Salmo trutta (river trout): 115173723
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Entry
115173723 CDS
T08542
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP10-like
KO
K15261
poly [ADP-ribose] polymerase 10/14/15 [EC:
2.4.2.30
]
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
115173723
Enzymes [BR:
stru01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.2 Pentosyltransferases
2.4.2.30 NAD+ ADP-ribosyltransferase
115173723
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Gene cluster
GFIT
Motif
Pfam:
PARP
WWE
UIM
RRM_1
Sperm_Ag_HE2
Motif
Other DBs
NCBI-GeneID:
115173723
NCBI-ProteinID:
XP_029587928
Ensembl:
ENSSTUG00000037368
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Position
34:complement(17490055..17510124)
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AA seq
1244 aa
AA seq
DB search
MSAESQENRTVEVLGVPEEVEDELLYLYFENKRRSGGGNLVSVELEGSRALLLFEEAEVA
SRVLSKRAHVLSNAELTVRKPACKDPRRLLLRGVNPSSCQELVELYVENMMGMDMDDYTL
YPSPGRDLVLVHFHQAFNKDFQKLCSKISKKPLDGAQIVLEQIDQTDSILMENLHPSITA
DMLHLYLESQRGGCGEVKEVTMMSEGVARVSFLDFDSVERVLKQSHKLEGKDLTVRPYFS
FLQSEDSSSSPLTSPLTSVNGTSDSSTMNTQQTDSGGQSQTDSLPAASTSDRSRSSHQAT
SEPLVPPLSPPVSQAVAAQGGKDDLMSTPEPMSSHISVPDPVKLTLLQASPLPQCLQLAH
QGCSVQIREDGVHLVGPDRLVLEQLKNAVLEFLGGVAQAHLTFDPEKAHFLAKQEVKDRL
LQTLKENGLPSVYTVSDCDVMVTSLSPSLVSQACSMLKTLLSDFSIPVDRTYECMLYAQE
WTGFLQSLGLCSATVSERGQIDVLTLIGLEEEKQAKIVEFLSTPIETEAIISMEPGMLKY
IQTHHHQLLADMNQVSIFPLDAHGVCGLRIQGNAAACQMADEVLRGVVLSTETRTITVKQ
TGVARFLIQEGEGTSILREMQTKFQVYINMEKVHWEPLENENIFEAAWNMTSHQSFQRSS
LQASTSVLTHTTQTSNNLSASDRGRIEEAKRLFSAIDETVDSGASGLARTTDMEEDLYTA
EEPMALSSDQGPDSDSTNVEVEEDAPLPLVEGGDSDDEGATAPVVTQDGELSRAIHLSTT
LEEEAQMSLAIQYSMETTKRSLADEEEELQKVLELSRKMTKMTRDDDGGAMPTAFLPTAG
SHLDQAVQVSLQEAIQSANSATIFVFAGYSCDLIRVDIALNKRVSIRQHEEKLEHRSLRS
LSPYHRWCLDLIKRKHAVEVTVQGTTAIISGFKDFVIGAMPDMKLLLRKISTTTSDADIL
RTVQWVWHDPASPGTETPYAPEATVFMENAWKMRQEKIDILLNNLPHIMNFEKMQEYNIA
SGKSVTISRKMLNSDDVYSDIQDEDYSPRSNLPETSRMNKDSDEFRDVVKDFYDSIQEYH
NEIRIIKVEKLMNRLLYNQYRLKKASINQSTTDPEVERTLYHGTSETSVKEICIHGFNRS
FCGKNATVYGQGVYFAVNSALSIQDQYSPPNADGHKFVFVTKVLTGDFTQGSHSMKAAPL
KESSDIPLRYDSVADKTDNPSLFVIFNDTQAYPEYLITCQKIHR
NT seq
3735 nt
NT seq
+upstream
nt +downstream
nt
atgtctgctgaaagccaagagaaccggacagtggaggtgctgggagtaccagaggaggtg
gaggatgagctgctgtatttgtactttgagaacaagcgtcgttctgggggaggtaatctg
gtgtctgtggagctggaagggagccgggccttactgctgtttgaagaagcggaggttgca
tcaagggtcctgtctaaaagagcacatgtcctgagcaatgctgagctgaccgtgaggaag
cctgcgtgtaaggatccacggaggctgctgctgcggggggttaacccatccagctgtcaa
gagctggtggagctgtatgtagagaacatgatggggatggacatggacgactacactctg
tacccctcacctggcagggacctggtcctagtacacttccatcaggccttcaataaagac
ttccagaagctttgctcaaagatctctaagaagcctctggatggagcgcagattgttctg
gaacagatcgaccaaactgactccatcctaatggagaacctgcaccccagcatcacagca
gacatgcttcatctgtacctggagagccaacggggcgggtgcggtgaagttaaggaggtc
accatgatgtcagagggggttgccagggtctcctttctggactttgactcagtggaacgt
gtccttaaacaatcacataaactggaggggaaagatctgacggtcaggccttacttctcc
ttcctccaatcagaggatagctcctcctcacctctgacctctcccctgacctctgtgaat
ggaacatcagatagtagcacaatgaacacacagcagacagacagtggtggtcaatcacag
