KEGG   Lingula anatina: 106165688
Entry
106165688         CDS       T04921                                 
Name
(RefSeq) poly [ADP-ribose] polymerase 4
  KO
K10798  poly [ADP-ribose] polymerase 2/3/4 [EC:2.4.2.30]
Organism
lak  Lingula anatina
Pathway
lak03410  Base excision repair
Brite
KEGG Orthology (KO) [BR:lak00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03410 Base excision repair
    106165688
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:lak03032]
    106165688
   03036 Chromosome and associated proteins [BR:lak03036]
    106165688
   03400 DNA repair and recombination proteins [BR:lak03400]
    106165688
Enzymes [BR:lak01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     106165688
DNA replication proteins [BR:lak03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    106165688
Chromosome and associated proteins [BR:lak03036]
 Eukaryotic type
  Centrosome formation proteins
   Centriole proteins
    106165688
DNA repair and recombination proteins [BR:lak03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Other BER factors
     106165688
SSDB
Motif
Pfam: VIT PARP VWA_3 VIT_2 VWA_2 VWA PARP_reg BRCT_2 BRCT PTCB-BRCT vWA-TerF-like
Other DBs
NCBI-GeneID: 106165688
NCBI-ProteinID: XP_013399484
UniProt: A0A1S3IPL4
Position
Unknown
AA seq 1306 aa
MGVFSNIQVVVELPANVPFKRKQALKKQITNNDGVISYIITKKTNVVVIENKEQVDSSYK
CRKALDMGIPLVSVDFITRCIEQNVLLNTDNFLMAGKTKDEIFSTGKIVASDQVRDKPKK
KIVSVNLNTCKVWSWEDSQQPFFDTYNFVKGVVLQREEGKTKAVHFCVLEIHTHADNRAD
NTFRVFTHCGKLSSSKEANKSKKECRYASTSEEALSIYSQLYRLYTTAPHNLTKTKCPVS
RRIGSDKFQALLWQFGQDAPVGREVGDLMDHIWQEATGQLEDTLDIPLEQVKLEEVEKAE
GILSQVKEALGKGKDSVQLKKLSGEFYSALPHRLGHTETISTKRILAKKQNLCQLIKDMV
AVSEATNWSTRGSQQSKYRALRCQIEYLAPISEEYERIKSLVEDTAPNGSNNLDIVNIFA
VHRPVEDTHFTHNISNKRLLMHASSVQNCVGILSRGLLMPKVVVDDFGGNRTDIGMLGSG
IYFADSSSTSVKYSSPSCVKGTRMMLVNEVALGQCKDYYNFQTELKAPPEGYQSVRGVKS
TENMTSEFEDDEYAIFNTNQQRIRYLVEFTLPNDKIKQMQGEVSEEIEIEEQAVEEQIGI
QDVSSITDPLSKVQAGLVSSSDEAVPLHSVSVKAKLQDLAAQVVVFQVYQNQSDHSIEAK
YVFPLDDMAAVCGFEAYINNKHIIGEVKEKETAHREYKKAISEGHGAYLMDQDEETPDVF
TVSVGNLPPRCQVVIKITYVAELQVEGENICFSLPGSVAPWKKDSALAEITQTDVDTVKV
EKSDLSVDVQVAIEMPFDIRTIDCPSHQVKVKRTASMAVVEMTAGQALGDGFQLLIGLAE
IHVPRMWVEEDADNPGSPACMLTFYPEFEAESDLACEVILLIDVSNSMKEKALQDAKKVA
LLTLHHLSNGCVFNVVSFGTGFEELFPCSMGKTKLTVKQAQGFIQALQPSGGNTEVIQPL
QVNFLLKPSQGLRNIFLISDGHVNNEEAVFTALRKNYEHTRLFTLGVSATANKYLLRSLA
RVGAGAYEYFDNKTKSKWEKKVKCQLDKVSQPGLTSVSVAWQQYDDDLPPPVQAPSQITS
LFNGSRQVVYGFVPNCMQATLKAMIAGFEVSTVVSTSDLSITKGKILHRLTAKAILRDWE
EGSLDDDRTQHEVLKMNRKNLIIQLSTKYSIVTQFTSFIAIEKREKDEDMSSEGPRIEAI
LAEEDVDILPYIGWKEKEEILNKQEEKRSTRAEEEGESSDEEEYGEDLFLCDDGADYGFL
GDNSREGSEDFSQHEVSPAYSPTSPSFYQPVAEHLESSSDMEGKRD
NT seq 3921 nt   +upstreamnt  +downstreamnt
atgggggtgttcagcaacattcaggttgtggttgagctacctgccaatgttccttttaag
aggaaacaggctctcaaaaagcagatcacaaataatgatggtgtgatttcatacataata
actaaaaagacaaatgttgtagttattgaaaacaaagaacaggtggattcttcatacaaa
tgcaggaaagccctagatatggggattcctcttgtgtcagtggacttcatcacaagatgt
atagaacagaatgtgctgcttaatacagacaatttccttatggctggcaaaaccaaggat
gaaatatttagcactgggaagatcgttgcctcagatcaagtaagggacaagcccaagaag
aaaattgtgtcagtgaacttaaacacgtgtaaagtgtggtcgtgggaagatagccaacaa
ccattctttgacacatacaattttgttaagggagttgtgcttcaaagggaggaaggaaaa
acaaaagcagtccatttctgcgtacttgaaattcacactcatgcagataatagagcagac
aacacattccgagtattcacacactgtggcaaattgagctctagcaaggaggctaacaag
tctaagaaagagtgtcgttatgcatcaacatcagaggaggccctttctatatattcccag
ctatacaggctttatacaactgccccacataatttaacaaagacaaaatgtcctgtttca
