KEGG   Lipotes vexillifer (Yangtze River dolphin): 103070427
Entry
103070427         CDS       T03090                                 
Symbol
PARP14
Name
(RefSeq) poly [ADP-ribose] polymerase 14
  KO
K15261  poly [ADP-ribose] polymerase 10/14/15 [EC:2.4.2.30]
Organism
lve  Lipotes vexillifer (Yangtze River dolphin)
Brite
KEGG Orthology (KO) [BR:lve00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    103070427 (PARP14)
Enzymes [BR:lve01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     103070427 (PARP14)
SSDB
Motif
Pfam: Macro PARP WWE RRM_occluded
Other DBs
NCBI-GeneID: 103070427
NCBI-ProteinID: XP_007449763
UniProt: A0A340WJK4
Position
Unknown
AA seq 1797 aa
MAEPGSFPLLVEGSWGPHPPKNLSIKLQMYFQSQKRSGGGECEVRQAPGSPPRFLVLFYP
DDVRQQVLARESHELVWPGKGTFKLTVQLPRATDEVQEEKVPTMESKTKERVKESDASEE
LDANISLNRRSEEKEDTPKECENISSLVAFENLKANVTDMMLILLVENISGLTNDDFKVE
LIQDFNVAVVTFQKYTDALKFVDECVKHHSVKELQLSARLLEVTKTVRVENLPPGVDDHD
LKCLFENPRNGGGRVASIECFPDESSALIEFFDRKVLDTIMTKKLDLNNMPLSVFPYYTS
LGTALYGQEKPLIKLPAPFREPLDLSLWKFLQKKNQLIDKINDEMRRCHCELTLCQLGSE
VIIRPAATLVSQGRPRIKTWQKDASIVFSGIRSKYTVTSFKVDSTVWDIIKDNLEDRILI
EFDALTGIATLVGKSEDVQNLEPQIKDLIEGTILEIRREEQSLKQKLAISPGRYSLLLHS
GVQEHLHTECPEVEMFYDEASQHMFFKGLPADVYKVKCEIQEKVYTMAQRNIQVPPEVFQ
FLQQVDCADFSKSLFIAQNILAVYELEGTTVLLTGAFSEVLLEAEKQMVSALNYKCIDIE
DREVLNSKKWKEFTCNLHKKHNSSSKTVIIHEVTSETTARVIITGCVREVNEIYDLLFDF
LEKHTKIEKLIEVKPSLVIDYLRAEKLLWQKIKKMNVQVIFNPENKQKGILLTGPKTKVL
EGMNMVTQAWDLVCVKSFHIDKPGASQFFRDKARYYKSEVRRLFGCFIELQKDEEKEGGG
TGGQRCLFQTDLAPGVSLIVQQGDLTHFPVEVVVNAANEELKLKGGLAAALLKAAGPELQ
EDCDQIMKTRKVRLLPAHAVISKAGKLPYHHVIHAVGPQWKSDEAQKCVWQLEMAVKESL
HLAVKHKYRSIAIPAISSRAFGFPLPQCVQTIILAIKEWFQCKQNGCSLKEIYLVDIAEK
TVEAFAESAKIIFKDTLPDVASLPSFPAAVQPSLRKDHEKGASLLSPEGLRILLVKGDVQ
SATTDVVVNSISSDLELNRGPLSKALLEKAGQKLQEELKTAGQGVAVDVGTVIQTSGCSL
HCHHVLHVVAPDWTNDGISSRKIMENIIRECLEITESLSLNSIAFPAIGTGNLGFPKNIF
AELITSEVFKFSSKNQPRTLQEVCFLLHPSDHGNIQAFSNEFARRANGNFISDKIPKAED
TQGLYGTISNPDSGVHEMKIGPIIFQVASGDITKEEADVIVNSTSKAFNLKAGVSKAILE
HAGKSVEMECTHQAQGGHRDYIITKGGLLKCKNIIHVIGGNDVKRSVSHVLQECEKRNYS
SVCLPAIGTGSARQDPDKVAAAIIDAIEDFIQKGLVQSMKKVKVVIFLPQVLDVFYAIMK
KREGSQASPQQSTMSKFASFLGFSSKSPPKQTPLVLEKKTESAIFQVCGENVKSVENVLF
WIHDLIQKEQCPYTSEDECIKNFDVKEYRELNELQKKLNISISLDRERPLIEVSGITKDV
IQVRNAIEDMIKRVRLSKEQESLADRTSDFVEWQYKDDNKFHSFDKITNMQLEDAKKQKR
KTIDVKINHQSYTVDLKTHTATDAKGKSLPVRRHTKSEVEIPLYWSDMKQQKVCVVELQP
DNSEYKTVASKFNETCAGFIIEKIERIQNPELWKHYQTKKNNMDAKNGQLINEKLLFHGT
DANSVTLVNGQGFNRSYAGKNAAAYGKGTYFAVSAHYSASDTYSRPDVNGKKRMYYVRVL
TGSYTVGNKSLIVPPLKDPQNPTDSYDTVTDCVQNPNLFVVFYDYQAYPEYLITFRC
NT seq 5394 nt   +upstreamnt  +downstreamnt
atggccgagcctggctccttcccgctgctggtcgaagggtcctggggtccccaccccccg
aagaacttgagcatcaagttgcagatgtacttccagagccagaagagatcaggaggcggg
gagtgtgaggtccgccaggcgccggggagcccgcctcgtttccttgtgctcttctacccc
