Crassostrea angulata (Portugese oyster): 128180091
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Entry
128180091 CDS
T09348
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP14-like isoform X1
KO
K15261
poly [ADP-ribose] polymerase 10/14/15 [EC:
2.4.2.30
]
Organism
canu
Crassostrea angulata (Portugese oyster)
Brite
KEGG Orthology (KO) [BR:
canu00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
128180091
Enzymes [BR:
canu01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.2 Pentosyltransferases
2.4.2.30 NAD+ ADP-ribosyltransferase
128180091
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Macro
PARP
RRM_1
WWE
Motif
Other DBs
NCBI-GeneID:
128180091
NCBI-ProteinID:
XP_052703884
EnsemblRapid:
LOC128180091
LinkDB
All DBs
Position
4:complement(45223756..45258332)
Genome browser
AA seq
2280 aa
AA seq
DB search
MSENQGQKPPEALSIQEKIKAFETKKPTHSKPPPEVPPKLPPRPTPKVPPRPAPRVMATH
TTTSLVQKQGQEKGTSVDPKMSGSQGAVNILQDSSSEEEEEGPFEDAHSPEEMSDYKEHE
KLTLNIEATEQADEQESDEYESPDSPEPIWSPPAINPPIPTSPPQSEQITPQTPEEMFEG
TVYQNVNPGGVPTVGPDNQCLSGVKDQASIDRTLYQNWDPDDARTEDPGNVCQASAEGQT
LTSQTVYQNVCSDGMQIEGLIEDNEGQAGVKGQALRSEMMNQNSDDSKTGGPDISIQCQA
KAEESEEQIWDPEQVKNSQAFDTQSQPDQHDQWSSGSKEDQTPEDAPPPVPARTYVKPQL
PPRVSKNLHPSSDSTNMGSDYVDPRSSAQREATKPVKSSDFPPSYYTPQQNIPHSNPQNY
PPSSSAQPNVSNPNVPNPDMMYGNPYTSMPFPYSFPNMAPGQFSFPGGENEFAQQMIQLQ
YYHSLIEQNKKMQTQTSQNANNSNKGNETLASNLDESISKSSDQDTSLPTNNPNSDQKHP
KKKKAKKEPKHHSKPQHEKDQSEATAKATEETAKDLFVCVNNINPETDEETFSNFLEGRA
GGDAEVICVVYTEDKSTAVVEFSTPVDITEIQNKCKKKPLKGKYLEVGSVDPLRYIVVSA
EGDDVSGDDLKKYFENKAQSDGGNVHRVSSKCDGCFTVKFKQEEDALRVCRKSCHVVSDT
TLIVTPLFFPELGDNCNGIYDVSKHTVPLPSVLIIENVDVQIEDFLKQSNPVVEQLNLEL
KKKHAKVICDEKTQVECLLDQKVPNVRELVKSWETEARESFFETVNEMIHKAEIEVMKEA
WSEIQCSATKITEIHSSDHLLTIYEENTSKILFVGKKMIVQNVHTEISKQHREIEKKIQR
KKQITSDEKSFPVPNIRLMRRSGIFEELEMISEDFKVEADYQNGKIFFTGVKDDIMKATV
QIFEHISDFENWIISVSEKLSKHQLELLAGEPAKSLVEEKFQENGLTVEIEFHDDAVKVY
TINSNERSPAESIILNMTKESEIPLDETSRNVLLTREWRMEIEALCSEHENKVKVFPEGQ
AKILITTTRDLHDYVKQRLENFIRENSIFEDSVVIEDAGIMKFISKYCGTQVKEIEEKYR
EYFVKLALEEKRIIMSGNKEGLSMAKPEIQAMIKKIRFEQKTYSQPGMSKILTQDKLPVT
DIEDGCRSVIMFTGPRNAGVSPGSEDVRPKLRFIPSHRMLQEEELLRGSTLSMSPPPQVK
SGPYICAENNIKIELIRGDLASEKGDVIVCSVAQDLHLNRGKSSKTLLDKGGQGLMAEIE
TKYPNGSQAGELATISGGSLGCQELYLGYLPDWKSSKGKVLNEFMRKCLEAANDSSYTTL
VFPAMGTGQLGYPRDQVAEMMYQAVIDFDRKSAGPNLKHIKFICFPGDFETCQAFEAEEK
HRLNPHLPKQQVRDSRKGPYITRNKVTISIEKAEISKFSADVLVVACDKSLVLTKSGKAA
QSLYDAGGDFFQEGAKVNYPNGIANFGDFACIPGNGLKNCKDVYLTSIPESEQKSQTVLC
KFVAECMEHADQSGYKSVAFAAMGTGGMKYPAAMVAKNMYSEVRKYSRGHPNCSVKNVHF
VLYPKDKETIKAFEDCEKELLNERKYSSDAYKTPNQGIVVTVKTASITKLKDDVIVVTAK
