KEGG   Latimeria chalumnae (coelacanth): 102363387
Entry
102363387         CDS       T02913                                 
Symbol
PARG
Name
(RefSeq) poly(ADP-ribose) glycohydrolase
  KO
K07759  poly(ADP-ribose) glycohydrolase [EC:3.2.1.143]
Organism
lcm  Latimeria chalumnae (coelacanth)
Pathway
lcm03410  Base excision repair
Brite
KEGG Orthology (KO) [BR:lcm00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03410 Base excision repair
    102363387 (PARG)
Enzymes [BR:lcm01000]
 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
     102363387 (PARG)
SSDB
Motif
Pfam: PARG_cat_C PARG_cat_N
Other DBs
NCBI-GeneID: 102363387
NCBI-ProteinID: XP_005992473
Ensembl: ENSLACG00000006911
Position
Un
AA seq 954 aa
MSALLSDCEPARKRIKLEAAVVSPVGEKRESAGHKQEEEGKVQHQEENPTSPRRASGSSL
HNQDRICSAGVCKVVEDVANMETNSVKSSNEATRHEIEPTSSVQLEDNSGENTCCEMETT
HCKIQISTSLEIKSGSGNPLPSCQSQSTTLNIVSKNDGHEKHSCGLTIEKLPLKNHGKGT
LDDWVIKSKNTKSCEKAKAVVQEEERTSSQQLQGSNTLSGSPDVLGKQEIDVVPESPLSD
SGSEPSVAGPSRSAKQSMDESSSESMEKDSELGSSMDACGLENSFQGSEADKEAFISPKE
GDFEDSVNKTEVVELQESKMTSKQSEDARLSLSLKEKKNPSRDCKDGKDIQEPDNPRSSP
GPSSEFKKGKIPRKKGSKITDHFMMITLKKVDSSQMTKCDFKDKKSDRRSNSKPLPVAFP
VNEKWLGTPIEKMRRMPMCGKPLPKLKALASHTVTIRTDLLREREVPKPYPMSFKDSWDN
RHVKMPYSEQNLYPVENEMGTKIVRSRWELIQTALLTKFHSSLDVKDAILRYNVGYAKKW
DFTALNHFSTEVLERSEAKCLFQSIVPEMVQLALRLPTLCTQPIPLLKQKMNHSITMSQE
QIASLLANAFFCTFPRRNARTKSEYSNYPDINFNRLFEGSSPRKAEKLKTLFCYFRAVTE
KKPTGLVTYTRQSLQNFPRWESSTSKLTRLHVTCEGTIESKGHGMLQVDFANRYVGGGVT
SSGLVQEEIRFIINPELIVSRLFTEVLDHNECLIITGAEQYSNYEGYAESYRWAGKHTDE
TPRDDWQRRCTEIVAMDAFDFRTYLDQFVPEKIRRELNKAYCGFVRPGIPHQNLSAVATG
NWGCGVFGGDPRLKALLQMMAAAEAGRDVVYLTFGNTELMADLYNMHHFLTEKQQTVGDV
YRLLERYYNQQCRTCSSRPDVKLYAFIFNTLESYGDSTDNDEGTEPGDYSDNEF
NT seq 2865 nt   +upstreamnt  +downstreamnt
atgagtgcattgttgtcagactgtgaacctgcaaggaagagaatcaagttggaggcagca
gttgtcagcccggttggggagaaacgggagtctgcaggtcacaagcaagaagaagagggg
aaggtgcagcaccaggaggaaaatcccactagccccaggagagcctctggcagctcgctt
cacaaccaagatagaatttgttctgctggcgtttgcaaggttgttgaagacgtggccaac
atggaaacaaacagcgtgaaaagcagtaatgaagcaactaggcatgaaattgagcccact
tcctcagtacagttggaagataactcaggtgaaaatacctgttgtgaaatggagaccact
cactgcaaaatccaaatctctacatcactagaaattaaatctgggagtggaaatcctctg
ccttcatgccagtcccaaagcaccacactaaacatagtctcaaaaaatgatgggcatgaa
aaacatagttgtgggctgacaattgaaaaattgcccttgaagaatcatggaaaaggtacc
cttgatgactgggtaatcaagtctaagaatacaaaatcatgtgaaaaagcaaaagcagtc
gtgcaggaagaagagaggacatcaagtcaacaactacagggcagcaacaccctaagcgga
