Anatilimnocola aggregata: ETAA8_15240
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Entry
ETAA8_15240 CDS
T07027
Symbol
polA_1
Name
(GenBank) DNA polymerase I
KO
K02335
DNA polymerase I [EC:
2.7.7.7
]
Organism
aagg
Anatilimnocola aggregata
Pathway
aagg03030
DNA replication
aagg03410
Base excision repair
aagg03420
Nucleotide excision repair
aagg03440
Homologous recombination
Brite
KEGG Orthology (KO) [BR:
aagg00001
]
09120 Genetic Information Processing
09124 Replication and repair
03030 DNA replication
ETAA8_15240 (polA_1)
03410 Base excision repair
ETAA8_15240 (polA_1)
03420 Nucleotide excision repair
ETAA8_15240 (polA_1)
03440 Homologous recombination
ETAA8_15240 (polA_1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
aagg03032
]
ETAA8_15240 (polA_1)
03400 DNA repair and recombination proteins [BR:
aagg03400
]
ETAA8_15240 (polA_1)
Enzymes [BR:
aagg01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.7 Nucleotidyltransferases
2.7.7.7 DNA-directed DNA polymerase
ETAA8_15240 (polA_1)
DNA replication proteins [BR:
aagg03032
]
Prokaryotic type
DNA Replication Elongation Factors
Elongation factors (bacterial)
Other elongation factors
ETAA8_15240 (polA_1)
DNA repair and recombination proteins [BR:
aagg03400
]
Prokaryotic type
SSBR (single strand breaks repair)
BER (base exicision repair)
DNA polymerase I
ETAA8_15240 (polA_1)
NER (nucleotide excision repair)
GGR (global genome repair) factors
ETAA8_15240 (polA_1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNA_pol_A
5_3_exonuc_N
5_3_exonuc
DNA_pol_A_exo1
DNA_polI_exo1
HHH_5
HHH_2
HHH
Motif
Other DBs
NCBI-ProteinID:
QDU26446
UniProt:
A0A517Y895
LinkDB
All DBs
Position
1883612..1886632
Genome browser
AA seq
1006 aa
AA seq
DB search
MAKKATSQPLLAGFDDPAPAPAVAITPTPATILPTVPVDHAALDTHAVVVNEAALAKAPA
NEPLSLKGKRVYLVDAYSLIYQVFHALPEMTGPSGQPVGAAHGFVRDMLDLIENRGADLL
IAAFDHPSATFRTELYTEYKANRQEMPVDLQPQIPLIKQFMDALGIPALALAGYEADDLL
ATLALQAHEAGAECLIVTSDKDCRQLITDNVRLYNIRKNEAMDAAGLLEVWGIRPNQVVD
FQSLVGDSVDNVPGIPGIGPKTATTLLQKYETLEGVYEHLDELKGKQRENIEKGRESAFM
SRDLVRLKADLELDFNWSIGLIGGMQPAVLAELNRHAGFKQLAKRMESLAAKFAGDALPT
APGPTHDFSSAEFVAKREIVASSPAAEVVSRPMVATADPWIVDYRTVATVEQLDELIEQM
KQQKEIVIDTETTSLRARQAEIVGYSFCWTPGVAYYLPVRAPAGETVIDPQLALEKLRPV
LEDPQIAKVGQNIKYDQLILRSAGVTLRGVAFDTMVADYLIDPGERSHNLDDLAVRHLGH
QNITIDTLIGTGKNQKRMDEVPVAIITQYAAEDADVPLRLKAVLEPRLAEQDLLPLFHEL
EIPLIDVLAEMEFNGIRVDRERLKQLDEQFTLRIAALEKEIYEIAGAEFNIDSRLQLSKL
LFEDLKLPIVKRTKTGPSTDVDVLEELARLHPLPAKIIDYRQNSKLQSTYVLALQELIHP
GTGRVHTSFKQDVAATGRLSSQDPNLQNIPVRSEAGRAIRSAFLPGPDGWLLMTADYSQI
ELRVLAHFSGDVTLQQAFILDRDIHTQVASDVYGVPLEQVTREMRRNAKAINFGIIYGQS
PFGLSKALDISQGDAAEFIEAYFSRLPGVEKFMEQVLLDCRRVGWVSTILGRRRPVQGVR
DPRVQVNKRQRTLPERIAINTVIQGSAADIIKRAMINVHRRLAKEQLQSRLLLQIHDELV
FEFPPDEQERLAQLVGEEMSTAAQLSVPLKVDVKTGPNWAACEVLE
NT seq
3021 nt
NT seq
+upstream
nt +downstream
nt
atggcaaaaaaagcgacctcgcaaccactgctcgccggcttcgacgatcctgcgcctgcg
cccgcagtagccattacaccaacacccgcgacgatcctgcctacagtgccagtggatcac
gcggcactcgatacgcacgccgtggtggtcaacgaagcggcgctcgcgaaagctcctgcg
