KEGG   Exaiptasia diaphana (Aiptasia): 110233434
Entry
110233434         CDS       T05080                                 
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP14
Organism
epa  Exaiptasia diaphana (Aiptasia)
SSDB
Motif
Pfam: Macro PARP NID WWE RRM_1 Peptidase_M10
Other DBs
NCBI-GeneID: 110233434
NCBI-ProteinID: XP_028513211
Position
Unknown
AA seq 1944 aa
MWDRTVFVTGIHEEINEEDLQIYFQSKKKSNGGDIESIEYRRDTGEAKITFTDDEVARIV
ATRKHNLKGCKLTVEMSSHRKTDSDWTLSVLVRGISEKTTKDALQNYFENTRRSSGGDVK
DITLDGNQATVTFESPEIATRVLEWGKHNLDGQSLTVTRIKPNTPKXITXKSSQEXETEE
RSRVVCVKXISXKTTKDALLNFFENKRRSGGGEIEDIQYNQDEGIADITFCDAEDAERVA
EKTTLQLDNVQLNLTLKEIPKVLPKDPRKVHVMGLSDKTTKDGFMSFMEIASGEEVESML
FGEESNVMVTFEQPPDFEKIVKKCKSRPLDGSYLKVEQVSICDCIEVSGLGSKTTSDTIL
YYFENTKKSGGGEVKKVEYNDGEVRALVFFEDSQDVENVVTREHVINRETLKVAPYYPFL
GETSKEPGGGKKEKKIPVDPLTIPFIKKFFQQEFHDLLKEXEVRHIYEEGQEELILISTN
NKIDKARWDGSCKAIEEYINQIIXXQVQISSVAWTDLVQQAKEKFXSFKDVMEITCKKXK
QRIILXGRKQDVDGLAEMLDDLSKEIEKKIEYENAKVTNTISMSKAQFDLLNITGTAENL
MGQYKDLKVVMVKEDRSILFEGHDQLVKEGNIQIYKIQSKMKDDEIELSKSIASILTSDA
GMMYLAQKFKNRQIDAVIGPADGQDDTKIMITALDRPDVKKAVALIKEIMTEDTVPLKEN
QQPLVLSEKWKQLESNFRRSMLLRVTQDPRSNIVSIAGVKEQVDEAKESVLAFFEENAII
EKTVEADXGRVKYIFRFEKAKLKTIEDTYNHQSVQIIMGEDVDQLTXRGTKEGTQKAFNE
VQKLVNQIKEKTVELEKPGTKKLFSDKKGMRLLSNXENDHSCVIERCFTGDKKLTSASGD
TGSSRAQQICSYVTPEGKTIALLKGDLTDYKVDVMVNAANSRLQHVGGLAKAIVQKGGRG
IQAECDDYILRHDRLLDGEVVATGPGKLPCKKLVHAVGPSWNKLSKKYRDEETKEERILA
QTVYNALEKAKDFTSIAIPAISAGVFGFPADVCAKTIVESILAYSEENDRCNLSKIYIID
INEDVLKAFTKEMKSRFGKMPSFTDSTAPAKSEPLKVSSGDTVVGRRRSAAKVEQASNKA
SPATAVSGNVADINGIRTEVIIDDLAKEEAHVIVNTVSSDLDLSKNPCAKALSNAAGPGL
QQECSGKGKLTPGQIAVTEGYSLGCKNVFHVVAGAAWQNGQGEKVLRSLIASCLKKADNL
GFSSIAFPAIGTGNLGFPRDVVARIFFEEVDSFKKKYPQTSILDVHIVLFHKDQPTIDAF
QNELKNLRXPDEDGYSPDFSKAKKGKRRGHISTELELESELSSASYWSRSDDPKNTQIGS
VNVELVTGDITNETTDAIVTVSNXSLBLSLGGGVGAAIAKAGGATIQKECNKLGRQLPGS
VVCTSAGRLRPRKLFHLIPASYRPGDITFVVSECFKTAESQGVDSISVPAVGTGNVNIPT
KEAAKALLKAIGKFCKTNPSSIKLIRIVVFQEHMINEFHRAIEDLIKTESGSTFGGIWSY
IKGLFFGTEEKRTTRSRGIFDVYGRISEETNMTSSPHQKMGLKILALNDTSLKKADXAIN
ELIKEQSKRKVIDNRQTEIEGLTQTQKDRILRLQEKYDTDIEIEKRSARIIIXGLTEDVH
ETVYDINHILSEKVEEEHRRRFAELVAKNVHWYYIEDNXEVAYDDETNADIEKAYSAKDD
SLKITFVDDNKKIQDCKIDFKSMKEINLNTKTAISIVRKELGKGIPLPSHWETQPKDANG
KEKDLHLVTLDRGKHIDEYKKIETAITKSTPINIIKIERVQNPELFRAYXVKKQKKDEGN
GSNEMKLFHGTATNICSLINQKGFNRSYSGKNAVVYGKGTYFARDASYSMRSTYSPVDSM
GNRCMYLANVLVGEYATQVPLLHV
NT seq 5835 nt   +upstreamnt  +downstreamnt
atgtgggatagaactgtctttgtaacagggatycacgaagaaatcaacgaggaagactta
caaatttactttcaaagtaagaaaaagtcgaatggcggtgatatagagagcattgaatac
cgacgtgacactggagaagcgaagattacctttactgacgatgaagttgccagaattgtt
gctacaaggaagcacaacttgaaagggtgcaaattgacagttgaaatgtcaagccataga
aaaacagacagcgactggaccttgagtgttttagttcgaggtatttctgaaaaaactacg
aaagatgcattacaaaattattttgagaacacaagacgatcaagcggcggagatgtgaaa
gacatcacgttggatggaaatcaagctactgttacttttgaatcccctgaaattgctaca
