KEGG   Lingula anatina: 106177874
Entry
106177874         CDS       T04921                                 
Name
(RefSeq) poly [ADP-ribose] polymerase 14
Organism
lak  Lingula anatina
SSDB
Motif
Pfam: Macro PARP WWE
Other DBs
NCBI-GeneID: 106177874
NCBI-ProteinID: XP_013416238
UniProt: A0A1S3K0S6
Position
Unknown
AA seq 1738 aa
MSQLNNLNCPPSSSGTTGSVLEVTEYPPRTDEETIDLYFSRNEFGAPDITAITISKKRSA
IYVTFANESERAKVLREKRHTIRGTLVSVRPVSCVPEDSVDSVDDRSVLVKGIPPGTSRE
TVSHFLEKLAGPDLAVVGAHTGIDPTSSVLTFDGEISDRVFTTMSQNVSKESFLGTFLTV
EQVQKPNAVLVKGIKDEQYFKQKLEYYFESKKSRGGSVKDVVILRNRKAAVVTFQEADVA
KRVSENSHTLEGIQLHVSVYYREIGYEEDDDEEDTGDSWTLEFPCDPHIVSFLSERPAQK
RRLADNLKPIHGSLPQSWIDVTSNQIRVVADESKRMDRKEKWEKKCAEVVQEFLDRFTSK
SVHFPDYVWSRIEEECEVHTIYYQELIDVQAAPASHDVRVTGVEDECQKIFKDFARIQRE
EKKKSKKEEKEITKVLTDKNKTKLALIESVGVAGVPAGVVVMIRANEGEIEFKGKATLVE
RAVTKFLDVLTSIKENSIHVTEKHFARILASKGGGEKVRCILKKAGLDVVHEVTGKASEC
MMRFYSFHPEATEKAAEVIQASLTTQSIPVQKSKLSYLHTDPWETLQENLAKDLCVLMEV
TDLRDTKTVAVYGFSDDVKEASKQITVHLGQKTVASETMSILPGQAEYIIKFKVPEIKDL
EKKKGVQIMIKKIGELIIQGPTDKIREVESSLTAIVDKIKNKQVAIKQPGMVTSMQSGSG
RILLENLEKKNSVYIAIKTAASTTTTSTTASPTPTGSFTTPEGINITLVEGNIEQETADV
IVNSIKFDMDLSAGNVSAAIAQVAGPQLQQECTKIGKMSAGEMKKTGGFNLQCKEIYHVV
CPDWEPGKEQTLSSLMSQCLAQAHQDGVSSIAFPTIGTGNLKFPKEVVADVMFKETVQFS
ANNSQTKVKDIRFVLYPQDAQSITSFKMKLLEVQGRPKTVRMRRRVAKPNTPGLTLKSIS
ATCTETDYHGVTIQVQQGDLTKDKVDVIVNTSDDKLNFGKLGDHIVQEGGQSIKDECDQH
AGNVQKGQIIVTGAGKLPFKKVYHMILTHKNLIHQSVEKCCELAEKFRCSSISFPAIGTG
NANVPVAESAKETIDGILGFVEKTKPPHLRRIRLTIFDQRQVGQFHSELRCRGTAPVTGA
AAGISIKSEKPNFMELSCNAVTVQVKQGNVMDDTVDIIVNTVDSQLNMGVLGAHLVKAGG
DDINKELQTKKRHAQKGAVLDTTPGTLPFKRIYHVVIPPANQIHRSIQQCLTLAEKFKCS
SIAFPAIGTGKAHVDPAECAKEMLGGIFQTLQENRMQNLKAICVTVFDRGQIPMFIDEAR
AQSSGTGVVTRGTRIGRRQTMRQRQNLTALQRVILDIYGASEKVAKTDKDIAAFIQQNTQ
KETIQLKGQKLTQADISEIRDLEVERGVTITIDTNASTIVIVGCSMDVSPTVNTIYKIIH
KKIEDRAEEEKATGLQRNVQWCWIAAADQSREPFDKMTNYRVEMAHRAKKGSVVYEIEGS
KCRLDFSTMTETDCSDGVITQVIREVKDHSVPAHWSPQPRDNNIPRVVHLVNIKAGDQEF
DKVAGQFNAAFDADTVPRKKITQLIRIQNPDLYKQYKTYSDKLKRENQGVNNEMSLFHGT
SEDKCDYINHQGFNRSFSGLNVGAIYGKGVYFAKNATYSADPKYCTPNTAGEQFMFVAKV
LVGSYTKGDPKMLTPPPKDPQRPLVTYNSVVDNDQTPTIFVIFFDAQAYPEYLIKFQS
NT seq 5217 nt   +upstreamnt  +downstreamnt
atgtcacaacttaataaccttaactgcccgccatctagctccggtacaactggaagtgtt
ttagaagttacggaatacccacccaggacagacgaagagacgatcgacctttatttcagc
cgcaatgaatttggtgccccagatataacggcaatcactatctctaaaaagcgcagcgct
atatatgtgacattcgcaaatgagtcagaaagggcaaaagttttgcgggaaaaacgccac
accattcgcggcacccttgtctctgtgaggccagtaagctgcgttccagaggacagtgtg
gattctgtagacgacaggagcgttcttgtgaagggtattccacctggcaccagccgagaa
