Mercurialis annua (annual mercury): 126687363
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Entry
126687363 CDS
T10153
Name
(RefSeq) poly [ADP-ribose] polymerase 1
KO
K24070
poly [ADP-ribose] polymerase 1 [EC:
2.4.2.30
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean03410
Base excision repair
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09120 Genetic Information Processing
09124 Replication and repair
03410 Base excision repair
126687363
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
mean03032
]
126687363
03036 Chromosome and associated proteins [BR:
mean03036
]
126687363
03400 DNA repair and recombination proteins [BR:
mean03400
]
126687363
Enzymes [BR:
mean01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.2 Pentosyltransferases
2.4.2.30 NAD+ ADP-ribosyltransferase
126687363
DNA replication proteins [BR:
mean03032
]
Eukaryotic type
DNA Replication Termination Factors
Other termination factors
126687363
Chromosome and associated proteins [BR:
mean03036
]
Eukaryotic type
Centrosome formation proteins
Centriole proteins
126687363
DNA repair and recombination proteins [BR:
mean03400
]
Eukaryotic type
SSBR (single strand breaks repair)
BER (base exicision repair)
Other BER factors
126687363
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PARP
zf-PARP
PARP_reg
PADR1_N
Zn_ribbon_PADR1
WGR
BRCT
BRCT_2
DAHP_synth_1
BRCT_3
PTCB-BRCT
Ribosomal_L12
Motif
Other DBs
NCBI-GeneID:
126687363
NCBI-ProteinID:
XP_050237867
LinkDB
All DBs
Position
LG6:43339724..43346975
Genome browser
AA seq
979 aa
AA seq
DB search
MAAPPKPWKAEYAKSGRSSCKICKNPINKEGLRLGKMVQATQFDGFMPMWNHGNCVLKKA
KQIKLMDDVEGIDSLRWEDQQKIRTYVEGGGTGSGAGTTDEKGAKTMEYGIEVSQTSRAA
CRHCKLKIMKGQVRISSKPDEPRAKGLAWHHANCLIDLYPSVQVDKMPGWESLPPPDQEA
VRALVKVVPSTTKIVEEKEAASKVGARRKRDVSGDQKSKIAKVEGDVSASRVASADDLDS
KLEAQSKELWSLKDDLKKHVTTVELRQMLEANGQDTSGSELDLRDRCADGMMFGALGLCS
LCSGFLRYSGGTYKCTGFLSEWSKCSFSTREPERLKGKWKVPEDTDNEYLSKWFKSQKIK
KPVRTLPSPSSNNPSGSQASNSKSPFSDSESLGDLKVVISGLPKESVEEWKGKIEEAGGQ
VHAKIKKDTNCYIAGGVLDHEDAEIRKARRMKLPVVKEDYLVECFKKHKKLPFGLYKVES
IGETSSMVTVKVKGRSAVHKASGMQDTGHILEDGKSIYNTTLNMSDLSTGVNSCYILQII
QDDKGSNCHVFRKWGRVGNDKIGGNKLDRMSKSEAVTEFKRLFLEKTGNSWEAWEQKQNF
QKRPGKFFPLEIDYGVNKQLTKQPRKNVNSQLARPLVELLKMLFNVEAYRAAMMEFEINM
SEMPLGKLSKSNIQKGFEALTEIQNLLNSSSHDPSIKETLIIDASNRFFTVIPSIHPHVI
RDEYDFKSKVKMLEALQDIEIASRLVGFDADNDDSLDDKYRKLNCDVTPLSHDSDDYRLI
EKYLHNTHAPTHTDWSLELEEVFSLEREGELNKFDPYRRKLKNRMLLWHGSRLTNYVGIL
NQGLRIAPPEAPATGYMFGKGVYFADLVSKSAQYCFTDKKTPVGLMLLSEVALGEVYELK
NATYMDKPPEGKHSTKGLGKKVPQESEFVKWRDEVTVPCGKPVASKVRASELMYNEYIVY
NTAQVKMQFLVKVRFHHKK
NT seq
2940 nt
NT seq
+upstream
nt +downstream
nt
atggcggcacctccgaagccgtggaaggctgagtacgctaagtcaggccgatcatcatgc
aaaatttgcaaaaatcctatcaataaagaggggctccggctcggcaaaatggtccaagct
actcaatttgacggattcatgccgatgtggaaccatggcaactgtgtactaaagaaagcc
aaacagattaagctgatggatgatgttgaaggtatagattcgttacgatgggaagatcaa