agagtactcgaatggggtaaacacaacttagatggccagtcattaacagtaacaagaata
aagcctaacacacccaagaakatcacgamtaaatcwtcacaagagmcagaaacagaggaa
agatcacgtgttgtttgcgttaagkstatttcascyaaaacaaccaaagatgctttgctg
aatttctttgagaataaacgtcgatcaggagggggagagatagaggacattcagtacaat
caagatgaaggaattgctgacattaccttttgtgatgctgaagatgctgagcgtgtagct
gaaaaaacgacactccagcttgataacgttcaactaaacttaacactcaaagaaatccct
aaagtcctaccaaaggacccacgaaargtgcatgtaatgggattatcagataaaacyaca
aaggatggatttatgtcattcatggagatagccagcggggaagaggtggagagcatgctt
tttggagaagagtcgaatgtgatggtcacatttgaacagccaccagactttgaaaaaatc
gtgaagaagtgtaaaagcagaccnctagatggcagctacttgaaagtggaacaagtgagt
atatgcgactgcattgaagtgtctggactgggatcaaaaacaacaagcgataccattctg
tactactttgaaaacacgaaaaaatctggaggtggagaagtcaaaaaagtggagtacaat
gatggagaagtcagggcactagttttctttgaagactctcaagatgtggaaaacgttgtc
actcgtgaacacgtgataaatagagaaacactgaaagttgctccttactatccatttctt
ggcgaaacttcaaaagaacctggaggcgggaaaaaagaaaaaaagataccggtagatcct
ctcaccatacctttcatcaaaaagttcttccagcaggaattccatgacctcttaaaagaa
matgaagtacgccacatataygaggaaggacaagaggaacttattttgatttctactaac
aacaagatcgataaggccagatgggatggatcctgtaaagccattgaggagtacatcaat
cagataataayrcamcaagtrcaaatatcttcagtagcctggactgaccttgtccagcag
gcaaaagagaagtttsattcattcaaagatgtaatggaaattacttgcaaaaaagakaaa
cagcgcattatccttcrtgggaggaaacaagatgtcgatggattggcagaaatgcttgat
gatttgagtaaagaaattgagaagaagatcgagtacgagaacgctaaagttaccaataca
atttccatgtcaaaggcccagtttgatcttttgaatattaccggkactgctgaaaatctt
atggggcaatataaagatcttaaagtggtcatggtgaaagaagaccgatcaattctattc
gaaggacacgatcagttggtaaaagaagggaacatacaaatttataaaatccaaagcaaa
atgaaagatgatgaaatagagctctctaaatctatagccagtattcttacttctgatgcg
ggtatgatgtaccttgcgcaaaagttcaaaaacagacaaatcgacgctgtcataggtcct
gcggacggccaggatgacacaaagatcatgattaccgctttagatcgcccagatgttaaa
aaggctgtggctcttatcaaggagatcatgacggaggacactgttccattaaaggaaaat
caacaaccattggtgttgtcggaaaaatggaaacagttggaaagtaacttcaggaggtct
atgctccttagagtgacacaagatccaagatcaaacatcgtatcaattgctggagtaaaa
gagcaagtggacgaagccaaggaaagcgtccttgcgtttttcgaagaraacgctattatt
gagaaaactgttgaagcagatsccgggcgtgtaaaatatattttycggtttgaaaaagca
aaactcaaaacgatcgargacacatacaaccatcagtcagttcaaatcataatgggagaa
gatgttgatcagctaacarttcgtggaacaaaagaaggcactcagaaagcctttaatgaa
gtacagaagcttgtcaaccagatcaaagaaaaaaccgttgaacttgaaaagccaggaacc
aagaaattgttcagtgacaagaaaggtatgagactgctctctaatrtcgaaaatgatcat
tcatgtgtcattgagagatgcttcactggagataaaaagctcaccagtgcttcaggtgat
actggttcatctcgagcacaacagatttgcagttatgtaaccccagaaggaaagaccata
gcactccttaaaggtgatctcacagattacaaggtcgatgtcatggtcaacgcagccaat
tcaaggttacagcatgttggtggcttggcaaaagcaattgtacagaaaggtgggcgtgga
atccaggctgaatgtgatgattacatattgcgacacgatcgtcttttagacggtgaagtt
gttgctacaggtccaggaaagctaccttgtaaaaagcttgtgcatgcagtgggacccagc
tggaacaaattgtctaaaaagtacagagacgaagaaactaaagaagaacgcatccttgca
caaacggtttataacgctttagaaaaagcaaaagattttacaagcattgcaatccctgcc
attagtgcgggtgtatttggtttccctgctgatgtctgtgccaagacaatagtggagagt
atcctggcatactctgaggagaacgataggtgcaacctatctaagatttatattattgat