agcccagatgttttaggtaaacaagaaatagatgttgttcctgagagcccactctcagat
tctggctctgaaccttctgtcgctggccccagtagatcagccaagcagagcatggatgaa
agttcttcagaatccatggagaaagacagtgagctgggttcatccatggatgcatgtggg
ttagagaatagctttcaaggctcagaggctgataaagaagcattcatatctcctaaagag
ggagattttgaagactctgtcaataaaactgaggtagtggagcttcaagagtctaaaatg
acatccaagcagtctgaagatgccaggttaagtttatcattgaaagagaaaaaaaacccg
agcagagactgtaaggatggaaaagacattcaggagccagataaccccagaagttctcct
ggcccatcctctgaattcaaaaaggggaagattcctcggaaaaagggatcaaaaattacc
gatcattttatgatgataacactaaaaaaagtggatagcagtcaaatgacaaaatgtgac
ttcaaagacaagaagtctgacagaagatcgaacagtaagcctctaccagtggctttccct
gtgaatgaaaagtggctgggaacacctattgagaaaatgagaaggatgccaatgtgtgga
aagccactgccaaagctgaaagcattggctagtcacacagtgaccatcaggacagacctt
ctacgagaaagagaagtgcctaagccttatccaatgtcttttaaggattcctgggacaac
aggcatgtgaaaatgccctattcagagcaaaacctctatcctgtagaaaatgagatgggt
acgaagattgtacgaagccgatgggagctgatccagactgcacttttaacgaagtttcat
agctcgttagatgtaaaagatgccatattaagatacaacgttggatatgccaagaaatgg
gacttcactgccttaaatcacttttccactgaggtgttggagcgctctgaagctaagtgt
ttgtttcagtccattgtgccagagatggtacaactagcactccgtctgcccaccctctgt
acccagcctataccgctgcttaagcagaagatgaatcactctatcacaatgtcacaagaa
caaattgcttcccttctggccaatgctttcttctgcacgttcccccgacgtaacgcaaga
acgaagtctgagtattcaaactatccagatatcaacttcaacaggttgtttgaaggttct
tctccacgaaaggctgagaagcttaaaactctcttctgttatttcagagcagtcacagaa
aaaaaacccactggattggtgacatatacaagacagagcttacagaattttcctaggtgg
gaaagttccacttcaaagttgacaagacttcatgtaacctgtgaggggacaattgagagc
aaagggcatgggatgctgcaggtggattttgctaaccgctatgttggtggtggtgtcact
agctcaggtctagttcaagaagaaatccgttttataatcaatcctgaactaattgtgtct
cggctcttcactgaagttttggaccacaatgaatgcctcattatcacaggtgctgaacaa
tacagtaactatgagggctatgcagaaagctacagatgggctggaaaacataccgatgag
accccaagggacgattggcaaagacgctgtactgaaattgtcgctatggatgccttcgat
ttcagaacatacctcgatcagtttgttccagagaaaattaggagggagctaaataaggcc
tactgtgggttcgtccgaccaggtattccccatcagaacctttcagctgttgccactgga
aactgggggtgtggtgtatttggtggtgaccccaggttaaaagccctgctgcagatgatg
gctgctgctgaggccggacgagatgtggtatacttaacatttggcaacacagagctgatg
gcagacctgtacaacatgcatcattttctgactgagaaacaacagactgttggtgatgtg
tacaggctgctggagaggtattataatcagcagtgcagaacctgttcctcaagacctgat
gtcaagctgtatgctttcatttttaacactttagaatcctacggggattccactgacaat
gatgaggggacagagcctggagactacagcgacaatgagttttga

  All links  
Gene (35)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (45)   

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