NDLDLGQTAVTKAIMKEGGDSIQTEIRTNYPNGITAGNLAIVSSGKLDCKEIYIGTLPIY
KEDANAAAKILKDMVVKCLTVANQKGHNSISFPCLGSGYNGYPHIEVAALMFEAVTEYDK
SVSSTSVQKVNFVALSNDRKSMGAFESEEKKYIPKQAGLSVTQPSFLMTSRPEQVSVRSS
VARPRKSRSFPSVTLWVYGDRQDDIQDTFREISKIIQSKASKQEVTDSQIPNLTPNEFNQ
FYDIPEQCEIEMTIDKQSGKITMEGLKEELDKAKDKIFDLLRQFQKERWLDEEAKLVADT
VQWSVMSDDPMVVIQKLQDFPQRENMYIENAYRKNESEVRLRDTGMVVDLTTMKIYPENQ
PTKQENVVRKEKFKGNKIELPANWVPMKDGETIKVVTLDKASAEYQSLEKKFLDSVKNGI
YNTGKAPNPANNPVGQFNKVKVNKIERIQNPSLYQQYAAKKAHIEKHVDQNKQTLEMELW
HGAAPKAIVSINYYGFNRSYCGNTGGEPWYGRGVYFATDASYSARDWLSAPDGSHRKKMY
QAKVITGYYCAGQKGMKYLPVRITGINYDCAVNTMTNPTEFVIFNDTQAYPEYCIEFTIV
NT seq
6843 nt
NT seq
+upstream
nt +downstream
nt
atgtctgaaaaccaaggacagaagccaccagaggctttaagtatccaggaaaaaattaag
gcctttgagacaaaaaaaccaacccactctaaacctcccccagaagtaccacctaaactt
ccccctagacccacaccgaaagttccccctcggcctgcacccagggttatggctacccac
acaactacgtcattggtccagaagcagggtcaggaaaaaggaacttcagttgatcctaaa
atgtcagggagccaaggggcagtaaatatcctgcaggattcaagctcagaggaggaagaa
gagggaccatttgaggatgctcactcacctgaggaaatgagcgactacaaagaacatgaa
aaattaaccctgaatatagaagctacagagcaagcagatgaacaagaatcggatgaatat
gagagtccagacagcccggaacctatatggagtccaccagcaatcaatccacccatacca
accagccccccacaatccgagcaaatcaccccccaaactcccgaggaaatgtttgaagga
acagtgtatcagaatgttaatcctggtggcgtgccaacagttggtcctgataatcagtgt
ctgtctggtgtgaaggaccaggcatccatagatagaacactgtatcaaaattgggatcca
gacgatgctagaacagaagatcctggtaatgtttgccaagccagtgctgaaggtcagaca
ttgacaagtcaaacagtgtatcagaatgtttgctctgatggcatgcaaattgaaggccta
atagaagacaatgagggccaagcaggtgtaaaaggccaggcattaagaagcgaaatgatg
aatcagaattctgatgattccaagacaggcggccctgatataagtattcaatgccaggcc
aaagcagaagaatcagaggaacaaatttgggaccctgagcaggttaaaaattcccaagca
tttgatacacaaagtcaacctgatcagcatgaccaatggtcaagtggttcgaaagaagat
caaacccccgaggatgcccctccccctgttccagcaagaacatatgttaaaccccagcta
ccccctagggtctctaaaaacctgcatcctagcagtgattcaaccaatatgggaagtgac
tatgttgatcctagaagctctgctcaaagggaagcaaccaagcctgtgaagtcttcagat
tttccacctagttattatacaccacaacaaaatattccacatagcaacccgcagaattac
ccccctagttcttcagcccaaccaaatgtaagcaatcctaatgtaccaaaccctgatatg
atgtatggaaacccatatactagcatgccatttccttatagttttccaaacatggcacca
ggacagttttctttccctgggggtgagaatgagtttgcccagcagatgatacagttacag
tattatcacagcctaatagaacaaaataaaaaaatgcaaactcaaacatctcaaaatgct
aacaattccaataaagggaatgagactttggcttctaatctagatgaatcaatatctaag
tcttcagatcaagatacatctttgccaacaaataatcccaactcagatcaaaagcatcca
aagaaaaagaaagccaaaaaagaaccaaaacaccatagcaagccacagcacgaaaaagac
cagtctgaagctacagccaaggcaacagaagagactgctaaagatttgtttgtgtgcgtg
aacaacataaatcctgagactgatgaggagaccttttctaacttcttggaggggagagca
ggcggagacgcggaagttatttgtgtggtgtacactgaggacaagagcaccgccgtggtg
