KEGG   Macaca mulatta (rhesus monkey): 114669838
Entry
114669838         CDS       T01028                                 
Symbol
PARP4
Name
(RefSeq) LOW QUALITY PROTEIN: protein mono-ADP-ribosyltransferase PARP4
  KO
K10798  poly [ADP-ribose] polymerase 2/3/4 [EC:2.4.2.30]
Organism
mcc  Macaca mulatta (rhesus monkey)
Pathway
mcc03410  Base excision repair
mcc04210  Apoptosis
Brite
KEGG Orthology (KO) [BR:mcc00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03410 Base excision repair
    114669838 (PARP4)
 09140 Cellular Processes
  09143 Cell growth and death
   04210 Apoptosis
    114669838 (PARP4)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:mcc03032]
    114669838 (PARP4)
   03036 Chromosome and associated proteins [BR:mcc03036]
    114669838 (PARP4)
   03400 DNA repair and recombination proteins [BR:mcc03400]
    114669838 (PARP4)
Enzymes [BR:mcc01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     114669838 (PARP4)
DNA replication proteins [BR:mcc03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    114669838 (PARP4)
Chromosome and associated proteins [BR:mcc03036]
 Eukaryotic type
  Centrosome formation proteins
   Centriole proteins
    114669838 (PARP4)
DNA repair and recombination proteins [BR:mcc03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Other BER factors
     114669838 (PARP4)
SSDB
Motif
Pfam: VIT PARP BRCT VWA VIT_2 VWA_3 BRCT_2 VWA_2 PARP_reg PTCB-BRCT VWA_CoxE
Other DBs
NCBI-GeneID: 114669838
NCBI-ProteinID: XP_028693420
Position
17:4444298..4536948
AA seq 1717 aa
MMMGIFANCIFCLKVKYLPRQQKKKLQTDIKENGGKFSFSLNPQCTHVILDNADVLSQYQ
LNSIQKNHVHIANPDFIWESIREKKLLDVKNYDPNKPLDITPPPDQKASGPEVKAEGLCL
DSATEEEDTVELTEFGTENVEIPHLPQDFEVAKYNTLEKVGMEGGQESVVVELQSSRDSR
DCPFLISSHFLLADGMQTRRQFAIKKTSEDASEYYENYIEELKKQGFLLREHFTPEATQL
ASEQLQALLLEEAMTSSTLSQEVSDLVEMIWAEALGHLEHTLLKPVNRISLNDVSKAEGI
LLLVKAALKNGETAEQLQKMMTEFYRLIPHKGTTPKEVNLGLLAKKADLCQLIRDMVNVC
ETNLSKPNPPSLAKYRALRCKIEHVEQNTEEFLRVRKEVLQNHHSKSPVDILQIFRVGRV
IETTEFLSKLGNVRPLLHGSPVRNIVGILCRGLLLPKVVEDHGVQRTDVGNLGSGIYFSD
SLSTSIKYSHPGETDGTRLLLICDVALGKCMDLHKKDFXLTEAPPGYDSVHGVSQTASVT
TDFEDDEFVVYKTNQVKMKYIIKFSMPGDQIKDFHPTNHTELEEYRPEFSDFSKVEDYQL
PDAKTSSSTKAGLQDASGNLVPLEDVNIXGRIIDTVAQVIVFQTYTNKSHVPIEAKYIFP
LDDKAAVCGFEAFINGKHIVGEIKEKEEAQREYREAVTQGHGAYLMSQDAPDVFTVSVGN
LPPKAKVLIKITYITELSILGTVGVFFMPATVAPWQQDKALNENLQDTVEKICIKEIGTK
QSFSLTMSIEMPYVIEFIFSDTHELKQKRTDCKAVIGTMEGSSLDSSGFSLHIGLSDAYL
PRMWVEKHPEKESEACMLVFQPDLDVHLPDLANESEVIICLDCSSSMEGVTFLQAKQIAL
HALSLVGEKHKVNIIQFGTGYKELFSYPKHITSNIVATEFIMSATPTMGNTDFWKTLRYL
SLLYPARGSRNILLVSDGHLQDESLTLQLVKRSRPHTRLFACGIGPTANRHILRILSQCG
AGVFEYFNAKSKHSWRKQIEDQMTRLCSPSCHSVSVKWQQLNPDAPEALQAPAQVPSLFR
NDRLLVYGFIPHCTQATLCALIQEKEFCTMVSTTEXQKTTGTMIHKLAARALIRDYEDGI
LHENETSHEMKKQTLKSLIIKLSKENSLITQFTSFVAVEKRDENESPFPDIPKVSELIAK
EDVDFLPYMSWQGEPQEAVTNQSLLASSEWQEVRSSKRAKRKMKLSQPKVFEDVEEDGLD
VLSAFTSSLKCEGVEKLLDLSQTESCKPTATEPLFRKVSPLETSTSSSFRVSAPAFGSSF