acggtgtcacatttcctggagaagttggctggtcctgatttggccgttgttggggctcac
actggcattgatcccacctcctcagtgcttacttttgatggagaaataagcgatagagta
ttcacaactatgtcacagaacgtctcgaaagaaagttttctcggaacttttctcacagtg
gagcaagtacagaaacctaatgctgttcttgtcaaagggatcaaagacgaacagtatttc
aagcaaaaattggaatattatttcgaaagcaaaaagagcaggggtggatcggtcaaggac
gttgtcatactaagaaataggaaagctgctgttgttacgtttcaagaagcagacgttgca
aagagagtttctgagaattcacacaccctcgaaggtatccagttgcatgtcagtgtctat
taccgtgaaattggatatgaagaagatgacgacgaagaagataccggagattcctggacg
ttagagttcccttgcgacccacacattgtatccttcttaagtgaacgtcctgctcaaaag
cgccgtttggctgataatcttaagccgattcatgggtcactccctcaatcctggatagat
gtcaccagcaaccaaatacgcgtcgtggccgacgaaagtaaacggatggacaggaaagag
aagtgggaaaagaaatgcgccgaagtggttcaagagtttcttgatagatttacttcaaaa
tcagtccattttcctgattacgtttggtctaggattgaagaggagtgcgaagtgcatacc
atttattaccaagagttaatagatgtacaggccgcccctgcgtctcacgacgtccgagta
actggtgttgaagacgaatgccaaaagatcttcaaagattttgctcgaattcagagggag
gagaagaaaaaatccaaaaaagaagaaaaagaaataaccaaagttttgactgataagaac
aaaaccaaattagccctcattgaaagtgtaggtgttgctggtgttccagctggggttgtc
gtcatgattcgagcaaatgaaggggaaattgaattcaaaggaaaggccactctggtggag
agagctgttactaaattcttggacgttcttacttcaattaaagaaaacagcatccatgtc
actgagaagcattttgccaggattttggcgtcaaaaggaggcggggagaaggtccgatgt
atactcaaaaaagctggtttagacgtcgttcatgaagtcacgggaaaggcatctgaatgt
atgatgcgtttttattcatttcaccctgaggcaacggaaaaagctgcagaggtcatccaa
gccagtcttactactcaaagtatccccgtgcaaaaatctaagctttcatacttgcacacc
gatccttgggagaccctgcaggaaaacctggccaaagatttgtgcgttttgatggaggtt
acagacttacgagatacgaaaaccgttgcggtatatggttttagcgatgatgttaaagag
gcttcgaagcagataaccgttcatttgggacaaaaaacagtcgcaagcgaaactatgtcg
attctccctggtcaagcagaatatattatcaaatttaaagtacccgagattaaggatttg
gagaagaagaaaggagtgcaaattatgattaagaaaatcggggagttaatcatccagggc
ccaacggataaaatccgggaagttgaatcatcactgacggcaattgttgacaaaattaaa
aacaaacaggttgccatcaaacagccaggaatggtcactagcatgcagagtggttccgga
cgcattttgctggaaaaccttgagaagaagaacagtgtttatatagctatcaaaacggca
gcttccaccacgacaacgtcaacaacggcgagtccaacgccaactggcagctttaccaca
cctgaaggcataaatataactttggtcgaaggaaatatcgaacaagaaacggccgatgtt
atagtgaacagcatcaagttcgacatggatcttagtgccgggaatgtttctgctgccatt
gctcaggttgctggccctcagcttcagcaggaatgcacaaagatagggaaaatgtcagct
ggagaaatgaagaagacgggtggcttcaatcttcaatgcaaggaaatctaccatgtcgtc
tgtccggattgggaaccaggaaaagaacagacgctatccagtcttatgtcccagtgttta
gcacaagcacaccaggatggagtgtcatccatagcatttccaactattggaactggaaac
ctgaagtttccgaaagaagttgtcgctgacgttatgtttaaggagaccgtgcaatttagt
gcaaacaactcgcagaccaaagtcaaggatattcgatttgttctctatccccaagatgcg
caaagtatcacttcttttaagatgaaattgttagaagtacaggggcggccaaaaaccgtg