cagaagattaggacgtatgtggagggtggtggtactggtagtggtgctggcaccactgat
gaaaagggtgccaagactatggaatatggtattgaagtttcgcagacatctcgagctgct
tgcaggcactgtaaactaaagattatgaaaggacaggtccgtatatcgtcaaagcctgac
gaaccacgagcaaagggtctggcctggcatcacgccaactgcttgattgacttgtatcca
tccgtccaagtggataagatgcctggatgggaaagtctgccacctcctgatcaggaagca
gttcgtgcacttgttaaagttgttccttctactacaaagattgttgaggaaaaagaagca
gcttccaaagttggtgctagaagaaaaagagatgtttctggagatcagaaatcaaagatt
gccaaggttgagggagatgtctcagctagcagggtagcttctgctgatgatttggacagc
aaactggaagctcaatccaaagaattatggtccttaaaggatgacctgaaaaagcatgtt
acaactgtagagttgcgacaaatgcttgaagccaatggtcaagatacctctggatcagaa
cttgatttgcgggaccgctgtgctgatgggatgatgtttggagcacttgggctatgctcg
ctttgttccggttttcttcgttattctggaggaacgtataagtgtactggatttctgtca
gaatggagcaaatgttcattctcaactcgtgaaccggagcgccttaaggggaagtggaaa
gtcccagaggacactgataatgagtatctgagcaagtggtttaagtctcagaagattaag
aaacctgttaggacattgccttctccatcatctaacaatccttctggtagccaggcttcc
aatagcaagtcgccattttcagacagtgaaagtttgggagatctgaaagttgttatttct
ggattacctaaggagtctgtggaagaatggaagggcaagattgaagaagcaggtggacag
gtgcatgccaagataaagaaagatacaaattgctatattgcgggtggagtactagatcat
gaagatgctgagataaggaaggcaaggagaatgaaattaccggtagtcaaggaggattat
ctagttgaatgttttaagaaacataaaaagcttccatttggtttatacaaagtcgaatct
attggtgaaacctctagcatggtgactgtgaaagtgaaagggcgaagtgcagtgcataaa
gcatctggtatgcaagatacaggtcatatccttgaggatggaaagagcatctataacaca
actttaaacatgtctgacttatcaactggtgtcaacagctgctatatccttcagataatt
caagatgataaagggtcaaattgtcacgtatttcgtaaatgggggcgtgtgggtaatgac
aaaattggaggaaacaaacttgacaggatgtcaaaatcagaagctgtcactgaatttaaa
cgtttattccttgagaagactggaaattcatgggaagcatgggaacagaagcagaacttt
cagaagagacctggcaaattcttcccattggaaattgattatggagttaacaagcagctg
acaaaacaacccaggaagaatgtaaatagccaacttgctcgtccactggtggaattgttg
aaaatgctgtttaatgtggaagcatacagagctgcgatgatggaatttgagattaacatg
tcagaaatgccgcttggaaaattgagcaaaagtaatattcaaaaaggttttgaggcattg
acagagatacagaacttattaaatagcagttcgcatgatccttccatcaaagaaacctta
atcattgacgccagcaacagattctttactgtcattccttctattcatccacatgttatt
agagatgaatatgattttaagtcaaaggtgaaaatgttagaagctctccaagatattgag
atagcttccagattagtaggttttgatgctgataatgatgactcgcttgatgataagtat
aggaagcttaattgtgatgtaactccactctctcatgatagtgacgactaccggttgatt
gagaaatatctccataatactcatgctcccactcatactgactggagtcttgaactggaa
gaagtcttttcactagaaagggagggagaattaaataagtttgatccctacagaagaaag
cttaagaatagaatgctcctctggcatggttctcgattgactaactatgtcggaatactt
aaccaaggactgagaatagctcctcctgaagctccagcaactggatatatgtttggcaaa
ggagtttattttgctgatttagtcagtaagagtgctcagtattgctttactgataagaaa
acccctgtgggattaatgcttctaagtgaagttgccttaggggaggtatatgagctgaag
aatgccacgtatatggacaaacctcctgaaggaaagcattcgacaaaagggcttggcaag
aaagtacctcaggagtcggagtttgtgaaatggagggatgaagttactgttccttgcggt
aaaccagtggcatctaaagtcagagcctctgagctcatgtataacgagtacatcgtctat
aacacggctcaagttaagatgcagttcttggtgaaggtgaggtttcatcataagaagtga
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