Enhydra lutris kenyoni (northern sea otter): 111155027
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Entry
111155027 CDS
T05871
Name
(RefSeq) poly [ADP-ribose] polymerase 9 isoform X1
KO
K15260
protein mono-ADP-ribosyltransferase 9 [EC:2.4.2.-]
Organism
elk
Enhydra lutris kenyoni (northern sea otter)
Brite
KEGG Orthology (KO) [BR:
elk00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
111155027
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Paralog
GFIT
Motif
Pfam:
Macro
KH_PARP14_8
PARP
SPOB_a
Motif
Other DBs
NCBI-GeneID:
111155027
NCBI-ProteinID:
XP_022370749
UniProt:
A0A2Y9KGZ0
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Position
Unknown
AA seq
825 aa
AA seq
DB search
MDFPESSYGAVAHQEKSEMATPEEDHGWQIPINHGDFTILKKNESQLCEVLQNKFECVCT
LVSPSVEGNSESLQVFREMLIPGLELSVWKDDLTRHAVDAVVNAANGDLIHAGGLAQALV
KAGGSEIQEESRRLVSRFGKIPVGEIATTKAGRLPCKLIIHAVGPRWIAKDYQTCVYKLQ
KAIISILNYVTFYNPDIETVAIPALSSGIFQFPLDLCTEIIVKAISFFYQGKQLATNLKE
IHLVSNEHPTVVAFKNASEVILRTNKLGSRMSEEATPPFKTVLVNDVTLQIVQGYIQLQE
TDVIVNSVNPLCGLGFGDVSISILQQAGNEMELEFNEKITELLESPLVLVTGGFQLSCQY
VYHVLLHSGHHKLTKILRIAMKECLEKCLELNKTSISFPALGTGNFGIQKSVAAEIMFDE
VLAFAKCHLKKQLTVKFVIFPEELDTYMAFSTEMEKTKFKLCSFSNYNVPQLAREEKREN
GLQAKSPAISLKGSNLEKMKEAQTWIQRILTPQDHHIIENNLILYLGKKEHDILTRLQNT
LRVSISEIISPEKAILEIKGAQADVIEAVMNIEHMLCEVQEEVARKKELALWSLSGQWTN
WQPPNQDEMKKNTFLKCLKLSTEEIQAQKKQFESCGLQVIKVEKIDNEVLMAVFQKKKKM
MGERTQGKPVSHRLFQQIPFQFCEDVCRVGFQRMYSVPCDPKYGVGIYFTKNLKNLAYRV
KETSATDELIYVFEAEVLTGSFCQGHQLQITPPPLSPGNTDCHDSVVDNVSSPETFVIFS
NTQAMPQYLWTCSQDRVQPRYYSSRPRMLSSQQPRARFSRGSSVD
NT seq
2478 nt
NT seq
+upstream
nt +downstream
nt
atggactttcctgagagttcctatggagcagtggctcaccaagagaaatcagagatggcc
actcctgaagaagaccacggttggcagattcccattaatcacggtgacttcacaatttta
aaaaagaatgagagtcagctgtgtgaagtccttcagaataaatttgagtgtgtctgtacc
ctggtctctccatccgtggaagggaacagtgagtctctgcaagtcttcagagaaatgcta
attcctgggctggagttatctgtttggaaggacgacctcaccagacatgccgttgatgct
gtggtgaatgcagccaacggagaccttattcatgcgggaggcctggctcaagccctggtg
aaagctgggggctctgaaatccaagaggagagcagaagactagtttccagatttggtaaa
ataccagttggtgaaatagctaccacaaaagcagggagacttccctgcaaattaattatc
catgctgttgggcctcggtggatagcaaaagattatcagacatgtgtctataaactgcag
aaggccatcataagtattctgaattatgttaccttttacaacccagacattgagacagta
gcaattccagccctcagctctgggattttccagttccctctggacttgtgtacagagatc
attgtgaaagcaatcagctttttttaccaagggaagcaactggccactaatttgaaagaa
attcacctggtaagcaatgagcaccctactgttgttgcctttaaaaatgcttcagaagta
atcctaaggacaaacaagctgggatcccggatgagtgaagaagccacccctcctttcaag
acagttcttgtgaacgatgtgactctccagattgtccagggttacatccagctgcaggaa
acggatgtaattgttaattctgtaaatccgctctgtggtttgggatttggagatgtgtca
atatcaattctacaacaagcgggaaatgaaatggaattggaatttaatgaaaaaattact
gaactactagagtctccgttggtactggtcacaggaggatttcaattgtcctgtcagtac
gtataccatgtgttgttgcattcaggacatcacaaactgactaagatactgagaattgca
atgaaggaatgtttggagaaatgccttgaactaaataaaacttctatttcttttcctgcc
cttgggactggaaattttggtatacagaagagtgtagcagccgagattatgtttgatgaa
gttttagcttttgccaaatgccatttgaaaaagcaattaactgtaaagtttgtgatcttt
ccagaagaactggacacctacatggctttcagcactgagatggaaaagactaaattcaag
ctatgtagtttcagtaactacaatgtcccccagttggccagagaggagaaaagagaaaat
gggctccaagctaagtctcctgccatcagtctgaagggatccaacctggaaaagatgaag
gaggcccaaacatggatccaaaggatactgaccccccaggaccaccatatcattgagaat
aatcttatcctctatcttgggaaaaaagaacatgacattttgactcggcttcagaatacc
ttgagggtctctatctcagagattatcagtccagaaaaggcaattttagagattaaagga
gcccaagctgacgtcattgaggccgttatgaacattgaacatatgctgtgtgaagttcaa
gaggaagtggcaagaaaaaaggaactagccctttggagcttgtcagggcagtggactaat
tggcaacccccaaaccaggatgaaatgaaaaagaatacatttctgaaatgcctaaagctt
tcaacggaggaaattcaggctcagaagaaacagtttgagagctgtggtttgcaggttata
aaggtggagaaaatagacaatgaggttctcatggctgtcttccaaaaaaagaagaaaatg
atgggagagaggacacaggggaagcctgtgagccacaggctgtttcagcaaattcctttc
cagttctgcgaagatgtatgcagagttggctttcaaagaatgtactcggtgccctgcgac
ccaaaatatggagttggtatatacttcaccaagaacctgaaaaacctagcataccgggtc
aaggaaacatcggccacagacgaactgatatacgtgtttgaagctgaagtactcacaggc
tccttctgtcagggtcatcagttacagatcactcccccaccattgagtcctgggaacaca
gactgccatgacagtgtggttgacaatgtctccagccccgaaacctttgttatctttagt
aacactcaggctatgccccagtatttgtggacttgcagccaggatcgtgtacagccacgg
tattactcgtcaagaccaaggatgctgtcttcacagcagcctagagcaagattctcaagg
ggtagctctgttgactaa
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