KEGG   Anolis carolinensis (green anole): 100559277
Entry
100559277         CDS       T01608                                 
Symbol
parg
Name
(RefSeq) poly(ADP-ribose) glycohydrolase
  KO
K07759  poly(ADP-ribose) glycohydrolase [EC:3.2.1.143]
Organism
acs  Anolis carolinensis (green anole)
Pathway
acs03410  Base excision repair
Brite
KEGG Orthology (KO) [BR:acs00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03410 Base excision repair
    100559277 (parg)
Enzymes [BR:acs01000]
 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
     100559277 (parg)
SSDB
Motif
Pfam: PARG_cat_C PARG_cat_N
Other DBs
NCBI-GeneID: 100559277
NCBI-ProteinID: XP_008112663
Ensembl: ENSACAG00000015000
UniProt: H9GUD9
Position
Unknown
AA seq 977 aa
MSAGSEWENPRKRPRLDPFVASPADSEQGQAPSAQRRVTPQPPQPPPLLSPLDREELLSS
SSQGNATVTVGNKVYKQRRITSWMENKGPRVAESKSLKNKTSGTEADLKMAFVKKDNVFE
HEVEKIEDVLEQGCSGLSAEMPQTGALHKWEAKGTRRDQPSEAEHMTITHAGDQLTNANI
NQIHKTGGQTHRVCNENQENYSTRKLSSGSPVKTADIKQPSKGSNTEKQATSRNPQSHKN
CNSEHVSCINAGPDEIGVVPESPLSDAGCDACSSDLYVTQNRNQGFLGESPSFEKESEPD
SPMDVDSSKNSCQGSEADEESPLLEDQDDIDVSKTLSKSSHIQRSGADLDSRKSNFAPQR
GEGVLFSLHLEETDNLLKQEETHTESSGISPVVSTECKGAKHCGKKDSKITAHFMRVPRT
EDKRNEQCELKSSRPGKKIPKYTLPPFPTNKKWFGTPIEEMRRMPMCGTRLPHLRPSANH
TVTIRVDLLKEGEVPKPFPTHYKDSWDNKHVKMPCSEQNLYPIEDENGDRTAGSRWELIQ
TSLLKKFTSSRDLKDAILRYNVAYAKKWDFTALTDFCDKVLEDAEAQHLFQSILPDMVKL
ALCLPSICTQPIPLLKQKMNHSITMSQEQTASLLANAFFCTFPRRNAKMKSEYSSYPDIN
FNRLFEGRSPRKPEKLKTLFCYFRKVTEKRPTGLVTFTRQCLQEFPEWERSQKKMSKLHV
TYEGTIENNGHGMLQVDFANRFVGGGVTGAGLVQEEIRFLINPELIVSRLITEVLDHNEC
LIITGAEQYSEYTGYAETYRWARSHEDETPRDEWQRRCTEIVAIDAFHFRRFLDQFAPEK
IRRELNKAYCGFSRPGVPPHHLSAIATGNWGCGAFGGDARLKALIQILAAAEAGRDVVYF
TFGDAELMRDIYSMHTFLIEKEQTIGDIYRLLLKYYNEECRCCSTPRPEVKLYPFIYSTV
ESYAGSTDDDRGLCFED
NT seq 2934 nt   +upstreamnt  +downstreamnt
atgagtgcgggctccgagtgggaaaacccccggaaaaggccccgcttggaccccttcgtg
gcctcccccgcagactccgagcagggacaggccccttccgcccagaggagagtcacccct
cagccgccgcagcctcctcctcttctttctcctctcgacagggaggaattgctcagcagc
agcagccaaggcaacgccacagtcacggtggggaacaaagtttacaaacaaaggaggatt
acctcttggatggaaaataaaggacccagagtggcggagtcaaaaagcttgaaaaataaa
actagcggcactgaagcagatctcaaaatggcatttgtcaagaaagacaatgtttttgaa
catgaggtggaaaaaattgaagatgttctagagcagggctgttctggattgtctgcagaa
atgcctcagactggtgccttgcataaatgggaagccaagggcacgcgtagagatcagccc
tcagaagcagagcacatgacaatcactcatgctggagaccagttgacaaatgcaaacata
aatcagatacacaaaactggtggtcagacacatcgtgtttgcaatgagaatcaggagaat
tattccactaggaagctttcatcaggcagccctgtgaagacagcagatataaaacaacct