ataaatgaagatgtgttgaaagcattcacaaaggaaatgaaatcaagattcggcaagatg
ccatcctttactgacagtacagcaccagccaaatctgagccgttgaaagtctcatcaggc
gatactgttgtaggaagacgtagaagcgctgctaaggttgagcaagcatccaacaaggcc
agtcctgcaacggcagtaagtggaaacgtagcagatattaacggcatcagaacagaagtc
attatcgatgatctggcaaaagaggaggcccatgttatcgtcaatactgtgtccagtgac
cttgatcttagcaaaaatccatgcgctaaggcccttagtaatgccgctggaccaggttta
cagcaagaatgtagyggaaaaggaaagctaacaccaggacaaattgccgttacagaaggy
tacagcttaggctgcaagaatgttttccatgttgttgcaggggcagcttggcaaaatggg
cagggcgagaaggttttgcgatcattgatcgcctcatgtctgaaaaaagcagacaaytta
ggattttccagcattgcctttccagccatcggaaccggaaatcttggttttccwagggat
gtggttgccaggatcttttttgaagaagttgattcctttaaaaaaaaatatccacaaaca
tctattctggatgtacacatcgtgttattccataaagatcaacctacgattgatgccttt
caaaatgagcttaagaatttgagaartcctgacgaagatggatattctcctgattttagc
aaggctaagaagggaaaacgtcgrggtcatatatccacagagctggaattagaaagcgaa
ttaagtagcgcaagttactggtctaggagcgacgatcccaaaaacacccagattggttca
gtgaatgtagaacttgtcactggggacattacaaacgaaacaacagatgccatagttaca
gtttccaacmcatcactaratttrtctcttggcggtggggtaggggccgctattgcaaag
gctggaggagccactatacaaaaagagtgcaataaacttggcaggcagttaccaggatca
gtcgtatgtacttcggctggaagacttcgtccccgaaagctcttccaccttattccagca
tcatacagacctggtgatatcacatttgttgtatcagaatgttttaaaacggcagaatcc
caaggggtcgattccatttcagttcctgctgtgggtactggaaatgtcaacataccaacc
aaagaggcagcaaaagctctcttgaaagcaattgggaagttttgtaaaacraatccgtct
tctataaagctcattcgtatcgtggtgttccaagaacatatgattaacgaattccataga
gccatcgaagacttgatcaaaacagaatctggttcgacttttggtggaatttggtcgtat
ataaaaggactgttttttggaactgaagagaaaaggaccactagatctcgaggcatcttc
gatgtctatggacgaatttccgaagagacaaatatgacatctagtccacatcaaaagatg
gggcttaagatattggcgctaaatgacacaagtctgaaaaaagctgatrctgctatcaat
gagttgataaaagagcaatccaagaggaaagtaatcgacaatcgtcaaactgaaattgag
ggactgacgcagactcaaaaagatcgtattctacgacttcaagagaaatatgatacagat
attgaaattgagaagcgctcagctcgaataatcatawgtggacttactgaggatgttcac
gagacagtatacgatatcaaccacatactaagtgagaaggttgaagaagagcatcgacgt
agatttgcagaacttgtggccaagaatgtacattggtattacattgaagacaatgwtgag
gtggcctacgatgatgaaaccaatgctgacatagaaaaagcatactctgctaaggatgat
tcactgaaaattacctttgtggatgacaacaaaaaaattcaagattgcaaaatcgacttc
aagtccatgaaggaaatcaaccttaatactaagactgcaattagtattgtgagaaaagag
cttggaaaaggcatcccgttaccatctcattgggaaactcaacctaaagatgctaatggt
aaagagaaagaccttcatcttgttacactggaccgtggcaaacatatagacgaatataaa
aaaattgaaacagcgataaccaagtcaacgcctatcaacattatcaaaattgagcgtgta
caaaatcctgagcttttccgtgcctacayrgtgaagaagcaaaagaaagatgaagggaat
ggtagtaatgaaatgaagctgttccatggtacagccaccaacatctgcagtttaatcaac
caaaaagggtttaacagaagctatagtggcaaaaatgccgttgtctacgggaaaggcaca
tactttgcgagagatgcatcttattcgatgagatctacctattccccagttgactctatg
ggtaatcgttgtatgtacctagccaatgttttggtcggagaatacgcaacacaagttcca
ctactgcatgtataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   RefGene (25)   
   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 (6)   
   Pfam (6)   
All databases (41)   

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