KEGG   Dendronephthya gigantea (soft corals): 114538331
Entry
114538331         CDS       T06112                                 
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP4-like
  KO
K10798  poly [ADP-ribose] polymerase 2/3/4 [EC:2.4.2.30]
Organism
dgt  Dendronephthya gigantea (soft corals)
Pathway
dgt03410  Base excision repair
Brite
KEGG Orthology (KO) [BR:dgt00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03410 Base excision repair
    114538331
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:dgt03032]
    114538331
   03036 Chromosome and associated proteins [BR:dgt03036]
    114538331
   03400 DNA repair and recombination proteins [BR:dgt03400]
    114538331
Enzymes [BR:dgt01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     114538331
DNA replication proteins [BR:dgt03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    114538331
Chromosome and associated proteins [BR:dgt03036]
 Eukaryotic type
  Centrosome formation proteins
   Centriole proteins
    114538331
DNA repair and recombination proteins [BR:dgt03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Other BER factors
     114538331
SSDB
Motif
Pfam: VIT PARP VWA_3 VIT_2 BRCT_2 VWA PARP_reg VWA_2 BRCT PTCB-BRCT DNA_mis_repair Muted
Other DBs
NCBI-GeneID: 114538331
NCBI-ProteinID: XP_028415284
Position
Unknown
AA seq 1409 aa
MVLFFKDCQFTVDFTSKHFAYKRKQEIRRNIVDHGGTISYILNNKTKYFVSENKEVDDTY
KGRAALKLGIPIVSLSFIDDCAEQQKLLESDEYLTIGKSLANQFSSGIIKAASKTPNVSK
QKTQKPLTLANLRATRVYQFNQDNESIPFFPSDDFEIVKHSWFKKSDKNGLFRFVAIELH
ISTAKEGEIDIEKSHPSHRIFSHSGILQKGIDVNEKPDKKECRFADNSDTAEQLYSLFCS
QQQPEYRRQFSAFPPGVGSHKMISNNISSEVLNKENLSPPVKALVHSISSEAIGELSSLL
SDSVEQLKLEDISKAEGVLQAIREILDKGDASDENLGKYSQEFYSLVPHNEEYVKEIKTK
RVIAEKQDLCQLIKDILNVNEATNFSTRSSDEAKYKACGCHLESLSKTTDEYLNIVNKVL
SSSTRNIKVQNIFSCQRPAESAHFESHLGNIRQLFHSSKAQNFLGILSRGLLPPKIVVRD
FGGERSDAGNLGTGIYFGSDATTSVKYSSPGKTRGTRLLLICEVALGRVKDFTEFTYDLE
HAPDGYQSCHGVKNQPNSCPSEFEEDEYVVYSVNQQRIRYLVEFSLPEDDVTDVIIDDTV
IGRGSEDVLVEPTTAISLDEEAMSSSDEEEFAPNITTSDIEALEDPLTKVKPGLRSDGDT
LVPLKSVHIRAKLLDLCAKVVVMQVYKNSSDKPIEAKYVFPLDDMAAVCGFEAFINGKHI
VGEVKEKEQAHKEYKKAISEGHGAYLMDEETPDVFTVSVGNIPPGATVLIKITYVAELAV
EDENIVFSLPGSLAPWSRDQALKESTQNVLQSFQARDDDSCDLSVHIAVEMPFDIRTLDC
PTHVVRLKKTATKAVLEMKEGQKLDNGFQLLIGLAEIHVPRMWAERHPENADSQACMLSF
YPEFEADPIENVEYVFLLDVSCSMKGSSIDNAKKILLLALNKLPANARFNIVAFGNQWLE
LFPSSVEKTEKSMKEAAAFVKNRTSDMGATDLWKILRALSLLPVRSNVHVRNVCVLSDGH
