KEGG   Rattus norvegicus (rat): 83507
Entry
83507             CDS       T01003                                 
Symbol
Parg
Name
(RefSeq) poly(ADP-ribose) glycohydrolase
  KO
K07759  poly(ADP-ribose) glycohydrolase [EC:3.2.1.143]
Organism
rno  Rattus norvegicus (rat)
Pathway
rno03410  Base excision repair
Brite
KEGG Orthology (KO) [BR:rno00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03410 Base excision repair
    83507 (Parg)
Enzymes [BR:rno01000]
 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
     83507 (Parg)
SSDB
Motif
Pfam: PARG_cat_C PARG_cat_N Metallothio_2
Other DBs
NCBI-GeneID: 83507
NCBI-ProteinID: NP_112629
RGD: 620387
Ensembl: ENSRNOG00000019978
UniProt: Q9QYM2
Structure
Position
16:7442696..7550585
AA seq 972 aa
MSAGPGCEPCTKRPRWGAAGTSAPTASDSRSFPGRQKRVLDPKDAPVQFRVPPSSSACVS
GRAGPHRGSVTSFVFKQKPITTWMDTKGPKTAESESKENNNTRTDPMMSSVQKDNFYPHK
VEKLGNVPQLNLDKSPTEKSTPYLNQQQTAGVCKWHSAGERAEQLSASEPSAVTQAPKQL
SNANIDQSPPTDGHSDTDHEEDRDNQQFLTPVKLANAKQTVGDGQARSNCKCSASCQCGQ
DCAGCQREEADVIPESPLSDVGAEDIGTGSKNDNKLTGQESGLGDSPPFEKESEPESPMD
VDNSKTSCQDSEADEEASPVFDEQDDQDDRSSQTANKLSSRQAREVDGDLRKRYLTKGSE
IRLHFQFEGGSNAGTSDLNAKPSGNSSSLNVDGRSSKQHGKRDSKITDHFVRIPKSEDKR
KEQCEVRHQRAERKIPKYVPPNLPPDKKWLGTPIEEMRKMPRCGVRLPLLRPSASHTVTV
RVDLLRAGEVPKPFPTHYKDLWDNKHVKMPCSEQNLYPVEDENGERTAGSRWELIQTALL
NKFTRPQNLKDAILKYNVAYSKKWDFTALVDFWDKVLEEAEAQHLYQSILPDMVKIALCL
PNICTQPIPLLKQKMNHSVTMSQEQIASLLANAFFCTFPRRNAKMKSEYSSYPDINFNRL
FEGRSSRKPEKLKTLFCYFRRVTEKKPTGLVTFTRQSLEDFPEWERCDKPLTRLHVTYEG
TIEGNGRGMLQVDFANRFVGGGVTGAGLVQEEIRFLINPELIVSRLFTEVLDHNECLIIT
GTEQYSEYTGYAETYRWARSHEDGSEKDDWQRRCTEIVAIDALHFRRYLDQFVPEKVRRE
LNKAYCGFLRPGVPPENLSAVATGNWGCGAFGGDARLKALIQLLAAAAAERDVVYFTFGD
SELMRDIYSMHTFLTERKLNVGKVYRLLLRYYREECRDCSSPGPDTKLYPFIYHAAESSA
ETSDQPGQRTGT
NT seq 2919 nt   +upstreamnt  +downstreamnt
atgagtgcgggccccggctgtgagccctgcacgaagcggccccgctggggtgccgctgga
acttctgcgccgactgcctcggactcccggagcttccctggcaggcagaagcgcgttctc
gaccctaaggacgctcccgtacagttcagggtcccaccgtcctcgtcagcctgcgtctcg
gggcgggcgggaccgcacagaggcagcgtcacctcgtttgttttcaaacaaaagcctatt
accacttggatggatactaaaggacccaagacagctgaatcagaaagtaaagaaaacaac
aataccaggactgaccccatgatgagttctgtgcagaaagataacttttacccacataag
gtagagaaattgggaaatgttcctcaactaaatcttgataaatcacccactgagaagagc
acgccgtatttgaaccaacagcagactgcaggcgtgtgcaagtggcacagtgcaggggag
cgtgcagagcagctctcggccagcgagccttcagcagtgactcaggcaccaaagcagctt
agtaatgcgaacattgatcagtcacccccaactgatggccacagtgacaccgatcatgag
gaagacagagacaatcaacagttccttacgcccgtgaagcttgcaaatgcaaagcaaaca
gtaggggatgggcaagccaggagcaactgtaagtgcagtgcgtcttgtcagtgtgggcaa