gagtttagtactcctgttgatatcacagaaattcaaaacaagtgcaaaaagaagcctttg
aaagggaaatatttagaagtgggttccgtagatccattgaggtatattgttgtctcggct
gagggagatgatgtgtcaggagacgatctgaaaaaatattttgagaacaaagctcaaagc
gacggaggaaatgtacatagggtgtcttctaaatgcgatggatgtttcaccgtcaaattt
aagcaagaagaggatgccttgagagtttgtaggaagtcctgccatgtggtatctgacacg
acccttattgtgacgcccttgttttttcctgaactaggagataattgtaatggtatttat
gatgtctcaaaacacactgtgcctcttcccagtgtgcttattatagaaaatgtggatgtt
caaatcgaagatttcctaaagcaatccaaccctgttgttgagcagcttaacttggaactt
aagaaaaaacatgcaaaggtcatatgcgatgaaaagacacaagtggagtgtcttctggat
cagaaagtgcccaacgtgagagagctggtcaaatcttgggaaaccgaggccagagaaagc
ttttttgagactgtaaatgagatgattcataaggcggagatagaggtgatgaaggaagct
tggagtgagatacagtgctctgccaccaaaataacagagattcacagctcggatcacctt
cttaccatctatgaggaaaataccagtaaaattttatttgttgggaaaaaaatgatagtt
caaaatgtgcacacagaaatcagtaagcagcatagagaaatagagaaaaagattcaaaga
aagaaacagattacatctgacgaaaagtctttccctgtcccaaacatcaggctaatgagg
agaagtggcatttttgaggagttggaaatgataagtgaagattttaaggtagaagcagat
tatcaaaatggaaaaatctttttcacaggggtcaaagatgatattatgaaggcaacagtc
cagatttttgagcacatttctgattttgagaattggataatatccgtctcagaaaaattg
tctaaacatcagcttgaattactggcaggagagccagccaaatctttggtggaggaaaag
tttcaagaaaatggactgacagttgagattgaatttcatgatgatgctgtaaaagtttac
acaattaacagcaatgaaagaagtccagctgagtctatcatccttaacatgacaaaagaa
tctgagattcctctggatgaaacatccagaaacgttctgttaacacgcgagtggaggatg
gaaattgaggctctgtgctctgagcatgaaaataaagttaaagttttccctgaaggtcaa
gccaaaatcctaattaccacaacaagggatcttcatgattatgttaaacaaagactagaa
aactttatcagagaaaattccatattcgaagattctgtagttatagaagatgcaggaatc
atgaaatttatttcaaagtattgtggtacccaggtaaaagaaattgaagagaaatataga
gaatattttgtgaaacttgccctggaggaaaagaggataatcatgtcgggtaacaaagaa
ggactgtcgatggccaagccggaaattcaggcaatgatcaagaaaatccgctttgagcag
aagacgtacagccagccagggatgagcaaaatcctgacccaggacaagcttccagtgacg
gacatagaggatggttgtcgctcagtgataatgttcacgggtcctaggaacgctggggtc
agccctgggagtgaagatgtcaggcccaaactgagatttatacctagccatagaatgcta
caggaagaagagctgctgcgtggatccactctctcaatgtccccacccccacaggtcaag
tcggggccctacatctgtgcggagaacaacattaagattgaactgatccgaggagatctt
gccagtgaaaagggagacgtcattgtatgttctgtggcccaggatttgcatctcaacaga
ggaaagtccagcaagactctgctggacaagggaggtcaaggactaatggctgaaattgag
acaaagtatccaaacgggagccaagcaggagagttagccaccatcagtggagggagtctg
ggctgtcaggagctgtacctcggatatctaccagactggaaaagcagcaagggcaaggtt
ctaaatgagtttatgagaaaatgtttggaagcggccaatgattcgtcatatacaaccctg
gtgttcccagccatggggacgggacagctaggataccccagggaccaggtggctgaaatg
atgtaccaggccgtcattgactttgaccgcaaatctgctggaccaaacttgaagcacatt
aaatttatctgtttccctggtgatttcgaaacctgtcaggcttttgaggcagaggagaaa
catcgcctcaatcctcacctcccaaaacagcaggtcagagattccagaaaaggaccatat
atcacaagaaataaagtgacaatttccattgaaaaggctgaaattagtaaattctctgct