aacgaaccgctgagcctcaagggaaagcgagtttatctcgtcgatgcctattcgctcatc
tatcaagtgtttcatgcgctgcccgagatgaccggcccttccggccagcccgtcggggcg
gcgcatggcttcgtccgcgacatgctcgacctgatcgagaaccgcggagccgatttgttg
atcgctgccttcgaccatccgagtgctacgtttcgcacggaactttacaccgagtacaag
gccaatcggcaggagatgccggtcgacttgcagccgcagattccgctcattaagcagttc
atggatgcgctgggcattcccgcgctggcgctcgcaggttacgaagccgacgacctgctc
gcaaccctcgccctgcaggcgcacgaagccggcgcggagtgcctgattgtgacgagcgac
aaggattgccgtcagctgattaccgataacgtccggctctacaacattcgcaagaacgaa
gcgatggacgcggccggcctgctcgaggtgtggggcattcggccgaatcaggtcgtcgat
tttcaatcgctggtcggggactcggtcgacaacgtccccggcattccaggcattggtccc
aaaacggccacgaccttgttgcaaaagtacgaaacgctcgaaggggtctacgagcatctg
gatgaactgaaaggaaaacagcgggagaatatcgagaaagggcgcgagtcggccttcatg
agccgcgatctcgtgcggctcaaggccgatctcgaacttgactttaattggagcatcggc
ctgatcggcggcatgcaacccgcagtccttgccgaactcaatcgccacgccggcttcaag
caactggccaagcggatggaatcgctcgcggcaaaattcgccggcgatgctctgcccacc
gcgcccgggccgacgcatgacttcagctcggcagagtttgttgccaagcgagaaatcgtg
gccagttcccccgcggcggaagttgtctcgcgccccatggtcgccacggccgatccgtgg
atcgtcgactatcgcaccgtcgccacggtggaacaactcgacgaactgatcgagcagatg
aagcagcagaaggaaatcgtcatcgataccgagacgacttcgctccgtgcgcgacaggcc
gagattgttggctattccttctgctggactccaggcgtcgcttattacctgcccgttcgc
gcgccagctggtgagacagttatcgatccgcaactcgcactcgagaaactgcgccccgtg
ctcgaagacccgcagattgccaaggtgggccagaacatcaagtacgatcagttgattcta
cgctccgccggtgtgacactgcgcggcgtggccttcgatacgatggtcgccgactatctg
atcgatccgggcgagcggagtcataacctcgacgacctggctgtgcggcatctggggcac
caaaacatcaccatcgatacactgatcggcacgggtaaaaaccagaagcgcatggacgaa
gtgccggtggccatcatcacgcagtacgcggccgaagatgccgatgtgcccctgcggttg
aaggccgtgctcgaaccgcgactggccgagcaggatttgctgccgctgtttcacgaactg
gagatccctctcatcgacgtgctggccgagatggaattcaacggcattcgcgtcgatcgc
gagcggctgaaacaactcgatgaacagtttacgctaaggattgccgcgctcgaaaaagag
atctacgaaattgccggggccgagttcaacatcgattcgcggctgcaactatcgaagctg
ctgttcgaagatctgaagctgccgatcgtcaaacgaacgaagaccggcccgagtaccgac
gtcgacgtgctcgaagaactcgcgcggctccatccgctgccggcgaagatcatcgactat
cggcagaattcgaaattgcaaagcacgtatgtcctcgcgctgcaggaattgattcatcct
ggcacaggccgcgtgcatacgtcgttcaagcaagatgtcgcggccaccggtcgcctcagt
tcgcaagatccgaacttgcagaacatccctgtgcggagcgaagcagggcgcgccatccgc
tcggcattcttgcccgggccagatggttggcttctcatgaccgctgactattcgcaaatc
gaactgcgggtgctcgcgcacttttccggcgatgtcacgctgcaacaggcgttcattctt
gaccgcgatattcacacgcaagtggccagcgatgtgtatggcgtgccgctcgagcaggtg
acgcgcgaaatgcgccgcaatgccaaggcaatcaacttcggcatcatctatggccagagc
ccgtttgggctttcgaaggccctcgatatcagccagggcgatgcagcggaattcatcgaa
gcctatttttcgcgcctccccggcgtcgaaaaattcatggagcaagtgctgctcgactgc
cgccgcgtcggctgggtgagcacgattcttggtcgtcgtcgcccggtccagggggtacgc
gatccgcgcgtccaggtgaacaagcgccagcggacgctccccgagcgcatcgccatcaac
accgtcattcaaggctccgctgctgatattatcaagcgggcaatgatcaacgtccatcgt
cggctggcaaaagagcagctgcaatctcgcttgctcctgcaaattcatgacgaactggtg
ttcgagtttccgcccgatgagcaggagcgcctggcgcaattggtcggggaagaaatgtcc
accgccgcgcagctcagcgtgccactcaaggtcgacgtaaagacgggtcccaactgggcc
gcctgcgaggtgctggaataa
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