PLAARSYSPASMPFASHGQGAGFGFAPPPRQLAASLFSQGPVPGSCADWIPQSASHPTGP
LQNVPCVPFCGFPFSEGSLSSTQPAPPPLPGGYTPRPSAGTFPELDSPQPHFSLPTDPDP
IRGFGSYHPSVSSPFHFQPSAASLTANLRVPIAPALPKTLCSQSWTTPVDLCLLEESVGS
LEGSHLPGFGFQSSETESHELSEVLLDSCFLQIKYDTADDSIPCFPEVIEEDEIVCTQHW
QDAVPWTELFSLQTEDGFWKLTPELGLILNLDTNALHSFLKQKGIQSLGVKGRERLLDLI
ATMLVLQFIRTRLEKEGIVFKSLMKLDDASTSRNIPWAFEAIKKASEWVRRTEGQYPSIC
PRLELGKDWDSATKQLLGLQPINTVSPLHRVLHYSQG
NT seq 5154 nt   +upstreamnt  +downstreamnt
atgatgatgggaatctttgcaaattgtatcttctgtctgaaagtgaagtacttacctcgg
cagcagaagaaaaagctacaaactgacattaaggaaaacggtggaaagttttccttttca
ttaaatcctcagtgcacacatgtaatcttagacaatgctgacgttctgagtcaataccag
ctgaattctatccaaaagaaccacgttcatattgcaaacccagattttatatgggaatct
atcagagaaaagaaactcttggatgtaaagaattatgatcctaataagcccctggacatc
acaccacctcctgatcagaaggcgagcggtcctgaagtgaaagcagaaggtctgtgcctg
gacagtgccacagaggaggaagacactgtggaactcactgagtttggtacagagaatgtt
gaaattcctcatcttcctcaagattttgaagttgcaaaatataacaccttggagaaagtg
ggaatggagggaggccaggaatctgtggttgtggaactgcagagttcgcgggactccagg
gactgtcctttcctgatatcctcacacttcctcctggctgatggcatgcagactagaaga
cagtttgctataaagaaaacctctgaagatgcaagtgaatactacgaaaattacatcgaa
gaacttaagaaacaaggatttctactaagagaacatttcacacctgaagcaacccaatta
gcatctgaacaattgcaagcattgcttttggaggaagccatgacttcaagcactctgagc
caagaggtgagcgatttagtagagatgatttgggcagaggcgctgggccacctggaacac
acgcttctcaagccagtgaacaggattagcctcaacgatgtgagcaaggcagaggggatt
ctccttctagtaaaggcagcactgaaaaatggagaaacggcagagcaattgcaaaagatg
atgacagagttttacagactgatacctcacaaaggcacaacgcccaaagaagtgaacctg
ggactattggctaagaaagcagacctctgccagctaataagagacatggttaatgtctgt
gaaacgaatttgtccaaacccaacccaccatccctggccaagtaccgagctttgagatgc
aaaattgagcatgttgaacagaatactgaagaatttctcagggttagaaaagaggttttg
cagaatcatcacagtaagagtccagtggatatcttgcagatatttagagttggcagagtg
attgaaaccacagagtttctgagcaaacttggcaatgtgaggcccttgttgcatggttct
cctgtacgaaacatcgtaggaatcttgtgtcgagggttgcttttacccaaagtagtggaa
gatcatggtgtgcaaagaacagacgtcggaaaccttggaagtgggatttatttcagtgat
tcgctcagtacaagtatcaagtactcacacccgggagagacagatggcaccagactcctg
ctcatttgtgacgtagccctcggaaagtgtatggacttacacaagaaggactttncctta
actgaagcaccaccaggctacgacagtgtgcatggagtttcacaaacagcctctgtcacc
acagactttgaggatgatgaatttgttgtctataaaaccaatcaggttaaaatgaaatat
attattaaattttccatgcctggagatcaaataaaggactttcatcctactaatcatact
gaattagaggaatacagacctgagttttcagatttttcaaaggttgaagattaccagtta
ccagatgccaaaacttccagcagcaccaaggccggcctccaggacgcctctgggaacttg
gttcctctggaggatgtcaacatcnaagggagaatcatagacactgtagcccaggtcatt
gtttttcagacatacacaaataaaagtcatgtgcccattgaggcaaaatacatctttcct
ttggatgacaaggccgctgtgtgtggcttcgaagccttcatcaatgggaagcacatagtt
ggagagattaaagagaaggaagaagcccagcgagagtaccgagaagccgtgacccagggc
catggcgcttacctgatgagtcaggatgctccggacgtttttactgtaagtgttggaaac
ttaccccctaaggctaaggttcttataaaaattacctacatcacagaactcagcatcctg
ggcactgttggtgtctttttcatgcccgccaccgtagcgccctggcaacaggacaaggct
ttgaatgaaaaccttcaggatacagtagagaagatttgtataaaagaaataggaacaaag
caaagcttctctttgactatgtctattgagatgccgtatgtgattgaattcattttcagt
gatacacatgaactgaaacaaaagcgcacagactgcaaagctgtcatcggcaccatggaa