VTETEMVLRLATSGFAQTRIFTFGVGSSANRYFLRTLAKVGAGASEYFDEKVKSKWKRKV
ESFISRSQQPVLTSVSVAWQQFDNDAPTPIQAPSQILSLFNGSRQVVYGFVPYCTQATLK
AMINGKEISTMVSTSELSITSGSTLHQLTARALINDWEEGLLAPDHLHHQAVKVSRKDYI
IEISKKYSVTSKFTSFVAIEKREEGETFDSTTAPDVDEILDGEDVDILGYIGFEEDDEES
EGESEDSEDESEEESLSSGDVDELLGAAHELAYPGLMVRNFSPEFTDFDSSHRLYDSTGD
EEIYGFGGGSSELCFDMDVEKCSLECSLVPPKERSLSPGFPIMNTFSTGHDVEELDDLPP
DLGAPSGRYLSTEFPVMNTFSPDLHDDNE
NT seq 4230 nt   +upstreamnt  +downstreamnt
atggttttattcttcaaggattgccagttcacggtggattttacttccaagcactttgct
tacaaacgaaagcaagaaatccgtcgaaatatcgttgaccatggaggaacaatttcgtac
atactgaataacaagaccaagtacttcgtctcagaaaacaaagaggtagacgacacatac
aagggcagggcagctctgaaacttggtataccgattgtgtcattgtcatttattgacgac
tgcgcggaacagcagaagttgttggaaagcgatgaatatctcacgattggcaagtccttg
gccaaccagttttcctctggtatcatcaaagcagcttccaagacaccgaatgtctcgaaa
caaaagacacaaaagcccctgacattggcaaatcttagagctacaagggtttatcagttt
aatcaagataacgagtctattcctttctttccatctgatgattttgaaatcgttaaacat
tcgtggtttaagaaatctgacaaaaatggtttgtttcgttttgtcgctattgaactgcat
atcagtactgccaaggaaggtgagattgacatcgaaaaatcacatccaagtcatcgtata
ttctctcattctggaatccttcaaaagggaattgatgtgaatgagaaacctgacaaaaag
gaatgtcgttttgccgacaactccgatactgctgagcaattgtattcccttttctgttca
caacaacagcccgaataccgtcggcaattctcagcctttcctcctggtgttggatcgcat
aaaatgatttctaacaatatatccagtgaagtattgaacaaagaaaatctgtctcctcct
gtgaaggcgcttgttcacagcatctcgtctgaagcgatcggagagctgagttctctactc
agcgattcggttgaacagctcaaactggaagatatctcaaaagctgaaggagtattgcaa
gctattcgagaaattctcgacaaaggcgatgcttcggatgaaaatttggggaaatattct
caggagttttactcgctcgttccacacaacgaggaatacgtgaaagaaattaaaacaaag
cgagttattgcagaaaaacaggatctctgtcagttaattaaagacatcttaaatgtaaac
gaagcgacgaatttctcaacgcgaagcagcgacgaagcaaaatacaaagcgtgcggttgt
catcttgaaagtctttcgaagacaacagacgaatacttgaacattgtcaataaagtgctg
tcatcctcgaccaggaatatcaaagtacagaacatattttcatgccaacgtccagccgag
tcagcgcatttcgaatcccatcttggaaacattcgtcaactcttccattcctcgaaagcg
caaaatttcctgggtattttatcccggggtcttcttccccccaaaattgtggtccgtgat
ttcggaggtgagcgctcggacgctggtaacttggggactggaatctacttcggttcggat
gcgacgacgagtgtgaagtactcgtccccaggaaaaactcggggaacacggttacttctc
atatgcgaggttgcgttagggcgtgtcaaggacttcacagaattcacctatgatttggag
catgcgcccgatggctaccagagctgtcacggtgtcaaaaaccaaccaaattcttgtcca
tcagaatttgaagaagacgaatatgttgtttactctgtcaaccaacaaaggattcgatat
ttggtcgagtttagtttaccagaagacgatgtaacggatgtcatcatcgatgatactgtc
attggacgtggaagtgaagatgttctcgttgaacccacaacagcaatttctcttgacgag
gaagcaatgtcatcatcggatgaagaagaatttgctccaaatattacaacctctgatatc
gaggctcttgaagatccactgaccaaagtgaaaccaggattgcgatctgatggagacacc