tcaaaagggagcaatacagaaaagcaagcgacttcacgaaatcctcaatcccataagaac
tgcaactctgagcatgtatcctgtataaatgctggaccagatgagataggtgtggttcct
gagagcccactttcagatgcaggttgtgacgcatgttcatctgacttgtatgttactcag
aacagaaatcaaggattcttgggagagtctccttcttttgagaaggagagtgagcctgac
tcaccaatggatgtagatagttctaaaaacagttgtcagggctcagaggctgatgaagaa
agcccacttcttgaggaccaagacgatattgatgtgtcaaaaacacttagcaaatcttca
catatacaaaggtcaggtgctgacttggattctaggaaatcaaacttcgctccccaaaga
ggcgaaggtgtactgtttagcctccacttggaagaaacagataatctgctcaaacaagaa
gaaacacacactgagtcatctgggatttcacctgttgtgtcaacagaatgtaaaggtgcc
aaacactgtgggaagaaggattctaaaattacggcccatttcatgagggttccaaggaca
gaagataaaaggaatgaacagtgtgagttaaagtccagtcgaccgggaaagaagattccc
aagtatactcttcctccatttccaactaataaaaagtggtttgggacacccattgaagag
atgagaagaatgccaatgtgtggaacacggcttcctcatttgaggccctctgccaatcat
acagtgacaattcgagtagatcttttgaaggaaggagaagtgcctaaacctttcccaaca
cattataaagattcatgggataataaacatgtcaaaatgccttgttcagaacaaaattta
taccctatagaagatgagaatggcgatagaactgctgggagccgatgggaattaatccag
acttctttgcttaagaagtttaccagttcccgtgatttgaaggacgctattctcagatac
aatgtcgcatatgccaagaaatgggacttcacagccctcactgacttctgtgacaaggtg
cttgaggatgcagaggctcagcatctgtttcaatccattttgcctgatatggtgaaactt
gcactctgcctacctagcatctgcactcagccaatacctctactgaaacaaaaaatgaac
cactccatcacaatgtcacaagaacagactgctagtttgctagcaaatgccttcttctgc
actttcccccggcgaaatgccaagatgaaatcagaatattcaagctatccagatattaac
ttcaacaggttgtttgaaggacgttcgcctaggaagcctgagaaactgaaaacccttttc
tgctacttcagaaaagtcacagaaaaaagacccactggactggtgacatttacaagacag
tgtctacaggaatttcctgagtgggaaagatctcagaaaaaaatgtcaaagttgcatgtc
acatatgaaggtactatagaaaacaacgggcatggaatgctacaggttgattttgctaat
cgctttgttggaggtggtgtcactggtgcaggactggtacaggaagaaattcgcttctta
atcaacccagaactgattgtatctcgtcttattactgaagtcctggatcacaatgagtgc
ctaattatcacaggtgcagagcaatatagtgaatacactggctatgcagaaacctatcgg
tgggccaggagccatgaagatgaaacacccagggatgagtggcagaggcgatgcactgaa
attgtggctatagatgcatttcatttcagacgtttccttgatcagtttgctcctgagaaa
attagaagagagctcaacaaggcttattgtggtttttcgcgacctggtgtcccaccacat
cacctttcggcaatagctacaggaaactggggatgtggtgcctttggaggtgatgcaaga
ttaaaagccttaatacaaatcttggcagctgcagaggctgggcgagatgtggtttacttt
acctttggagatgctgaactgatgagagacatttacagcatgcacactttcctaattgaa
aaagaacaaactattggggatatttacaggctgctgctaaaatattacaacgaggaatgc
agatgttgctctactccaagaccagaagtcaaactttatcctttcatatatagtacagtt
gaatcctatgcaggctccactgatgatgatagaggactatgttttgaagactag

  All links  
Gene (31)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (40)   

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