Paenalkalicoccus suaedae: FLK61_31245
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Entry
FLK61_31245 CDS
T08127
Symbol
addA
Name
(GenBank) helicase-exonuclease AddAB subunit AddA
KO
K16898
ATP-dependent helicase/nuclease subunit A [EC:
5.6.2.4
3.1.-.-]
Organism
psua
Paenalkalicoccus suaedae
Brite
KEGG Orthology (KO) [BR:
psua00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
psua03400
]
FLK61_31245 (addA)
Enzymes [BR:
psua01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
FLK61_31245 (addA)
DNA repair and recombination proteins [BR:
psua03400
]
Prokaryotic type
DSBR (double strand breaks repair)
HR (homologous recombination)
AddAB pathway proteins
FLK61_31245 (addA)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
UvrD-helicase
UvrD_C
AAA_19
PDDEXK_1
UvrD_C_2
DEAD
ResIII
AAA_30
Motif
Other DBs
NCBI-ProteinID:
QKS71191
UniProt:
A0A859FE71
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All DBs
Position
1758712..1762314
Genome browser
AA seq
1200 aa
AA seq
DB search
MTITNIPKPEGSRWTDDQWLAISARDTNILVAAAAGSGKTAVLVERIVSMVEEPQTVDID
ELLVVTFTNAAAAEMKARIGAALDKRLANSPGSLHLRRQLNLLQKASISTLHSFCMELLR
KHYYELNIDPAFRMLDQTEAQLIQEEVLEELTEHYYGTDESFFAVVDQYSGDRSDDRIKS
LISRLYSYSMANANPKEWLQQIAKTYEDVPDTPDKAEWVKIAVTQAKEEMKDARNVLQKG
LDMIQYDEGFAKYQDTLEAEFSQATRLLEAESFSQFTEYARQVTFGRMPTIPKKLEVDPE
LKEKVKQLRDAAKKAVTDVTTPFQLDPAFVLDEMLEMAPSIRVLMESVIEFGQRYAEAKR
EKQALDFHDLEHFALDLLRENGEPSAVAKSYQRKLKEILVDEYQDTNLVQETILQLLTNG
SNMFMVGDVKQSIYRFRLAEPKLFLSKYKRFTYTGSGEGLKIDLSKNFRSRREVLDTTNF
IFEQIMDEKLGEMDYDDNASLKIGNMSYPPSADMATELLLIEKDQDEDSEVEDLESAELE
ARAMAKKINELVQSRFPIFDKQTGATRPIKFRDIVVLMRSMPWADTMIEELKQADIPVYA
ELATGYFDAIEVRIMLSALKMIDNPYQDIPVASVLRSPMFSFDEEELSAIRLMDKQRAFY
EAVLLTSKEESALGDKVQRFLTLLETWRDESRSLSVAELIWRIYEDTYYMDYVGGMPGGK
QRQANLRALYDRARAYEETSFRGLFRFLRFIERMQERGDDLGKAKAIGEQEDVVRMMTIH
KSKGLEFPVVFVAGLNKQFNMMDLRTDYLLHKEMGFATRRIDTEQRVSYPTLYLDVVKEL
SKRELLAEEMRILYVALTRAEEKLILLATVSNKEDMVDQWSQNVSEDLLLPNIVRSKAKG
FLDWVGPALVRHSAIGASEFQLQMEARIELQSFKRQDLTFETPKKEEKSDMIEKVQQLQA
LAGFKDVNDAIKQELEWQYAYQTSTEHRAKQSVTELKAALMDESSDDQFIRAFEPTFYER
PSFEASTGFSQAEKGTIVHTVMQHISLQPEKIEDEIAMLVAKELLTVEEAATVNVANIRV
FLESDLAQRMREAVWMERELAFTYGVPASTIYSDFSQETEEEVFVQGIVDCVFEDASGKL
VLLDYKTDQVPTDVDSDVFFLSRYQFQLDIYTKALEESFGREIDETYLYMMNGKQLITKE
NT seq
3603 nt
NT seq
+upstream
nt +downstream
nt
atgacgatcactaatattcctaaaccagaaggatctagatggacggacgatcagtggtta
gcaatttcggctagagacacaaatattttagttgcagcagcagctggatcaggtaaaact