gacgacgttcggcagcaagttctggcgagagagagccacgagttagtatggccaggaaaa
ggaacattcaagttaactgtccagttgcccagagccacggatgaagtccaggaggagaaa
gttccaacaatggaatccaagaccaaagaacgtgtcaaagaatcagatgcatcagaagaa
ctagatgcaaatatctctctcaatagaaggtcagaagaaaaggaagacaccccaaaagaa
tgtgaaaatatttcctctttggttgcatttgaaaatctgaaggcaaatgtgactgatatg
atgctaatcttgttagtggagaacataagtggcctgaccaatgatgactttaaagtggaa
ttaatacaagattttaatgttgctgtagttacctttcaaaaatatactgatgccctgaaa
tttgttgatgaatgtgtcaagcaccattcagtgaaagaacttcagctttctgcaagactt
ctggaagtgacaaaaacagtccgagttgaaaacctgccacctggtgttgatgaccatgat
ttgaaatgtttatttgaaaatcctcgtaacggagggggaagagtggccagcattgaatgt
tttcctgacgagagttcagcactgattgaattttttgacagaaaagtgttagacaccatc
atgaccaagaaacttgacctcaataatatgccgctctctgtgttcccgtactatacttct
ttgggcacagccctgtatggacaggagaagcctctgatcaagcttccagcaccattcaga
gaaccactggatctttccttatggaagttcttgcagaaaaagaatcaactgattgacaag
ataaatgatgaaatgagacgttgtcactgtgagctaacattgtgccaacttggcagtgaa
gtgatcatcagacctgcagctaccttagtcagtcaaggaagaccaagaatcaagacctgg
caaaaagatgcttctatagtattctctggtatccggtctaagtatacagtgacctcattt
aaagtggattcaacagtatgggacatcataaaagataatttagaagataggattttgatt
gagtttgatgcactaacggggattgcaaccttagtggggaaatcagaggatgtacaaaac
cttgagccacagatcaaggacttaatagaaggcaccattctagaaattagaagagaagag
caaagtctgaagcaaaaactggccatttctccaggaaggtattcacttctgttgcacagc
ggtgtccaggagcatctccacacagagtgcccagaggtggagatgttttatgatgaagcc
tctcaacacatgttcttcaaaggactccctgcagatgtgtataaagtaaagtgtgaaatc
caggaaaaggtatacaccatggctcagagaaacattcaggttcccccagaggtttttcag
tttctgcaacaggttgactgtgcagatttctctaagtctctcttcatagcacagaacatt
cttgcagtttatgagctagagggcacaactgttctcttaactggtgctttttctgaagtc
ctattagaagctgagaagcaaatggtcagtgccttaaattataagtgcattgacattgaa
gacagggaggttcttaacagtaagaaatggaaagagttcacttgcaatttgcataagaaa
cacaattcctcctcaaagactgtaataatccatgaggtaacttcagaaaccacagcccgg
gtcatcatcacaggctgtgtgagagaagtaaatgaaatctatgacttgctttttgacttc
ctggaaaaacacacaaaaatagagaaattgattgaagtaaagccttccttagttattgat
tacttaagggcagaaaagctactgtggcaaaagataaagaagatgaatgttcaggtaatt
tttaatcctgagaacaagcaaaaaggcattttactaactggcccaaagaccaaagtcctg
gagggaatgaacatggtcacgcaagcctgggatttggtctgcgttaaaagcttccatatt
gataagccaggagccagtcagttcttccgagataaagcacggtattataaaagtgaggtc
agaaggttatttggttgttttattgaactacagaaggatgaagaaaaggagggaggcggc
actggtgggcagaggtgcttgtttcagacagatttagcccctggagtctcgctgattgtg
cagcaaggagacttgacacacttcccagtcgaggtggtggtgaatgcggccaatgaggaa
ctcaagctcaaggggggcttggcggctgctcttttaaaagcagctggccctgagctccaa
gaagactgtgaccagataatgaagacaagaaaggtcaggctcttacccgcccatgccgtc
atctcgaaagcaggaaagctcccgtaccaccatgtgatccacgcagtagggccccagtgg
aagagcgatgaggcccagaaatgtgtgtggcagttagagatggctgtaaaagaaagtctc
catttggctgtaaaacacaagtaccgatccatagccatccctgctattagttccagagcc
ttcggctttcccctaccccagtgtgtgcagaccattattttggcgatcaaggaatggttc
