Salmo trutta (river trout): 115186918
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Entry
115186918 CDS
T08542
Symbol
parp1
Name
(RefSeq) poly [ADP-ribose] polymerase 1
KO
K24070
poly [ADP-ribose] polymerase 1 [EC:
2.4.2.30
]
Organism
stru
Salmo trutta (river trout)
Pathway
stru03410
Base excision repair
stru04210
Apoptosis
stru04217
Necroptosis
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09120 Genetic Information Processing
09124 Replication and repair
03410 Base excision repair
115186918 (parp1)
09140 Cellular Processes
09143 Cell growth and death
04210 Apoptosis
115186918 (parp1)
04217 Necroptosis
115186918 (parp1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
stru03032
]
115186918 (parp1)
03036 Chromosome and associated proteins [BR:
stru03036
]
115186918 (parp1)
03400 DNA repair and recombination proteins [BR:
stru03400
]
115186918 (parp1)
Enzymes [BR:
stru01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.2 Pentosyltransferases
2.4.2.30 NAD+ ADP-ribosyltransferase
115186918 (parp1)
DNA replication proteins [BR:
stru03032
]
Eukaryotic type
DNA Replication Termination Factors
Other termination factors
115186918 (parp1)
Chromosome and associated proteins [BR:
stru03036
]
Eukaryotic type
Centrosome formation proteins
Centriole proteins
115186918 (parp1)
DNA repair and recombination proteins [BR:
stru03400
]
Eukaryotic type
SSBR (single strand breaks repair)
BER (base exicision repair)
Other BER factors
115186918 (parp1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PARP
PARP_reg
zf-PARP
PADR1_N
WGR
Zn_ribbon_PADR1
BRCT
BRCT_2
Motif
Other DBs
NCBI-GeneID:
115186918
NCBI-ProteinID:
XP_029602162
Ensembl:
ENSSTUG00000026695
UniProt:
A0A674AV88
LinkDB
All DBs
Position
1:complement(22286813..22300465)
Genome browser
AA seq
1013 aa
AA seq
DB search
MADAQEDKLYKAEYAKSGRASCKKCKENIAKDSLRMAIMVQSPMFDGKVPHWHHFSCFWL
RASAQSPADIAGFSDLRWEDQEKVKKAIETGGAAGGKGDVKGGAKGEKTLNDFAVEYAKS
NRSTCKGCEQKIEKDQIRVSKKTVDPEKPQLGLIDRWYHTACFVGRREELVFKPEYSATQ
LKGFNTLRVEDKEELKRRLPAVKSKGKRKTDEVDGEGASKKKKDEEEKKKVELQMKEQSQ
LIWGIKDKLRQFCSTNDMKELLIANGQEVPSGESNVVDSLGDCMAFGALKPCEECQGQLV
FKSDAYYCTGDLSAWTKCVFKTQLPNRKDWVIPKEFHELPFLKKFKFKRQDRVFPKVAPA
PPPASSAAVPCASSAPSIPLPEGAPADKPLTGMKLLTVGKLRQNKDELKAAVEELGGKIT
GTANKATLCLSTKKEVEKMSKKMEEAEEAGVRVVSEDFLTDIKSSGKALQELVSLHAISP
WGAEVKLETQAQSAASRSGAMAGKSTKRVKEEEGVSKASKKMKLTVKGGAAVDPDSGLEN
SAHVLDQNGKIFSATLGLVDIVRGTNSYYKLQLLEDDVHKRYWVFRSWGRVGTTIGGNKL
DKFNDKNSAMDNFLGVYEEKTGNAWGSSHFTKYPNRFYPLEIDYGQDEEAVKRLTASAGT
NSLLAKPVQELIRTIFDVESMKKAMVEFEIDLQKMPLGKLSKRQIQSAYALLSEVQQAVS
DSSSESHILDLSNRFYTLIPHDFGMKKPPLLSELDYIQAKVQMLDNLLDIEVAYSLLKGG
AEDNKKDPIDINYEKLKTKIEVVDKTTKEAEIILQYVKNTHAATHNTYTLEVEEIFKIVR
EGEYQKYRPFQDLPNRQLLWHGSRATNYAGILSQGLRIAPPEAPVTGYMFGKGVYFADMV
SKSANYCHTSQSDPTGLLLLGEVALGNMHELKKASHITKLPKGKHSVKGLGRNAPDPSAT
VTLDGVQVPLGKGTNTNIDDTSLLYNEYIVYDVAQVNLKYLLKIKFNYQMSMW
NT seq
3042 nt
NT seq
+upstream
nt +downstream
nt
atggcagatgcacaagaggacaagctttacaaagctgaatatgccaaaagtggacgtgct
tcgtgcaagaaatgcaaggaaaatattgcaaaggattcgctgcggatggctatcatggtg
