KEGG   Poecilia reticulata (guppy): 103480296
Entry
103480296         CDS       T05149                                 
Name
(RefSeq) poly [ADP-ribose] polymerase 14-like
Organism
pret  Poecilia reticulata (guppy)
SSDB
Motif
Pfam: Macro PARP WWE DUF6183
Other DBs
NCBI-GeneID: 103480296
NCBI-ProteinID: XP_008433402
UniProt: A0A3P9NNB7
Position
LG18:6600283..6613905
AA seq 1590 aa
MDASYKFPVFFNCDRLNDEQKKKIENYFQIRRKSGGGESGSLTEVGGKVYSIAFKDQQAQ
QRVLQKSKHVVDLAGLTVELIVRDNPASSGDASPPPDQSANPNLNASATSPTQLSHIPSK
LQPTSEEYELICDAYLLRYLNESPKVKGELDNQLALLSCTAELQPQEERVLVRRVAQPGA
EPDDWKSEVNQLFDGYMCHYEMDAHKVKALLQSYSSRQPADEVKVYNDIGMTVVVGERRQ
VEAKLRDLESLYVKNKGSRPSDIQTTFRRIGEAKLRLLWKEIESSLGQDFPALKVTQADE
GKISLMGSVEEILKAGEVISEKEKLVLERTITDKSLQFLAFLKNVYGGPGMLCEFLGVAE
MVEAEIRDTTLHFFSFSDDKLDESMKMIQENFKDVTYDIPNYPVLPPELCEALKSKENEI
NQMQWRAIVGVGAGGTVCLSGHSVEVDELSEIVSQFILDQVSVEGKVILPFPELCPLLTE
FLQRQRFDYSGVTFTPVTSSSSPTVLLVGASIKVTEVRNRLGPLLQSVVQNKVTIDLPGA
ARYFSGHSGRDMLIKVAESQKCLIQLEDQPHLSRQMTRLAKYNLQHGVQVIVYQGDITKQ
NADAIVNAANEDLNHIGGVAAALSKAGGPQVQKESKALVKGNGKVAVGDVVVTTGGDLKC
KSLLHAVGPESGKASGRERSLLEKTVSNALKLAELMEFKSIALPCISSGIYGVPIKVCAE
AIVTAIKVFGSQDGRSLSKIILIDKREEVVRAMQEACDRLLPGKDLGFRTDVADQEGASG
ATAGAPVQVEIVKGTIENQQADAIVSPMLAHDPVSTRIGNTLKTNAGPQLVTMFYQEAGG
ATLPSDIVVVERVPRLKCKAVIFLNLQSWDNKQHGPATEVLKQGIRKILNACNSRGYSSV
TLPVLGTGAQLNFPHNVASRILLEEVGAFERKRTSGSPFLIRIVVHPTDKESSKALQSAQ
GGLHLRGFTNDVDPTQASFYRHVSMSKDEVTAMMGAVKLQIIHGDIVAAGTDVIVNTTDF
TDHQSGVSHAILAAAGPAVLTELTRVGTPPDLMCTTQPGLLGCKEIVHASFKSNCEVVRK
NCKKILKLCESKGFRSVAFPAVNTGQGTLTPKEAAEAMLDGLASTIRDMNPTSLSNIRIV
ILQQPVFQGFRSELENRLGRIVQSNLSLKDKARQKLKKIQGKCSRLTMFSSKQDVTISSK
PESTVLQVISSGPDVAKNVKKELELIMQKELIERTVPVHCVSKLDAMELDAVQAKVKLTG
ISVERKTVDTGRPRGRNGSSKEEYVLKGLKEDVLSVTELINKAVQKVLEEDLKDKEEAML
ALTIQWAMKDDNGEWQELSLSGNYMLEEAHLQEKVSVDIEMPEGKTLKVNMRSQDATDWV
TGKRYELKRTKSEALELPSHWEPMQGEIFKKVELQPNSNEYQNVASGFLRTAKYNIHKIE
RVQNQYLWNAYSVCRQRILAKNGQAELCEKSLYHGTSAESCNCIERDRFDRSYAGAHATA
YGKGVYFAVNAEYSAKSFSPPDQTGMKRLYVARVLTGRHTLGKSSMKAPPPRGADPTDCF
DSLVDNNQQPTMFIVFHDDQAYPEYLITFS
NT seq 4773 nt   +upstreamnt  +downstreamnt
atggacgcttcttacaagttccccgtcttcttcaactgcgaccgtttgaacgacgaacaa
aaaaagaagatagaaaattatttccagattcggcgcaaatccggcggaggagagagcggc
tcgttgactgaagtcggcggaaaagtttacagcattgcttttaaagatcaacaagctcaa
caaagagtcctgcagaaatctaagcatgttgtggatttagctggtcttacggtagagctg
attgtgcgagacaatcccgcctcctctggcgacgcctctccgcctccagaccagtcagcc