cagtgtaaacagaatggatgcagcttgaaagagatttaccttgtggatatagctgagaag
actgttgaggcctttgctgaaagtgcaaaaattatatttaaagacaccctgcctgatgtt
gcttccctgcccagtttcccagcagcagtccagcccagcttgagaaaagatcatgaaaaa
ggagcaagtctgttgtccccagaaggcctgaggatcctgttggtgaaaggagatgtgcag
agtgctacaaccgatgtggttgtcaactccatttcgtcggatcttgagctcaatagagga
cccctttccaaggccctcttggaaaaagcaggacaaaagctccaggaggagctgaagaca
gctggacaaggggtggctgttgatgtcggcacagttatccaaaccagtggttgcagtctg
cactgccaccatgtgcttcacgtggtggctccggactggacaaatgacggaatatcttca
cgcaagatcatggaaaacataatcagagaatgtttggaaatcactgagagtttgtcctta
aactcaattgcatttccagcaataggaacaggaaatctggggtttcctaaaaacattttt
gctgaattaatcacctcagaagtgttcaaattcagtagcaagaatcaacccagaacttta
caagaggtttgctttctgttgcacccaagtgatcatggaaatattcaggcattctcaaat
gaatttgccagaagggctaatggaaatttcatcagtgacaaaattcccaaggctgaagat
acacaaggtttatatgggactatttctaaccctgattcaggagtgcatgaaatgaagatt
gggcccatcattttccaggtagcctctggagatatcaccaaagaagaggcagatgtgatt
gtaaattcaacatcaaaggcatttaatctcaaagcaggggtctccaaagcaattttagaa
catgccgggaaaagtgtggaaatggaatgtactcatcaagctcaagggggccacagagat
tatataattaccaaaggtggattattgaagtgcaagaatattattcacgtcattggtgga
aatgatgtcaagagatcggtttcccatgttttgcaagagtgtgaaaagcggaattactca
tccgtttgcctcccagccatcgggacaggaagtgccagacaagacccagataaggttgca
gcagccataattgatgccattgaagactttattcagaaaggattggtccagtctatgaaa
aaagttaaagttgttatctttctgcctcaagtactggacgtgttttatgccatcatgaaa
aaaagagaaggatctcaggcttctccccagcagtctacgatgtctaaatttgcatcattc
ttgggcttctcaagtaaatctcccccaaaacagactcctttggttttagaaaagaagaca
gaatcagcaatatttcaggtgtgtggtgaaaatgtaaaaagtgtagaaaacgtcctcttc
tggatacacgatctcattcaaaaggagcagtgtccctacaccagtgaagatgaatgtatc
aaaaactttgatgtcaaggaatatcgggaattgaatgagcttcagaagaagttaaatatt
tccatttccttggaccgtgaaagacctttgattgaggtttctggaattaccaaagatgtg
atacaggttagaaatgcaattgaggacatgatcaagagagttagattgtccaaagaacag
gaatccctggcagatcgtaccagtgattttgtggaatggcaatataaggacgataacaag
tttcatagttttgacaaaattaccaatatgcaactggaggatgcaaagaaacaaaagaga
aagacaattgatgttaaaattaatcatcagagctacacagtggacttgaaaacacacact
gctacagatgcaaaaggaaagagtctacctgttcggcgccatacaaaatctgaagttgag
atccccttatactggagtgatatgaagcagcagaaagtctgtgtggttgagctacagcct
gataattcagaatacaaaactgtggcaagcaagtttaatgagacctgtgcaggcttcatc
atagagaagattgagaggatccagaatccagagctctggaaacactaccagacaaagaaa
aacaacatggatgccaaaaatggccaattaataaatgagaagctgctcttccatgggaca
gatgccaactcagtgacacttgtcaacggacaaggctttaaccgcagttatgctggaaag
aatgctgcggcatatggaaagggaacctattttgctgtcagtgcccattattctgccagt
gatacatactccagaccggacgtaaatgggaagaagcgtatgtattacgtgcgagtactc
actggatcctacacagttggaaacaagtcattaattgtgcctcctctaaaggacccccaa
aatcctactgactcatatgacactgtcacagattgtgtgcaaaatccaaatttatttgtg
gtattttatgactaccaggcttacccagagtacctcattacttttagatgttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (41)   

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