actgattctctccctgcagccagtaccagtgaccgttctcggtcctcccaccaggctacc
tctgagcctctggtcccccctctgtccccccctgtgtcccaggcagtagcagcccaggga
ggcaaggatgacctaatgtcgaccccagagcccatgtctagccacatctccgtcccagac
ccggtgaaactcaccctgctccaggccagtcctctgccccagtgcctccagctggcccac
caaggctgtagcgtccagatcagggaggacggggtccacctggtcgggcctgaccggcta
gtgctggagcagttgaagaatgctgtgttggagttccttgggggcgtggcccaggctcat
ctcacctttgacccagaaaaggcccacttcctggccaaacaggaagtgaaggacaggctg
ctgcagacgttgaaagaaaacgggctgccatccgtgtacaccgtgtcggactgtgacgtc
atggtaacgtctctgtctcccagcttggtgagccaggcatgtagcatgttgaagaccctg
ctgtctgacttcagtatccctgtggacagaacgtatgagtgtatgctgtacgcccaggag
tggactggcttcctccagtctctgggtctttgctcagctacggtgtcagaaagaggccag
atagatgtcctgactctgataggtttggaggaggagaagcaggctaagatagtggagttc
ctcagtacacccattgaaacggaggctatcatctctatggagccaggcatgttgaagtac
atccagacccaccatcatcagctactggctgatatgaaccaggtgtccatcttccctcta
gacgcacatggcgtctgtggactcagaatccaaggcaatgctgcggcatgtcaaatggcc
gatgaggttctgaggggcgtggtgttgtccaccgagaccagaaccatcacggtgaaacag
acgggcgtggcgcggttcctcatccaggagggggaggggaccagcatcctcagggagatg
cagactaagttccaggtctacatcaacatggagaaggtgcactgggaacccctggagaac
gagaatatctttgaggctgcgtggaatatgacgtcccatcagagcttccagagaagttcc
ttacaggcctcaacatcagttctgactcacactacccagacttccaacaacctctcagct
tcagacagaggtcgtatagaggaggcaaagaggctgttctcagccatagatgagacagtg
gactctggcgcctccggtttggccagaaccactgacatggaggaggatctgtatacggcc
gaggaacccatggccctgagctctgaccagggcccagacagtgacagcactaacgttgag
gtggaggaagatgctccactgcccctggtggagggaggggatagtgacgatgagggtgct
actgctcctgtggtgactcaggatggagagctgtcccgggccattcatctctccactacc
ctggaggaggaggcgcagatgtccctggccatccagtactctatggagaccaccaagagg
tcccttgccgacgaggaggaggagctgcagaaggttctagagctgtccaggaagatgacg
aagatgactcgggatgatgatggtggtgccatgcctactgctttcctccctactgctggc
tcccacctcgatcaggctgtccaggtatctctgcaggaggccattcagtcagccaactcg
gcaacaatctttgtgttcgctggctacagttgtgacctgatcagagtggacattgccctg
aacaagagggtcagtattagacagcatgaggagaagctagagcaccgcagcctgaggagc
ctgtctccgtatcacaggtggtgtctggacctcatcaagaggaaacacgccgtggaggtc
accgtccagggaactacggcaatcatctccgggttcaaggactttgttatcggcgcgatg
ccggacatgaagctgctgctgaggaagatctccacgacgacgtcagacgctgacatcctg
cggacagtgcaatgggtgtggcacgacccggcgtcgccagggacggagaccccgtacgct
ccggaggcgacagtgttcatggagaacgcctggaagatgaggcaggaaaagatcgacatc
ctgctcaacaacctgccgcacatcatgaactttgagaagatgcaggagtacaacattgcc
tctgggaagtccgtaaccatctccaggaagatgttgaactcagatgacgtgtactcagat
atacaagatgaggactacagtccacggtccaacctgcctgaaacatccagaatgaacaag
gattctgatgagttccgggatgttgtgaaagacttctacgactccatacaggagtaccac
aacgaaatccgaatcattaaggttgagaagctgatgaataggctcctgtacaatcagtac
agactgaagaaggctagtataaatcagagtaccactgacccagaagtggagcggactctg
taccacggcacaagcgagaccagcgtgaaagagatctgtattcatggcttcaatagaagc
ttctgtggaaagaatgccactgtgtatggtcagggggtctactttgctgtgaactcggcc
ctgtccatccaggatcaatattctccccccaacgcagatggacacaagtttgtgtttgtg
accaaggtgctgactggggacttcactcagggcagtcattccatgaaggctgctcctctg
aaggagagctctgacataccactccgatacgacagcgtggcagataagactgacaacccc
tctctgtttgtgatcttcaacgacacacaggcataccctgagtatctcatcacatgtcag
aagattcaccgctga
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