gactgtgcaggctgtcagcgggaggaggccgatgtcataccagagagtcctttgtcagat
gttggcgctgaggacattggaactggatcaaaaaatgacaacaagttgactggacaagaa
agtggcctcggtgattcacctccgtttgagaaagaaagtgagcctgagtcaccaatggat
gtagacaactcgaaaaccagttgtcaagattcagaagcagatgaagaagcaagtccagtc
tttgatgagcaagacgaccaagacgaccgctcttcccagacagcaaataaactttcaagt
cgccaagcaagagaagttgacggcgatcttaggaaacgctatttgactaagggaagtgaa
attagattgcatttccagtttgaaggagggagtaatgctgggaccagtgatttaaatgcc
aagccatctggaaactcttctagccttaatgtagacggtagaagttccaagcagcatgga
aaaagggattctaaaattacagatcattttgtgagaattcccaagtcagaggacaaaaga
aaagaacaatgtgaagtcagacatcaaagagcagaaaggaagatccctaaatacgttcca
cctaaccttcctccagataagaagtggttgggaactcctattgaggaaatgagaaaaatg
cctcggtgtggggtccgcctgcctctcttaagaccgtctgcaagccacacagtaactgtc
cgggtagaccttctgagagcaggagaggttccaaaaccgtttccaacacattacaaagat
ttgtgggataataagcacgttaaaatgccttgttcagaacaaaacttgtaccctgtggaa
gatgagaatggtgagcgaactgcagggagtaggtgggagctcattcagaccgcactcctc
aacaaattcacgcgaccccagaacctgaaggatgctattctgaagtacaatgtggcatat
tctaagaaatgggactttacagctttggttgatttctgggataaggtacttgaagaagca
gaagcccaacatttgtatcagtccattttacccgacatggtgaaaattgcactctgtctg
ccaaatatttgcacccagccaataccacttctgaaacagaagatgaaccattctgtcacg
atgtcacaggaacagatcgccagtcttctggctaatgctttcttctgcacattcccccga
cggaatgccaagatgaaatcggagtattctagttacccagacattaacttcaatcggttg
tttgaaggacgttcatcaaggaaaccagagaaactgaaaacactcttctgctactttcga
agagtcacagagaaaaaacctactggattggtgacgtttacaagacagagtcttgaagat
tttccagaatgggaaagatgtgacaaacctctgacacgcttacatgtcacttacgagggt
accatagaaggcaacggccgaggcatgctccaggtggattttgcgaatcgttttgttgga
ggtggtgtaactggtgcaggacttgtacaagaagaaatccgatttttaatcaatcctgag
ttgattgtttcacggctcttcactgaggtgctggatcacaatgaatgtcttattatcaca
ggtactgaacagtacagtgaatacacgggctatgctgaaacttatcgttgggcccggagc
cacgaagatgggagtgagaaggatgattggcagcgacgctgcacggagatcgtcgccatt
gatgcacttcacttcagacgctacctcgatcagtttgtgcctgagaaagtgagacgtgag
cttaacaaggcttactgtggattcctccgtcctggcgttcctcctgagaacctctctgca
gtggccacaggaaactggggctgtggtgcctttgggggcgatgctagattaaaagcctta
atacagttactggccgctgctgccgctgaacgcgatgtggtttatttcactttcggggac
tcagagttgatgagagacatttacagcatgcacactttcctcactgagaggaaactgaat
gtcgggaaagtgtacaggttactgcttagatactacagggaagagtgcagagactgctcc
agccctggaccagacaccaagctctatccattcatataccatgctgccgagtccagtgca
gagacctccgaccagccaggacagaggacgggcacctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (7)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (8)   
   RefSeq(nuc) (6)   
   GenBank (1)   
   EMBL (1)   
3D Structure (2)   
   PDB (2)   
Protein domain (3)   
   Pfam (3)   
All databases (31)   

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