ttggtgcctttaaagtccgttcatattagagcgaaacttttggacctctgtgcgaaagtt
gttgtcatgcaagtttataagaattcaagtgacaaaccaattgaagccaaatatgttttt
ccattggatgacatggctgctgtgtgtggttttgaggcatttatcaatggtaaacatatc
gttggtgaagtaaaggagaaagaacaagcccacaaggagtacaagaaagccatcagcgag
gggcatggggcttatttgatggacgaggagacgccagatgtgtttacggttagtgttggt
aatatccctcccggagcgaccgtcttgatcaaaataacgtacgttgctgagcttgctgtt
gaagatgagaatatagtgttcagtctccccggttccctcgcaccatggtcacgtgatcag
gcgctgaaagaaagcacacaaaatgttcttcagagttttcaagctcgtgatgatgattct
tgtgatctttctgttcacattgctgttgagatgccgttcgatataagaacactggactgt
cctacacacgttgttagattaaagaaaacagcaacaaaagcggttctggagatgaaggaa
ggtcaaaaactggacaatggttttcaattgttgattggtctcgcggaaatccacgttcca
cgaatgtgggccgagagacatcccgaaaacgcagactcgcaggcttgtatgttgtctttt
taccctgaattcgaggcagacccgattgaaaatgtcgaatatgtcttcctattggatgtg
tcttgttcaatgaagggatcttctattgacaatgcaaagaaaattctacttcttgccctg
aacaaactaccagcaaacgctaggtttaatatcgttgcttttggaaaccaatggttggag
ttatttccgtcaagtgttgagaagacggagaaaagtatgaaagaagctgctgcttttgtt
aaaaaccgcaccagtgatatgggagccactgatctctggaagattttaagagctttaagt
ctactaccggtgagatccaatgtccacgtgaggaacgtgtgtgttctcagtgatgggcac
gtgaccgaaaccgagatggttttgagactggcaaccagtggctttgctcagaccaggata
ttcacgtttggtgtaggctcttctgcaaatcgttatttcttgcggactttggcaaaagtt
ggcgcaggcgcgtcggaatactttgacgagaaagtcaagtcaaaatggaaaagaaaagtg
gagtcttttatctcgaggtcgcaacaacctgtcctcacgtcagtatctgttgcctggcaa
cagtttgataatgacgcaccaactccaatccaggccccaagccaaatattatcgcttttc
aatggctcgagacaagtggtgtatggctttgttccttactgtacccaggcgacattaaaa
gctatgataaatggcaaggagatttcaacaatggtctcaacgtcagaactgagtatcacc
tctggttcaaccttgcatcagctgacagccagggcactgattaatgattgggaagaagga
ttacttgccccagaccacctccatcaccaggcggtcaaggtgtctcgcaaagattatatt
attgaaataagcaagaaatactcagtcacgtccaagttcacaagttttgtcgcaattgaa
aagcgtgaagaaggcgagacctttgattcgacaactgcgccggacgtcgacgaaattctt
gatggagaagatgtggatatcttgggatatattgggttcgaggaggacgatgaggaatca
gagggggaatcagaggactcagaggatgaatcagaggaggaatcattgtcttctggtgat
gttgatgaacttttgggcgcagctcatgagcttgcatatcctggtttgatggtgcgtaat
ttttctcccgaatttacggatttcgattcttcgcatcgattatatgattctactggtgat
gaagaaatttatggtttcggtggagggtcaagcgagctttgttttgatatggacgtagaa
aaatgttctttggaatgttctctggtgccaccaaaggaacgttctttaagtcctggattt
ccaattatgaacacattctcaacaggacatgatgttgaagaacttgatgatttgcctcca
gatctaggggcaccaagcggacgatatttgagtactgaatttccagttatgaacacattc
tcaccagatttacatgatgataatgaatga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (25)   

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