cagtcgcccatgtttgatggtaaggtgccccactggcaccacttctcctgcttctggctg
cgggcgtctgcccagtctcctgcagacatcgctgggttctctgacctgcgatgggaggac
caggagaaggtcaagaaggccatcgagactgggggagctgcaggaggaaaaggtgatgtg
aagggtggggccaaaggagagaagactctgaatgactttgcagtggagtatgccaagtcc
aaccgcagcacatgtaaagggtgtgagcagaaaattgaaaaggaccagatccgtgtatct
aagaagacggttgacccagagaagccccagctggggttgatagaccgctggtaccatacc
gcctgctttgtgggccgcagggaggagctggtcttcaaaccagagtacagcgccacccag
ctcaaaggctttaacacactcagggtggaggacaaggaggagctgaagagaaggctgccc
gccgtcaaatctaaaggaaagagaaagactgacgaggtagatggagaaggggcatcgaag
aagaagaaggatgaggaggagaagaagaaagtggagttgcagatgaaggagcagagccag
ctgatctggggaatcaaggacaagctcaggcagttctgttccaccaacgacatgaaggag
ctgctcatcgccaacggacaagaagtgccctctggagagtccaatgtggtggacagccta
ggagactgtatggcctttggcgcgctgaagccctgcgaggagtgccagggccagctggtg
ttcaagagcgacgcctactactgcactggagacctctccgcctggaccaagtgtgtgttc
aagacccagctgcccaaccgcaaggactgggtcatccccaaggagttccatgagcttccc
ttcctcaagaagttcaagtttaagagacaggaccgggtgttccccaaggtggcccccgcc
cctcccccagcctcctctgcagccgtcccctgtgcctccagtgctcccagtatacccctc
ccagagggagcccctgcagataagcctctgacagggatgaagttgctgactgtgggcaag
ctgagacagaacaaggacgagctgaaggctgccgtggaggagctgggcgggaagatcacc
ggcacagccaataaggctactctctgcctcagcaccaagaaggaggtagagaagatgagt
aagaagatggaggaggcagaggaggcgggtgtgcgcgtggtctcggaggacttcctcact
gacatcaagtcctcgggcaaggccctgcaggagctggtctccctgcacgccatctccccc
tggggggccgaggtcaaactagagacccaggctcagtcagcggcctccaggtctggagcc
atggctggcaagagcaccaagagggtgaaggaggaggaaggtgtaagcaaggccagtaag
aagatgaagctgactgtgaaaggaggggcagcagtggacccagactcgggtcttgagaac
agtgctcatgtcctggatcagaacggcaagatcttcagtgctacgctaggtctggtggac
atcgtcaggggaaccaactcctactacaaactgcagctgctggaggacgatgtgcataaa
cggtactgggtgttccgctcctggggcagagtgggcaccaccatcgggggaaataagctg
gataagttcaatgataagaactctgccatggacaacttcctgggtgtgtatgaagagaag
acaggcaacgcctggggctcttcccacttcaccaagtatcccaacaggttctaccctctg
gagatcgactacggtcaggatgaggaggcggtgaagaggctgacagccagtgctggcaca
aactctctgctggccaagcctgtccaggaactcatcaggaccatctttgatgtggagagc
atgaagaaggccatggtggagtttgagattgacctccagaagatgccgctggggaagctg
agtaagaggcagatccagagtgcctacgccctcctcagtgaggtgcagcaggctgtatca
gacagttcctcagagtcccacattctggacctgtccaaccgcttctacaccctcatacct
cacgactttggcatgaagaaaccaccgctgctcagcgagctcgactacattcaggctaag
gtccagatgttggacaacctgctggatattgaagtggcctacagtctgctgaaaggaggg
gctgaggataacaagaaggaccctatcgacatcaactatgagaaactcaaaaccaagatt
gaggttgttgacaagaccacaaaggaggcagagatcattctgcagtatgtcaagaacaca
cacgctgctacacacaacacctacacactggaagttgaggagatcttcaagatcgttagg
gagggagagtaccagaagtaccgcccattccaggatctgcccaatcgacagcttctgtgg
cacggttctcgtgccaccaactacgctggtatcctttctcagggtctgcgtatcgcccct
cctgaagcccccgtgacgggttacatgtttggcaaaggtgtgtactttgccgacatggtg
tccaagtcggccaactactgccacacctcccagtccgacccaactggcctacttctactg
ggagaggtcgccctcggaaacatgcatgaactgaagaaggcctcgcacatcacaaaacta
cccaagggtaaacacagcgtgaaagggttgggtcgaaatgccccagatcctagtgccact
gtcactttagacggggtgcaagtgcctctgggaaaaggaaccaacaccaacatcgacgac
acgagtctgctgtacaacgaatacattgtgtatgatgtggcacaggtgaacctgaagtac
ctgctgaagatcaagttcaactaccagatgtccatgtggtga
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