KEGG   Pocillopora damicornis (lace coral): 113669387
Entry
113669387         CDS       T05773                                 
Name
(RefSeq) poly [ADP-ribose] polymerase 14-like
Organism
pdam  Pocillopora damicornis (lace coral)
SSDB
Motif
Pfam: Macro PARP RRM_1 WWE
Other DBs
NCBI-GeneID: 113669387
NCBI-ProteinID: XP_027041206
Position
Unknown
AA seq 1639 aa
MEENDKSKSSPENDQEKDKESANSTDEKRLQGNSFAYRSERDTWQVVGRGQRSIPQREVE
QRGGRCNKNAVETPRGKPSLRVQTHRPDVQQREGNKGGFSGRGDRGRGSRGKRGQGSGAF
RGGHQGRGARGPGHQVGAVPRQRSDPVSLGFTQPDIKYEWNKLYILGLHFRSTRDAVKNY
IERISGYDVKNVEWFKPNGKAIVTLNTDRIVDFAKIVQESKRRPLEGVTVSIERAPECKS
IFVSGFSENTTKEQVEEYFDALSSLEDVVFSPWDEKRKEKRAIVYFKEKKGVKKCTKTDH
FIDGKALHVEAFFPFMGTLLPVNEPSKSSRPTSGEVGGSWQPQFYKAVDEDIGEFLMKSN
QEAKLRGLLHSSEHACVRWTNEEGYLLIKYDTSGKRVDKEFEEEAWKKRCFDIIDQYIDG
CTTKELSVDTEVWEAVVDQLPKLEKLLPKFTAQVKLLKLSHSVKLICQKSNMPEFADILE
RRLKDIKQEELEKKLDQKTLTDISTEKLQLLQNCGIENILKEEFDQDIQLKIDLSNKNLL
IKTPKGHMPSVMTYLRQRLDEIGQNAISQPPEILEILKTKVGKRKMTQELPDGCAFNVDE
KSKKVILLGRTLSQTCAGRQKAETVLLDDRSLKVTQADNDLMLSPKWDELCKKLVKRLTI
RHKRELTCIAVFGFKNDVEEAVKKMRDFRNEKKSTEGEFRLDSPINRKFFTDYYKEELQK
IEEELAPCAVKISLDESGNRIKYSGTDDGVKDAEERLYILLDQIKEKSLPIQTPGMRNFL
AQDVGKGFVDTVERENKCIIRIAEEIEEEVEDEMEGSDGDELSNTCSRGEEELDDADTFL
TNEGKKVIWKSGNIEEEQADVLVCSVGSKFNLTVGAIANAISKAAGPELQGELRQKTIGR
TWGEGDIVHTKAGHLNCRYVIHCVCCPWKGNPQDEQLLQDLLRKCFDKASELGACSIGLP
LVGTGNLGFPYARAVQIMIQAAVEYSHANPDSPLEEIRFVVFSGDQKGIGTFEEQFEEFK
KEKRPDVKPRKPQVRRSKLKPVPPDFKCKEIQIGELSLKVLKGDITQDRSDAICNVVTQD
LKMNSGTLSSAILAASGNTVEDELQSKAPQVPGDIVTTSGGCLSAMHIIHMVVGPGTKKH
LQTCVEKALKEVDSVGLRSVSIPAVGSGGLGHTAEQSAEVVFGAIRACTVKPFNSIREVR
VVVFDISIIGAYLAELEAIQKEASESSSCAEEEDDLTYHETGAESSTVELRRKHRRQKII
FHGRLESFDAVDTALKEGVMKACGDPRVIKHEVIGRLSKGSMRELKKMSRMRDVKLDQPE
PGTIILQGLPKDVMEINSELSNVIQEHVEREHKQELAEQMSKTVQWYLVNTGGKLVPFDK
MANNEIESACKAKKPSLLFTHQNLKAEINFGNEEVTFLRTGAIKRVLRRDVLPLPDEWDP
QPRGVNGKEETLHLVSLEKDSKEYEKVQEKFLQTMSGKAVITNIERIQNPSMHNSYMVRK
QIMDAKNGTIDNELELFHGTKAESIKAINVQGFDRSLCGANGNAYGDGVYFAKDASYSKT
YSKPGPNGDCLMYLARVLVGKYTEGEQGWKKPPPKDLSKPEILFDSLVNREENPTIFVVF
NDFHVYPTYLISFKKWELS
NT seq 4920 nt   +upstreamnt  +downstreamnt
atggaagaaaatgacaaaagcaagagctccccggaaaatgatcaagagaaggacaaagaa
agtgctaactcgacagacgagaagcgtcttcagggtaactctttcgcatatcggtctgaa
cgagacacatggcaggtggttgggcgaggtcagcgttccataccacagagagaagtcgag
caaagaggtggacgctgtaacaaaaatgcagtggagacgcctcgtggaaaaccttcctta
agagttcagacacatcgaccagatgttcaacagagggaaggtaataagggggggttttca