cgtatgcgtcgaagagttgcaaaaccaaatacacctgggcttactttaaagtcaatatca
gcgacatgcactgagaccgattatcatggcgttaccattcaagtccaacagggtgacctc
accaaagataaagttgatgtcatagtaaatacgtcagatgacaaattgaactttggaaag
ctgggtgaccacattgtgcaggaaggtggtcagagcataaaggacgaatgtgaccaacat
gccggcaatgtacagaaaggacagataattgtaacaggtgctggaaagttgccgttcaaa
aaggtataccacatgattttaacacacaaaaacttgatacaccaatccgtggaaaagtgc
tgcgaactggcggagaaattccgatgttcttccataagcttccctgccattgggacagga
aatgcgaacgtgcctgtggccgagtcagccaaagagacgattgacggcattcttggcttt
gttgaaaagacaaaaccgcctcatcttcggcgcatacgtctcactatatttgaccaaaga
caggtgggacagttccacagtgaactcaggtgtaggggaacggcgccggtgactggggca
gccgcaggcatttcaattaagtcggagaagcctaactttatggagctgtcttgtaatgca
gttactgttcaagtcaagcagggcaatgttatggacgacactgttgatattattgtgaat
actgttgactcccaacttaacatgggagtacttggcgctcatttggtaaaagccggaggt
gacgatatcaataaagaactacaaactaaaaagagacatgcacagaagggcgcagtttta
gatacaacacctggcacacttcctttcaagagaatttaccacgtggttattccaccagcc
aatcagatccatcgaagcattcaacagtgcttaactttggctgagaaattcaaatgttct
tcaattgcttttcctgccataggaacaggtaaagctcacgtggatccggcagagtgtgcc
aaggagatgttgggcggtatctttcagacactccaagaaaaccgtatgcaaaatttgaag
gcgatttgtgtcacggttttcgaccgaggtcaaatcccgatgtttatagacgaagcaaga
gcgcagagtagtggtactggtgtagttacaaggggaactcggataggtcgtcgccaaacc
atgcgccaacgccaaaaccttacagctttacaaagagtgatacttgatatatatggagcc
agcgaaaaagttgccaaaacggacaaagacattgcagcttttatccaacagaacacccaa
aaggaaactattcagttgaagggacagaaattaacacaagctgacatttctgaaattcga
gaccttgaggtggaacgaggagtaacaattaccatagatacaaatgcctcaaccatagtg
attgtgggttgctcaatggatgtttctccgactgtcaacactatatacaaaataattcat
aagaagatagaagacagagcagaggaggaaaaagctacaggactccagcggaacgttcag
tggtgttggatagctgctgccgatcagagtagagagccttttgataaaatgacgaactat
cgtgtggaaatggctcacagagcgaagaaagggtcagtggtatacgagatagaaggcagt
aaatgtagattggatttcagcaccatgacggaaacagattgcagtgatggtgtaattacc
caggttatacgagaggtcaaagaccattccgtacctgctcattggtcacctcaaccacgt
gacaataatatcccacgtgttgtacatctagttaatataaaagctggggaccaggagttt
gacaaagttgccgggcagttcaacgccgcctttgatgctgataccgtgccacgaaagaaa
atcactcaactgataagaatccagaatccagatttatacaaacagtataagacgtacagt
gataaactgaagcgtgagaaccagggggtgaacaatgagatgtcactttttcacggaacg
tcagaagataagtgcgattacataaaccaccaagggttcaacagaagctttagtggacta
aacgttggcgccatctatggaaaaggagtatactttgccaaaaacgccacctattctgcc
gatcccaagtactgcactcctaatacagctggggagcagtttatgttcgtggccaaggta
cttgttggatcttacacaaagggagaccccaagatgctgacccctcccccgaaagatccc
cagagaccactggtgacatacaactctgtggtagacaatgaccagactccgaccattttt
gtgatattttttgacgcgcaggcttatcctgagtatcttattaagttccagtcatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (26)   

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