgtgaaaaatattaatgctttt
tatgagcttgaggataatgctgtggtgctatatggggactctcctaaagatcttttagaa
gcagaaaagcaaataaagacaggcttagcatataaaagcattgacatggaagaccctgca
gtcatgaaaaagaaggagtggagtagtcttcttgcctccttgcgtaagaagtacaattct
tcccaggaaactgtagtcattgatgaacctgttggaaaagaaaataaagtgattattatt
ggcttttctaagaccgtagaaaaagtctatcagaatctttatgattttatagatagaaac
acacacgtggaaaaagtaatcccaactaagtcactggcagtactgcggtttgtagagaag
gaaaaatctggtgtttatcaagaactgggaaaaaaaggtgtgacagtgcactttcacggc
gagacactgtgtatttccctgagtggaccaaaaggagaagtgccaaaagcagccacccta
tttgaaaaaattctctcatccctctactggaaagatgtgccgattgataaaccaggagcc
aaagagttcttcactgagagggaagattcattcattttagaggcaaagcagaaatttaac
tgtttgattactctgaaagaaaaagaacatcaacaagagagtgaaaaagttgatgataat
aaagaggagagaaagctccactacaagcaaaccctgccagatggagttgaagtagcagtg
tataaaggtaacttgtgcaattatccagttgatgttgtggtgaatgcatcaaacgaagac
ttgaaacacatcagtggccttgctgaggcactgctacaagcggctggtccagagctgcaa
atggagtatgacgagctggtgaggaagaataagggattgcagcctgggcgtgcggttatc
acaggtgctgggaaactcccctgcaaaaacatcattcatgctgttgtgtgcaggtggagg
acggatgaagcaggaaagtgcatgcatgtgttgaaagaagcggttaaaaagagcctagaa
ctagctgaaacatataatcatcgttctatagctttcccttctgtaagtggagggatcctt
ggcttcccgctgcagatgtctgcaaattcaattgtgtcatccatcaaggaaaccttggaa
gaagccagggggaaaagcagcttgaaggagattcatcttgtggatatcacagaggataag
gtacaggttctgagtatgattgtaagaaaaatatttacaactaagtcatcctccgtgttc
ctgctgccaacacagtctacaagtcctagactgccggaaggccagaaggagaagggaaaa
gaggctcttcaggaggctagagacaatgagcaggtggttacaacaaacgaaggactgctc
attagagtggagaagaaaaacattaaggatgccacgacggatgttatcgtcaacagcgtt
ggcacagatttgcagtttggtgtagggcctctttgcaaagccttgctggaaaaggctgga
ccaaaactccatgcacagtttgacaaggaaatacaaggaaatacatctgggcaagtgaat
gtgctctgcaccagtggatatgctctggcttgcaagtttgtgcttcatgctgtacttcct
gggtgggacagaggaaaaggaaagtctctgaagatcctagaagacacaatcaattactgc
ttgaggaaaactgaagaacttggactgaattcagttgctttcccagctattggaactgga
ggatttggatttcctaaaacgattgtttctaagttaatgtttaatgaggtattcaagttc
agtagcagtcacactctaaagacactgcaggaagttcattttgtcttgcacccagatgat
acggataacgttcaggcttttaccagagaactagaacatagggcaactgagaactgcagt
aatgcagcaccacagccaagtttcattaagtctgtttcaactgaagaattgggagtttat
gaaatgcagattggtcccattatgctccaagtaaatagtggagatattacaaaggaaaac
acagaggttattgtaaatatatcaaatccaacatttgatgccacatcaggggttttcaaa
gcagttatggatgctgctggttcccaggtgaaagaagaatgtgctcagtatgctggacag
gttcaaaatggttttattactacaaattctggcaaactgtcgtgcagtaaaatcatccac
ttgattcacaataacaatgtgaagaatcaggtctccaaagtgcttaatgagtgtgagcta
aggatgtacacatctgttgccttcccagcaattggaacaggtcaggcaggacagagtcca
gccaaggtagctgatgagatgttggatgctatagtggaatttgcaagcagaggaacagta
cagcacttgaaagaaattaaaatagtcatcttccagacaaatatgctcaaggacttttat
gaaagcatgaagaaaagagaagattcaaattcatccacaccagaatcactgatctctttg
ttaaaatcatttttctggggcagaaaaacatcagttgagaagaaaaagcccttggttttg
gagaataaagttgatattgttacatttcaaatttgtggagaaagccaagaagatgtgaat
gcaactgagtcttggataataaaattaattttaaaggagcaatttgaaaactgtatttca
gatgagctaatcgaaagttttaatgatcaacaagttgaggctttgacagatctccagaga
agaaaacatgttaccattcatcttgagaagaattgttctcccccttgcattaaaatttct
ggtcttagcagggatgtctttgctgtttctgtggaaattcagaaaatgatcaaaaaaata
aaggatactcaagaagaacagtccaagtcagaacttgtttataatctagtagaatggaag
tatcaaagaaacaatgataaatttgttgcttttgataaactgacaaatatgcagctggag
gatgccaaaatagctaaaaaaacacatcttactgtcagaattatcaagaagaactacgtg
gtggatctgaatactctacaggctagtgatgaccaaggaaatactataaacattcaacgt
gtgccaaagaatgaagatgcgcaggcaatagagctcccttcaaagtgggaagacatgcaa
gatgaacgggtcaaactcgttaccctgaagccatcatgtcaggaatatatggatgttcag
accaggtttcagagaacctgtcacaaccttgtcatagagaagattgaaagaatacaaaat
cccttcctctggcagagctaccaaatcaaaaaaaaatctctgtgttcaaagaacaaaaag
gaagataatgagaagttgctgttccatgggacagctgtatcctcattgagcacaatcaac
tacaatggatttaatcgtggttttgctggattgaatgctgcaagcattgggaagggaacc
tactttgctgttgatgcaagttactctgctcaggatacttattcaagaccagatacgaat
ggcaaaaaatacatgtaccaggctcgggtcctcactggagaatattgtcttgggagtgga
ggactaatcattccaccgccaaaaagtacagcagatcctaccaacctctatgacagcgtg
gttgataacatcaattcaccaaagatgtttgtcatatttaatgacattcaggcatatcca
gaataccttattactttcaggagatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (54)   

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