gggcgtggcgaccgcggccgagggagtaggggaaaaagaggacagggttcgggtgctttt
cgaggaggacatcaagggagaggagctcgagggcctggtcaccaagtcggagcagtgcca
cgtcaacgctccgatccagtttctttaggatttacacagccagatatcaaatacgagtgg
aacaagttgtatattctgggcctacatttcaggtcaacacgagatgctgtgaagaattac
atagaacgaattagtggttatgatgttaagaacgtggagtggttcaaacctaatggtaaa
gcaatagtaacgctaaacactgacagaattgtagattttgcaaagattgttcaagaatcg
aagagaaggccgcttgaaggtgtaaccgtctcaattgaaagagctcctgaatgtaagagc
atctttgtgagcggattttctgaaaatacaacaaaagaacaagtggaagagtactttgat
gctttgagttcattagaagatgttgtattcagtccatgggatgagaagagaaaagagaag
agagcgattgtatacttcaaagaaaagaaaggtgtgaaaaaatgtacgaagacagatcac
ttcatagatggaaaagctttacatgtagaggctttctttccttttatgggcacactactg
cctgtcaacgaaccgtcaaaatcatcacgtcctacttcgggtgaagtgggaggatcttgg
cagccccagttttacaaggctgttgatgaagacatcggggagtttttgatgaagtccaac
caagaggccaaattaagaggacttcttcattcgagtgaacatgcttgtgtaaggtggaca
aacgaagagggatatctgctgataaaatatgacacctcaggcaaaagagttgacaaggag
tttgaggaggaagcatggaaaaagagatgtttcgatataatcgaccaatacatcgacggt
tgcacgacaaaagaactttcagtagacacagaggtttgggaggcagtggttgatcagtta
ccaaaactggaaaaacttcttccgaagttcacagcgcaagtgaaactactgaagttgtct
cactccgtaaagttgatttgccagaagtcaaacatgccagagtttgctgacatcctcgaa
agacgtttgaaggacatcaaacaggaggaactcgagaaaaagctagatcagaagacgctc
accgacatatccactgaaaagctacaacttcttcaaaattgtgggatcgagaacattttg
aaggaggagtttgatcaagatattcaacttaagattgacttgagtaacaagaaccttcta
attaaaactcccaagggacacatgccatccgtcatgacctatcttcggcagcgtttggac
gaaattggtcaaaacgcaatatcgcagcccccggaaattttagaaatcttgaagacaaaa
gtcgggaaacgaaagatgacgcaggaacttcccgatggatgtgcttttaatgtcgatgag
aaaagcaaaaaagttatcctccttgggagaacactttctcaaacctgtgcgggaagacaa
aaggcagagaccgttctgttagatgaccgtagtctcaaggtaacccaggctgataatgac
ctcatgctttcaccaaagtgggatgagctttgtaagaagttagtaaaacgtctgacgatc
cgtcataaacgcgaattgacttgcattgccgtctttgggttcaaaaacgacgttgaagag
gctgtaaagaaaatgagagactttcgtaatgaaaaaaaatcaaccgaaggtgaattcagg
ctcgattctcccatcaatcgaaagttcttcaccgactactacaaggaagaacttcagaaa
attgaggaagaactcgccccttgtgcggtgaagatttctttggatgaaagcggtaatcga
attaagtattctggaacagacgacggcgtaaaggatgctgaagaacggttatatattctg
cttgaccaaatcaaagaaaagagtctccctattcaaacacctggcatgagaaacttcttg
gcccaagatgtgggaaaaggctttgttgacaccgtggagcgagaaaacaagtgtatcatc
aggattgcggaggaaattgaggaagaagttgaggacgaaatggaaggaagtgacggtgat
gagctttcgaacacttgcagcagaggcgaggaggagcttgatgatgctgacacatttttg
actaacgagggcaaaaaggtgatctggaagagtggaaatatcgaggaagagcaggcagac
gtcttggtgtgctctgtgggatcgaaatttaatcttacggtcggtgcaattgccaatgcc
attagcaaagctgcaggtccggagctgcaaggggagttaagacagaagacgataggaagg