aacccgaacctgaatgcatcggccacatctccgacacagctgtcccatattccttcaaaa
ctgcaaccaactagtgaagaatatgagctaatttgcgacgcgtatctactccgctacctg
aacgaatctccaaaagtcaaaggagaactagacaatcagctggccttactttcctgcacc
gctgagctccaaccacaggaggagagagttttagtcaggcgagtagctcagccaggtgct
gaacctgacgactggaaatctgaggtgaaccaactgtttgatggctacatgtgccactat
gagatggacgctcacaaagtcaaagctttgctgcagtcctacagctctcgtcagcctgca
gatgaggtgaaggtgtacaatgacatcggaatgactgtggttgtgggagaacgaagacag
gtggaagcaaagttaagagatttagagtctctctatgttaaaaataaaggatctcgtcca
agtgacatacaaaccacttttcgtcgaatcggtgaggcaaaactgcgtctcctctggaag
gagattgaaagcagcctagggcaagactttccagcattaaaggtcacacaggctgatgaa
ggtaaaatatctctaatggggtctgtggaagaaatcctcaaggccggtgaggtaattagt
gaaaaggagaaactagtgttggagaggacgattactgacaaaagcctacaatttttggca
ttcttaaaaaacgtctatggtggtcccgggatgctttgcgagtttttgggagtggcagag
atggtggaagcagaaatacgagacacaacgctccacttcttctctttcagtgacgacaaa
ttagacgagtctatgaaaatgatccaagaaaactttaaggatgtcacatatgatattcct
aactatcctgttttgccgccagagctctgtgaagcgcttaaatccaaggaaaacgagatt
aaccaaatgcagtggagagccattgttggggttggtgcaggtggcactgtgtgtttgtcc
ggccattcggttgaggttgacgagctgagtgaaattgtatctcagtttatcttggaccaa
gtaagcgtggagggaaaagtcattctccccttcccagaattatgtcctctattaaccgaa
tttctgcagagacagagatttgactattcgggtgttaccttcactcctgtaacatcatct
tccagccccactgtgttgcttgtaggtgcatccatcaaagtgactgaggtcaggaatagg
ctgggtccacttcttcaatctgttgtgcagaacaaagtgaccattgacctgccaggggca
gcgagatattttagtggtcactctggaagagatatgctcataaaggttgcagaatctcag
aagtgtctcatacagctcgaggaccagcctcacttgagtagacagatgactcgtctcgct
aaatacaatcttcagcatggagtgcaggtgatagtttatcagggtgacataacaaagcag
aatgcagatgccattgtaaatgccgccaatgaagatctaaaccacattggtggtgttgct
gctgctctgagtaaagcaggtggtcctcaggtgcagaaagaaagcaaagcccttgtgaaa
gggaatggaaaggttgctgtcggcgacgtagtggtaactacagggggcgacctgaaatgc
aagagcctgctccatgctgttggacctgaaagtggaaaagctagtggcagagagaggagc
ttactggagaaaacggttagcaacgctctgaagctagccgaactgatggagttcaagtct
atagccctgccatgcatcagctcaggcatttatggtgttcccatcaaagtttgcgctgag
gccatcgtaacagccatcaaggtgtttggtagtcaggacgggcgaagtcttagcaaaatc
attctgatagataaaagggaagaggtggtgagggccatgcaggaagcgtgtgaccgcctt
ctgccagggaaagatcttggattcaggacggacgttgctgaccaagaaggagcaagcggc
gccactgctggagctcctgtacaagttgagattgtgaaaggaacaattgagaaccaacag
gcggatgccattgtgtctcctatgcttgcccacgatcctgtgtctacacgcataggaaat
actttaaaaacaaatgctggacctcagctggtgacaatgttttaccaggaagcaggaggg
gcaacactgccaagtgatatagttgtagttgagagggtacctcgtctcaaatgtaaagca
gtcatctttctcaacctgcagtcttgggataacaaacaacatggacctgcaactgaggtg
