| Entry |
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| Name |
(RefSeq) poly(ADP-ribose) glycohydrolase
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| KO |
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| Organism |
pswi Pseudoliparis swirei (Mariana hadal snailfish)
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| Pathway |
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| Brite |
KEGG Orthology (KO) [BR:pswi00001]
09120 Genetic Information Processing
09124 Replication and repair
03410 Base excision repair
130203669
Enzymes [BR:pswi01000]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.143 poly(ADP-ribose) glycohydrolase
130203669
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
13:complement(6186269..6206664)
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| AA seq |
773 aa
MAAYYILRLSHLLKKGLPKKHVWTKPNNTSFVVSAQVVLMTALTNCEPLAKRLKVEISAP
TSPSSSLTAPSSCIQSRDDTVNQERRQHDTEKKMDMRPKTGADSLRGVKTKGDRQKICPK
PQQKATNTLLQWLGKHQKQPSTHEACQIKEDVEMAGDCGFQSTSAQVMDCQNAENPTLSD
DDEETQPLTPQELYEETPVSPPSNDSAGGMSSTGLPVRSCRPDTAPEDADEDTSAVVKPK
VKWLGTPINDLKRMPECGGLLPPLRNAPGHHTVMIQTDLLESGKVCVPYPATFEDTWDDV
HVKMPCSSWNLFPVYDEITQEHQNKSRWELIEDNLNNTFSSQHDLKNAILKYSASQAKKW
DFTAFRLYCTTVLEPDDAEHLFGSLLPDMVQLALRASELCTKPIPLLKRGMNHSITMSQE
QVACLLANAFFCTFPRRNSRRNEYGNYPDINFFRLFEGSSSRKIEKLKTLMCYFKSVTEQ
KPSGLVTFTRKGVDERNWRSSQTQLTKLHITCEGTIEDDGYGMLQVDFANKFVGGGVTSS
GLVQEEIRFLINPELIVSRLFTEALDHNECVIITGTQQYSRYTGYSQTYQWNGSHQDTTP
RDSWQRKCTEIVAIDALQFKNFLEQFKPEKLNRELNKAYCGFARSEQQSQNLAAVATGNW
GCGVFGGDARLKALLQMLAAAEAGRDVAYFTFGDSQLMTDVHKMHSFLTQREIGVGEVYD
LLRQYDSSVCRSCLSRRPDVSLYSFIYQQVSSSLAPDDYDRGSARHHVPADCR |
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| NT seq |
2322 nt +upstreamnt +downstreamnt
atggctgcatactatattttaagattgtctcacctattgaagaaaggactgcctaagaaa
cacgtctggacaaaaccaaataacacctcgttcgtggtgtcagctcaagttgtattaatg
acagcactgacaaactgtgaacctttagcaaagcggcttaaggttgaaatcagtgccccg
acgtccccttcatcttctctgacagccccatcgtcatgtattcagagcagagatgacaca
gtcaatcaagaaaggaggcaacatgacacggagaagaagatggatatgcgaccaaagact
ggagcagatagtttgcgaggtgtaaagacaaaaggtgaccgtcaaaaaatctgccccaaa
ccacaacagaaggccacaaatactcttttacaatggctgggtaagcaccaaaaacaaccg
agtacacatgaagcatgccaaatcaaagaggatgtagagatggctggcgactgtggcttt
caaagcacttcagctcaggttatggactgccaaaatgctgaaaatcccaccttgtctgac
gacgacgaagaaacccaacctttgacacctcaagagctgtatgaagaaacacctgtatca
ccaccttccaatgattctgcaggagggatgtcatcaacaggtttacctgtgagaagttgc
aggccagacacggctccagaggatgcagacgaggacacctccgctgttgtcaagccaaag
gtcaaatggctcgggacgccaatcaatgaccttaagagaatgcctgaatgtggaggactg
cttcctccactgaggaatgctcctggccaccacactgtgatgatacagacagaccttctt
gagagtggtaaagtctgtgtcccatatcctgctacatttgaggatacttgggatgatgtc
catgtcaagatgccctgttccagttggaacctatttcctgtatatgatgagataacacaa
gagcatcagaataaaagtcggtgggagttgatcgaggataatttaaacaacacattttca
agtcaacacgatttgaagaatgcaatattgaaatacagtgcctcacaagccaagaaatgg
gacttcaccgcattccgtttgtattgcaccacggtcctggagcctgatgacgctgaacat
ctgtttggctccctgctgccagacatggtgcaattagcactgcgagcatctgagctctgt
accaagccgatacccctcctcaagagaggcatgaaccactccatcaccatgtctcaggag
caggtggcatgtctgctcgccaacgccttcttctgcaccttcccccgacgaaactccaga
aggaatgaatacggcaactacccggacatcaacttcttcaggctgtttgaggggtcctcg
tcaaggaagattgagaaactgaaaaccctgatgtgctatttcaaaagtgtcaccgaacaa
aagcctagtggacttgtaacattcacacgaaaaggagtggatgaacgtaactggagaagc
tcacaaacacaactcacaaagctccacattacttgtgaaggaaccattgaggatgatggt
tatggaatgcttcaggtggattttgccaataagtttgtgggaggaggagtcaccagttcg
ggtctagttcaagaggaaatccgttttctaatcaatcctgagctcattgtttctcgcctc
ttcactgaagccctggatcataatgaatgcgtgatcatcacaggtacacagcagtacagt
agatacacaggctattctcagacctaccagtggaatggcagccaccaggacacaactcca
agagacagttggcagagaaaatgcaccgagattgtggccatcgacgcgctgcagttcaag
aactttctcgaacagtttaaaccagagaaattaaaccgggaactaaacaaggcctactgt
ggctttgctcgatcggaacagcaaagccaaaaccttgcggcagtggctacggggaactgg
ggctgtggggttttcggaggtgacgcgcgtctgaaagcgttgctccagatgctggcagct
gctgaggcgggccgagatgtggcctatttcacctttggtgacagccagctcatgacggat
gtccacaagatgcactctttcctaactcagagggagatcggtgtcggggaggtgtatgat
ctcctgaggcagtacgacagctcggtgtgcaggagctgcctcagtcggcgccctgacgtc
agcctctactccttcatctaccaacaggtcagctcctccctagcgccagatgactatgac
aggggctcggccagacatcacgtccctgcagactgccgttaa |
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