Oncorhynchus kisutch (coho salmon): 109903524
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Entry
109903524 CDS
T09179
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP10-like
KO
K15261
poly [ADP-ribose] polymerase 10/14/15 [EC:
2.4.2.30
]
Organism
oki
Oncorhynchus kisutch (coho salmon)
Brite
KEGG Orthology (KO) [BR:
oki00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
109903524
Enzymes [BR:
oki01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.2 Pentosyltransferases
2.4.2.30 NAD+ ADP-ribosyltransferase
109903524
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PARP
WWE
UIM
Motif
Other DBs
NCBI-GeneID:
109903524
NCBI-ProteinID:
XP_020355883
Ensembl:
ENSOKIG00005030637
LinkDB
All DBs
Position
LG14:complement(61629969..61640970)
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AA seq
1242 aa
AA seq
DB search
MSVESQENRTVEVLGVPEEVEDELLYLYFENKRRSGGGSLVSVELEGSRAILLFEEAEVA
ARVLSKGPHVLHNAELTVRKPACKDPWRLLLRGVNPTTSQELVELYVENMMGMDIDDYTL
YPSPGRDLVLVHFRQAFNKDFQKLFTKISKKPLDGAQIVLEQIDQTDSILVENLHPSITA
DMLNLYLESQRGGGGGVKEVAMISEGVARVSFLDFDSVERVLKQSHKLEKTDLMVRPYFS
FLQSEDSSSPLTDPLTSLNGTSDSNTNTPQTESGGQSQTGSLPAASTSDHSQSSHQVTSE
PLVPLLSHPVSQATAAQGGMEDLTSIPEPMSSHIPVPDPVKLALLQLSPLLQSLQLAHPA
CSVQIREDGVHMAGSDRLGLEQLKNAMLEFLGGVAQAHLTFDLEKAHFLAKQEVKDNLLQ
TLKDKGLPSMYTVSDCVVVVTSLSFSLVSQACSLLKTLLSDFSIPVDREYECMLYAQEWT
GFLQSLGLCSAKVSERGQIDVLTLRGLEEEKQAKIVEFLSTPIETEAIISMEPGMLKYIQ
THHHQLLADMDQVSIFPLDAHGICGLRIHGNAGACQMADEVLRGVVSSIVTRTITVNEPG
VARFLIQEGEGTSILREMQAKFQVYINMEKVHWEPLENEDIFEAAWNMTSHQSFQRKSSD
GSLQASTSVLTHTNQTSNDLSAPDMGLLEEAKRLFSAIDEMVDCGLSSLTRTTDIEEDLY
TAGEPIALSTDQGPDRDTTDVEEQATEPLVEGGGSDDEVALAPLVAQDGGLSWATQLSST
LDEEAQMSLAIQYSMETTKRSLTEEEELQKVLELSKKMTKMTRHDGGAMATSSLPAAGLH
LDQAVQVSLQEAIQSANTATIFVFAGYSCDLIRVDIALNKKVTLRKHEEKLEHRSLRILS
QYHRRCLDFIKRKHAVEVTIQGTTATISGFKDFVTGAMPDMKLLLRRISTTTSDADILRT
VQWLWHDPASSGTETAYAPEATVFMENAWKMRQKKIDILLNNLPHIINFEKMQEYNVASG
KSVTISRKMLSSEDLYSDIQDEDYSLLSNLPETSRVNEDSDEFQDVVKDFYDSIHEYHNR
IKIIKVEKLMNRLLYNQYRLKKASINQSANDPEVERTLYHGTSETSVKEICVHGFNRSFC
GKNATVYGQGVYFALNSALSVQDQYSPPNADGHKFVFVTKVLTGDYTQGSHSMKTAPLKE
SSEIPLRYDSVADKMDNPSLFVIFNDTQAYPEYLITCQKINC
NT seq
3729 nt
NT seq
+upstream
nt +downstream
nt
atgtctgttgaaagccaagagaaccggacagtggaggtactgggggtacctgaggaggtg
gaggatgagctcctgtatttgtactttgagaacaagcgtcgttctggaggaggtagtctg
gtgtctgtggagctggaagggagccgggccatattactgtttgaagaggcagaggttgca
gcaagggtcctgtctaaaggaccccatgtcctgcacaacgctgagttgaccgtgaggaag
ccggcgtgtaaggatccatggagactgttgctgcggggggttaacccaacgaccagtcag
gagctggtggagctgtatgtagagaacatgatgggaatggacatagacgattacactctg
tacccctcacctggcagggacctggtcctagtacacttccgtcaggccttcaataaagac
ttccagaagcttttcacaaagatttctaagaagcctctggatggagcgcagattgttctg
gaacagatagatcagactgactccatcttagtggagaacctgcaccccagcatcacagca
gacatgctcaatctgtacctggagagccaacggggtgggggcggtggagttaaggaagtc
gccatgatctcagaaggggttgccagggtctccttcctggactttgactcagtggaacgt
gtccttaaacaatcacacaaactcgagaagacggatctgatggtcaggccttacttctcc
ttcctccaatcagaggactcctcctcacctctgaccgatcccctgacctctctgaatgga
acatccgatagtaacacaaacacaccgcagacagagagtggtgggcaatcgcagactggt