ctgaagcagggaatcagaaagatactgaatgcttgtaacagcagaggctacagttcagtt
actcttccagtgctgggaactggagctcaactgaattttccacacaacgtggcgtccagg
attcttctggaggaagttggtgccttcgaacgaaagcggaccagtggttcacctttcctg
atcagaattgttgtccatcctacagacaaagaatcaagcaaggcactccagtctgcacag
ggagggttgcatctcagaggatttaccaatgatgttgatccaactcaagcgtccttttac
cgacatgtctccatgagtaaggacgaggtcacggccatgatgggcgcagtcaagttacag
atcatccacggtgacattgtggctgcaggaactgatgtcatcgtcaacacaactgacttc
actgatcatcagtctggggtctctcacgccattttggcagcagcagggccggcagtcctt
acagaattaacgagagtgggcactcctccagacctcatgtgcacaacacaacctggactt
cttgggtgtaaggaaattgtccatgctagctttaaatccaactgcgaagtggtccgcaag
aactgcaagaagatcctgaaactctgcgagagcaaaggattccgctcagtggcattccca
gccgttaatacgggacagggtacattgactcctaaagaagctgctgaagcaatgctggac
ggcttggcctcaaccatcagggacatgaatcctacctctctgtcaaacattcgcatcgtc
atcctgcaacaaccggttttccagggtttcagatcagagctggagaatcgtcttgggcgg
attgttcagagcaacctcagcctcaaagacaaagccagacaaaagctaaagaagatccaa
ggaaaatgctctagactgacaatgttctcgtccaaacaagacgtaaccatctcttcgaag
cccgagtcaacggttttgcaggtaatcagctctggtccagacgtcgccaagaacgtcaag
aaagagttggagttgatcatgcagaaagagctcatagagagaacagtgcctgtgcattgt
gtctctaagctagacgctatggaactggacgcagtgcaggcgaaagtcaaactaacggga
ataagcgtagaacgcaaaacggtcgataccggtagacccaggggaagaaatgggtcaagc
aaagaagagtacgtcctgaaaggtttaaaggaagatgtcctgagtgtcaccgagttgata
aacaaagcagttcagaaagtactagaagaagacctcaaagacaaggaagaggcaatgttg
gctcttaccatccagtgggcgatgaaagatgacaatggagaatggcaggagctgagcctt
agtggaaactacatgctggaggaagctcacttacaggaaaaagtgtccgtggacattgag
atgcctgaaggcaagaccctcaaggtaaacatgaggtcacaagacgccacagactgggtg
actggcaaaagatatgaactgaaaaggacaaagagtgaagccttggagttaccttcgcac
tgggaacctatgcaaggcgaaatctttaaaaaggtggagttgcagccaaactccaacgaa
taccagaatgtcgctagtggcttcctcagaactgccaagtacaatatccataaaattgaa
cgtgtgcagaaccagtacctgtggaacgcctacagcgtgtgtcggcagcgtatactagcc
aagaatggccaagcagaactctgtgaaaagtctctgtaccatggcacatctgcagagtcg
tgcaactgcattgaaagagaccgatttgacaggagttatgctggagcacatgctaccgca
tacggaaaaggagtttactttgcggtcaatgctgaatactctgcaaagagtttttctcca
ccagaccaaacgggaatgaagcgactgtatgttgctcgtgttctcaccggccgtcacaca
ctgggtaaatcctccatgaaagctccccctccccgaggtgcagaccctactgactgcttc
gacagtttggtggacaacaaccagcagcctacgatgtttatagtcttccatgacgaccag
gcctacccagaatacctcatcaccttcagctga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   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 (11)   

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