acttggggtgaaggtgatattgtccacactaaagcaggacacctgaattgccgttacgtc
atccactgtgtgtgttgtccttggaaaggaaatcctcaggacgagcagcttctacaggat
ctactgcgaaagtgttttgacaaagcttcggagcttggtgcatgttctattggcctacca
cttgttggaaccggtaatcttggttttccttacgccagagctgtccagattatgatccag
gcagctgtcgaatacagtcacgccaatccagattctcccttggaggaaataagatttgtc
gtgtttagcggtgatcagaaaggaataggaacgttcgaagaacaatttgaagagtttaag
aaggaaaaaagacctgacgtgaaacctcgaaagccacaggttcgccgaagcaaacttaaa
cctgttccacctgactttaaatgcaaagagattcaaatcggcgagctatcgttgaaggtg
ttgaaaggagacataacccaggatagatcagatgccatatgtaacgtagtaactcaagat
ctgaaaatgaatagtggaaccctaagcagcgctatccttgcagcaagtggaaacactgta
gaagacgagttacagtcaaaggcacctcaggtcccaggagatatcgtgactacttcaggc
ggctgcttgtctgcaatgcacatcattcatatggttgtgggaccaggaacgaagaaacat
cttcaaacttgcgtggagaaggcgctcaaagaagtggattctgtgggtttgaggtcagtg
tccattccagcagttggtagcggaggactaggacatacagctgagcaatcggcagaggtg
gtttttggggcaatccgtgcatgcaccgtgaaaccatttaattccattcgtgaggtcaga
gtagttgtttttgatatttctatcattggtgcgtacttagcggagctggaagcaatccaa
aaagaagcctccgaatcctcttcatgtgctgaagaagaagatgatctcacctatcacgaa
acaggtgcagaatcttccactgtggaattaagaagaaaacatcgtcgccagaagatcatc
tttcacggccgcctggagtcttttgatgcggttgatactgccttgaaagaaggggtaatg
aaagcttgcggtgatcctcgtgtaatcaagcacgaagtgatcggtcgtctttccaaagga
agtatgcgagagctgaagaaaatgtctcgtatgcgagatgtaaaattggatcaaccagaa
cctgggactataatattgcaagggctcccgaaagatgtaatggaaatcaactcagaacta
tcaaatgtgatccaagagcacgtggaaagggagcataagcaggagctggcggagcagatg
tcgaaaactgtgcaatggtacctggtcaatacaggaggaaaactcgttcctttcgacaag
atggccaacaatgagatagaatcagcctgtaaagcaaagaaaccatcccttctattcacg
catcagaacttgaaggctgaaatcaatttcggaaatgaagaggtaacgttcctaagaacc
ggagcaatcaaaagggtcctgcgcagagatgtgctgcctcttcctgatgaatgggatccc
cagcctcgaggtgtcaatggaaaggaagagacactacatctggtcagccttgagaaggac
tccaaagagtatgaaaaggtccaagagaagttcctccaaacgatgagtggtaaggcggta
ataacaaacattgagcgcattcaaaatccatcgatgcataattcctatatggtgaggaag
caaattatggatgcaaagaatggaaccatcgacaacgaactggaacttttccatgggaca
aaggcagaaagcatcaaagcgatcaatgttcagggatttgataggagtttatgtggtgcg
aacggtaacgcttatggcgatggtgtttacttcgcaaaagatgcttcctattccaaaaca
tactcaaaaccaggcccaaatggtgattgcctcatgtatttagccagagttttggttgga
aaatacaccgagggcgagcaagggtggaaaaaacctccccccaaggacctcagcaagcca
gagatactcttcgactcgctggtaaacagagaggaaaatccaaccattttcgtggttttc
aacgatttccatgtgtaccctacatacttaattagttttaagaaatgggaattatcttga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (11)   

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