tctctccctgcagccagtaccagtgaccattctcagtcctcccatcaggttacctctgag
cccctggtccccctgctgtcccaccctgtgtcccaggcaacagcagcccagggaggcatg
gaggacctaacatcgatcccagagcccatgtcgagccacatccccgtccctgacccagtg
aaactcgcgctgctccagctcagtcccctgctccagagccttcagctggcccacccagct
tgtagcgtccagatcagggaagacggggtccacatggccgggtctgaccggctggggctg
gagcagctgaagaatgctatgttggagttccttgggggtgtggcccaggctcatctcacc
tttgacctcgagaaggcccacttcctggccaaacaggaagtgaaagacaatctgctgcag
acgttgaaggacaagggactgccgtccatgtacacagtgtcggactgcgttgttgtggta
acgtctctgtctttcagcttggtgagccaggcgtgtagcttactgaagaccctgctgtct
gacttcagtatccccgtggacagagagtatgagtgtatgctgtatgcccaggagtggact
ggcttcctccagtctctgggtctctgctctgctaaggtgtcagagaggggacagatagat
gtcctgactctgagagggttggaggaggagaagcaggctaagatagtggagttcctcagt
acacccattgaaacagaggctatcatctctatggagccaggcatgttgaagtacatccag
acccaccatcatcagctactagctgatatggaccaggtgtctatcttccctctggacgca
catggtatctgtggactccgaatccacggcaatgcaggggcgtgtcaaatggctgatgag
gttctgaggggcgtggtgtcgtccatcgttaccagaaccatcacagtgaacgaaccgggc
gtggcgcggttcctcatccaggagggagaggggaccagcatcctcagggagatgcaggcc
aagttccaggtctacatcaacatggagaaggtgcactgggaacccctagagaacgaggac
atctttgaggctgcatggaatatgacgtcccatcagagcttccagagaaagtcctcagat
ggttccttacaggcttccacatcagttctgactcatactaaccagacttccaacgacctc
tcagctccagacatgggtcttctagaggaggcaaagaggctgttctcagccatagatgag
atggtggactgtggcctctctagtctgaccagaaccactgacattgaggaggatctgtat
acggctggggaacccattgccctcagcaccgaccagggcccagacagagacaccactgat
gtggaggagcaggctacagagccgctagtggagggagggggtagtgatgatgaggttgct
cttgctcctctggttgcccaggatggagggctgtcctgggccacgcaactctcctctacc
ctggatgaggaggcccagatgtccctggccatccagtactccatggagaccacaaagagg
tccctgaccgaggaggaggagctgcagaaggttctggagctgtccaagaagatgacgaag
atgactcggcatgatggtggtgccatggctacctcttccctccctgctgctggcttgcac
ctcgatcaggctgtccaggtgtctctgcaggaggccatccagtcagccaacacggcaaca
atctttgtgtttgctggctacagttgtgacctgatcagagtggacattgccctgaacaag
aaggtcactctgaggaagcatgaggagaagctagagcaccgcagcctgaggatcctgtct
cagtaccacaggaggtgtctagacttcatcaagaggaaacatgccgtggaggtcaccatc
cagggaaccacggcaaccatctccgggttcaaagacttcgttaccggggcgatgccggac
atgaagctcctgctgaggaggatatccacgacgacgtcagacgccgacatcctgcggacg
gtgcaatggctgtggcacgacccagcgtcgtcagggacagagaccgcgtacgctccggag
gcgacagtgtttatggagaacgcctggaagatgaggcagaaaaagatcgacatcctgctc
aacaacctgccgcacatcatcaactttgagaagatgcaggagtacaacgtggcctctggg
aagtcagtaaccatctccaggaagatgctgagctcagaagacttgtactcagatatacaa
gatgaggactacagtctactgtccaacctgcctgaaacgtccagagtgaatgaggattct
gatgagtttcaggatgttgtgaaagacttctacgactccatacatgagtaccacaacaga
atcaaaatcattaaggttgagaagctgatgaataggctcctttacaaccagtatagactg
aagaaggctagtataaatcagagtgccaatgacccagaagtggagcgtacgctgtaccac
ggcacaagtgagaccagcgtgaaagagatctgcgttcatggcttcaacagaagcttctgt
ggaaagaatgccactgtttatggtcagggggtctactttgctctgaactcagccctgtct
gtccaggatcagtattctccccccaacgcagacggacacaagtttgtgtttgtgaccaag
gtgcttactggggactacacgcagggcagtcactccatgaagacggctcctctgaaggag
agctctgagatacccctcagatacgacagcgtggcagataagatggacaacccctctctg
tttgtgatcttcaacgacacacaggcttaccctgagtatctcatcacatgtcagaagatt
aattgctga
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