ggcagctcgttagacagcagtggattttctctccacatcggtttgtctgatgcctatctc
ccaagaatgtgggttgaaaaacatccagaaaaagaaagcgaggcttgcatgcttgtcttt
caacccgatcttgatgtccacctccctgacctagccaatgagagcgaagtgattatttgt
ctcgactgctccagttccatggagggtgtgacatttttgcaagccaagcaaattgccttg
catgcgctgtccttggtgggtgagaagcacaaagtaaacattatccagttcggcacaggt
tacaaggagttattttcgtatcctaagcatatcacaagcaatatcgtggcaacagagttc
atcatgtcggccacacctaccatggggaacacagacttctggaaaacgctccgatatctt
agcttattgtaccctgctcgagggtcacggaacattctcctggtatctgatgggcacctc
caggacgagagcctgacgttgcagctggtgaagaggagccgcccccacaccaggttattc
gcctgcggtatcggtcctacagcaaatcgtcacatcctaaggattttgtcccagtgtggt
gccggagtatttgaatattttaatgcaaaatccaagcacagttggagaaaacagatagaa
gaccaaatgactaggctatgttctccaagctgccactctgtctcggtcaaatggcagcaa
ctcaacccagatgcgcctgaggccctgcaggccccagcccaggtgccgtccttgtttcgc
aatgatcgactccttgtctacggattcattcctcactgcacacaggcaactctgtgcgca
ctaattcaagagaaagaattttgtacaatggtgtcgactactgagnctcagaagacaact
ggaactatgatccacaagctggcagcccgagctctaatcagagattacgaagatggcatt
cttcacgaaaatgaaaccagtcatgagatgaagaaacaaaccttgaaatctctgattatt
aaactcagtaaagaaaactctctcataacacaatttacaagctttgtggcagttgagaaa
agggatgagaatgagtcgccttttcctgatattccaaaagtttctgaacttattgccaaa
gaagatgtagacttcctgccctacatgagctggcagggggagccccaagaagccgtcacg
aaccagtctcttttagcatcctctgagtggcaagaagtacgttcatccaaacgggctaaa
agaaaaatgaaattatctcagccaaaagtttttgaagatgttgaagaggatggcttagat
gtactatcagcttttacatcaagtttgaaatgtgaaggtgtggaaaagctgttggattta
agtcagacagagtcatgtaaaccaacagcaactgaaccactatttaggaaagtcagtcca
ctggaaacatctacttctagctcttttcgtgtttctgctccagcctttggttcctctttt
cccctggctgcccgctcttacagtcctgcttccatgccttttgcctcccatggtcaggga
gctggttttggttttgctcctcctcccagacagttggctgcatctctattcagccaaggc
cctgtgcctggcagttgtgctgactggatcccacagtcggcatctcatcccacagggcct
ctccagaacgtaccttgtgtacccttctgtggctttcctttttcagagggctcattgagc
tccacacagcctgctccacccccacttcctggaggctatacccctaggccttctgctggc
accttccctgaactagattctccccagcctcatttctctcttcctacagatcctgatccc
atcagaggttttgggtcttatcatccctctgtttcctctccttttcattttcaaccttcc
gcagcctctttgactgccaaccttagggtgccaatagcccctgccttacctaagactctt
tgcagtcagtcctggactaccccagtagatctctgtcttctagaagaatcagtaggcagt
ctcgaaggaagtcacttgcctggctttggttttcaaagttctgaaacagaaagtcatgaa
ctatcagaagtgcttctagacagctgctttttacaaataaaatatgatacagcagatgac
agtatcccatgctttccggaagtaatagaggaggatgaaatagtgtgcacacaacactgg
caggatgctgtgccttggacagaactcttcagtctacagacagaggatggcttctggaaa
cttacaccagaactgggacttatattaaatcttgatacaaatgctttgcacagctttctt
aaacaaaaaggcattcaatctctgggtgtaaaaggaagagaacgtctcctggacctaatt
gccacaatgctggtactacagtttattcgcaccaggttggaaaaagagggaatagtgttc
aaatcactgatgaagctggatgacgcttctacttccaggaatattccctgggcttttgag
gctataaagaaagcaagtgaatgggtaagaagaactgaaggacagtacccatctatctgc
ccacggcttgaactggggaaagactgggactctgccaccaagcagttgctgggactccag
cccataaacaccgtgtcccctcttcatagagtccttcattacagtcaaggctaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (11)   
   Pfam (11)   
All databases (27)   

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