cggaggattggctcagacaagtttcaagcgttgctatggcaatttggccaggatgcacct
gtggggagagaagttggggacctgatggaccatatttggcaggaagctacaggacagctg
gaagatacattagacataccattggaacaagtcaaattggaagaggtggagaaagcagag
ggcatactgtcacaagtgaaagaagctcttggaaagggaaaagattctgttcaactaaaa
aaactttcaggagaattctacagtgctctgccacacagattaggccatactgaaaccatt
tcaacaaagagaatattggcaaaaaaacaaaacctctgtcagctgataaaagatatggtt
gctgttagtgaagcaaccaattggtccactagagggagccagcagtcaaaatacagagca
ttacgctgtcaaattgaatacttagcaccaataagtgaagaatatgagaggataaaatct
ttggtggaagatactgcaccaaacggttcaaataacctggatattgtgaacatatttgct
gtgcatagaccagtcgaagatactcatttcactcacaacatcagcaacaaaagactgttg
atgcatgcctcttctgtgcagaactgtgtggggatactctcaagaggactactgatgcca
aaggtagtggtagatgactttggaggaaataggacagatattgggatgctgggaagtgga
atctattttgctgattcatcaagcacaagtgtaaaatactcatccccaagctgtgtaaaa
ggtacacgcatgatgctggtgaatgaggtagcattgggccagtgtaaggattactataat
ttccagacagagctcaaggcaccaccagagggctatcagagtgtaagaggtgtgaaaagt
acagagaatatgacatcagagtttgaggatgatgagtatgctattttcaataccaaccag
cagcgaatacgttatctagtagaattcacattaccaaatgataaaatcaagcaaatgcaa
ggagaagtgagtgaagaaatagaaatagaagaacaagcagtagaagaacaaataggaatc
caggatgtgagcagcatcactgacccactgtccaaagtacaggctggactggtgtctagt
tcagatgaagctgtgccactacattctgtcagtgtcaaggcaaagctgcaagatttagct
gcacaggttgttgtatttcaagtctatcagaaccagagtgaccactctattgaagccaag
tatgtgttccctctggatgatatggcagcagtgtgtggatttgaagcatacatcaacaac
aagcatatcataggggaagtcaaggagaaagaaacagcacacagggaatacaagaaggcc
attagtgagggccatggagcttacctcatggaccaagatgaagaaacaccagatgtgttt
acagtgagtgttggcaacctcccacctaggtgccaagttgtgattaagatcacttatgtt
gcggagctgcaggtggaaggagaaaacatatgctttagtttgcctggtagtgtggcccct
tggaagaaagactctgctcttgctgaaattactcagacagatgtggatactgtcaaagta
gagaaaagtgacctcagtgttgatgtgcaggttgccatagaaatgccctttgacatacgg
accatcgattgtccatcccaccaagtcaaagtcaagagaactgcctccatggctgtggtg
gagatgacagcaggacaagctttgggagatgggttccagttattgataggactggccgag
atccatgtgcccaggatgtgggtggaggaagatgcagataaccctggatcaccagcttgc
atgttgaccttctacccagagtttgaagcagagtcagacctggcctgtgaggttatctta
ctgattgatgtttccaattctatgaaggagaaagcattgcaggatgccaagaaagtggct
ttgcttacactgcatcatctgtcaaatggttgtgtgtttaatgttgtgtcttttggaact
ggttttgaagagttgtttccatgttctatggggaagacaaagttaacagtgaaacaagca
caaggatttattcaggcattacaaccttctggtgggaacacagaagttattcaaccactg
caagtaaatttcctgctcaaaccaagtcaagggttgcgcaacatattcctcatctctgat
ggacatgtcaacaacgaggaagctgtcttcacagctttgagaaagaactatgagcacact
aggctgtttactctgggagttagtgcaacagccaataagtacttgctacggtctttagcc
agagttggagcaggggcatatgagtactttgacaataaaactaaatccaaatgggagaaa
aaagtgaagtgtcagctagacaaggtctctcagccaggcttgacatctgtgtctgttgct
tggcaacagtatgatgatgatctgccacctcctgtacaggcacccagccagatcacctca
cttttcaatggttctagacaggtggtgtatgggtttgtgcccaactgtatgcaagccact
cttaaggcaatgatcgccggatttgaagtctctacagttgtttccacatctgacttaagc
atcacaaaaggaaagatattacaccgtcttacagctaaggcaatccttagagactgggaa
gagggaagcctggatgatgacaggacacagcatgaggtcctgaaaatgaatcgaaagaat
cttataattcagctcagcacaaagtattccattgtaacacagtttaccagtttcattgcc
attgaaaagagagaaaaggatgaagatatgagcagtgaaggtccgaggattgaggctatc
ttggcagaagaagatgtagatattctgccatatattggatggaaggagaaggaagagatt
cttaacaagcaggaggaaaaacgatcgactcgagcagaagaggagggagaatcttcagat
gaagaggaatatggtgaagatctatttttgtgtgatgatggagcagattatggtttttta
ggggataattctagagagggctctgaggacttctcccaacatgaagtcagtcctgcttac
tccccaaccagtccctctttctatcaacctgttgctgagcatttagaaagcagttcagac
atggaaggtaagagagattaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (11)   
   Pfam (11)   
All databases (59)   

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