gatgtgctggtagttgcctgtgataaatccctggttttgaccaaatcaggaaaagctgcc
cagtctttgtacgatgcaggaggagatttttttcaagaaggggcaaaggttaactacccc
aatggtattgccaattttggggactttgcatgcattccaggaaatggacttaaaaactgc
aaggacgtatatctaacctccattcctgagtcagaacagaaatcccaaacagtgctgtgt
aaatttgttgcggaatgcatggaacatgccgaccaatcaggatacaagtctgtagccttt
gctgccatgggaactggaggaatgaaatatcctgctgcgatggtcgccaaaaacatgtac
agtgaagtgcggaagtattccagaggacaccccaactgtagcgtcaagaacgtgcacttt
gttctttatccgaaggacaaggaaaccatcaaggcctttgaagactgtgaaaaggagcta
ctgaatgaaaggaaatactccagtgatgcctataaaacgcccaaccaaggaatagtggta
actgtgaagacagcctccattacaaagctaaaggatgatgtcattgtggtgacagctaag
aatgaccttgaccttggccagacagcagtaactaaggcaataatgaaggaaggaggagac
agcatccagacagaaatcaggactaactatcctaacggaatcaccgccggaaacctcgcc
attgttagctcaggaaaactagattgtaaagagatatacattggcacattgccaatatat
aaggaggacgctaatgctgcagcaaaaattcttaaagatatggttgtgaagtgtttgact
gtagcaaaccagaagggacacaactccatttccttcccctgccttgggagtgggtataat
gggtacccacacattgaggtagctgccctgatgtttgaagcggtcactgagtacgacaag
tcagtgtcctctaccagtgtccagaaggtcaactttgtggccttgagcaatgacaggaaa
tctatgggggcttttgagagtgaagagaaaaagtacattcctaaacaagctgggctttct
gtgacccagccttcttttctgatgacctcaagaccagaacaagtcagtgttagaagtagt
gtagcacgtcccagaaaaagccggtctttcccgtcagtgactctgtgggtatacggagac
aggcaggatgatattcaggacacattccgtgaaatatccaaaattatccaatccaaggct
tcaaagcaagaagtaacagactcacagataccaaacctgacccctaatgagtttaaccag
ttttatgatatacctgagcagtgtgaaattgaaatgaccatcgacaaacagagcggaaaa
attaccatggagggtcttaaggaggaattggacaaagccaaggacaagatctttgatcta
ctgagacagttccagaaagagagatggctggatgaggaggcaaagcttgtagctgataca
gtgcagtggagcgtgatgagtgatgatccaatggttgtaatccaaaaactacaagatttt
ccgcagcgcgaaaacatgtatattgaaaatgcatatagaaagaatgaaagtgaagtcagg
ttaagagatactggtatggttgttgatctaacaaccatgaagatatacccagaaaatcaa
ccaaccaaacaggagaatgttgtcaggaaggaaaagttcaaaggaaataaaattgagtta
ccagccaactgggttcctatgaaggatggagagactattaaggttgtaacactggacaaa
gcttctgcagaatatcaaagtctagagaagaaatttctggactctgtaaagaatggaatt
tataacacaggcaaagctccaaatccagcaaataaccctgtgggacaattcaacaaagtc
aaagtcaacaagattgaaagaattcagaatccatctctgtatcagcaatatgcagccaaa
aaagctcatatagaaaagcatgtcgaccaaaacaaacaaacgttagagatggaactgtgg
catggggccgcacctaaagccattgttagcatcaactattatggattcaaccgaagttac
tgtgggaatactggtggagagccatggtatgggcgtggggtttattttgctacagatgca
tcctattctgctagagattggttatctgctccagacggtagtcatcggaaaaagatgtac
caggccaaagtcatcacaggatactactgcgctgggcaaaaaggcatgaaatacctacct
gtgaggataacaggtatcaactacgactgtgctgttaacaccatgaccaaccccacggag
tttgtcatatttaatgacacgcaggcctacccagagtattgcatcgagtttacaattgtt
taa
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integrated database retrieval system