gccgtgcttgttgagcgaattgtgtcgatggttgaggagccacaaaccgttgatattgat
gaattacttgttgttacgtttacaaatgcagctgcggctgaaatgaaggcaaggataggt
gctgcacttgataagcgcctagctaatagcccagggtccttgcatctacgtagacaacta
aaccttttacaaaaagcgtctatctctactcttcactcgttttgtatggagctacttcgt
aaacattactatgaattaaatattgatccagcttttcgaatgctagatcaaacagaggca
cagctcattcaagaagaagtgctagaagaattgacagagcattattatgggacagatgag
tcattttttgcggttgtagatcagtatagtggggatcgttcggacgatcgcatcaaatcg
ctcattagccgcctttattcgtattcgatggctaatgctaatccaaaagaatggctacag
caaattgcgaaaacgtatgaggatgtgccggacactcctgacaaagcggagtgggttaag
attgctgtgacacaggccaaggaagaaatgaaagacgctcgaaacgtgttacaaaaaggg
ctagatatgattcagtatgacgagggattcgctaaatatcaggatacgttagaggcagaa
ttctcacaggcgacaagacttcttgaagcggagtcatttagccagtttacggagtatgct
cggcaagttacgtttgggcgtatgccgacgattccaaagaagctagaggttgatccggag
cttaaggagaaggtcaaacagctccgcgatgcagccaaaaaagcggttacggatgtaaca
acaccatttcaattagatcctgcttttgtgttagatgagatgcttgagatggctccaagt
attcgagtactaatggagtcggttatcgaattcggacagaggtatgcggaagcaaagcga
gaaaagcaggcactagactttcatgatttagagcattttgctctagatttacttcgtgaa
aacggggagccgtctgcagttgcaaaaagctatcagcggaaacttaaagagattttagta
gacgagtatcaggatacaaaccttgtacaggagacgatcttacagctccttacaaatgga
tcgaatatgtttatggttggagatgtgaaacaatctatttatcgattccggttggcggaa
ccaaagctatttttatcaaaatataaacggtttacgtatacaggcagtggcgagggcctg
aaaatagatctttccaagaattttcggtcaagaagagaggttcttgatacaacgaacttt
atttttgagcaaatcatggatgagaagcttggagaaatggactatgacgacaacgcgtcg
ttaaagattgggaatatgagctacccaccatcagccgatatggcgaccgagcttttatta
atcgagaaggatcaagacgaggatagtgaggtcgaagatttagaatcggccgagcttgag
gcgcgtgcgatggcgaaaaaaatcaacgagcttgtgcaatcgcgctttcctatctttgat
aagcaaactggtgcgacgcgtcccatcaagtttagagatatcgtcgtcctcatgcgttcg
atgccttgggcagatacgatgatagaagaattaaagcaagcggacattccagtttatgcg
gagcttgcaactggctactttgatgctatagaagttcgcattatgctctcggcattaaag
atgattgataacccgtatcaggatatcccggttgcctccgtgttacgttcaccaatgttt
tctttcgatgaagaagaactctccgctattcgattaatggacaagcaacgtgctttttat
gaagcggttctgcttacttctaaagaagaatctgcgcttggtgataaggtgcaacgcttt
cttactcttttagaaacgtggcgagatgagtcgcggagcttaagtgttgcggagcttatt
tggcgaatttatgaggatacgtactatatggactacgtaggtggtatgcctggaggcaag
caacgacaggcaaatctccgggcattgtatgaccgagctcgagcctatgaggaaacatcg
tttagaggtctatttcgatttttgcggtttattgaacgaatgcaggagcgtggggatgat
ctcggtaaagcaaaagcgatcggtgagcaagaagacgttgtgcgaatgatgacgattcat
aaaagtaaagggttagaatttccggtcgtatttgtagcgggcttaaataagcagtttaac
atgatggaccttcgcacggattatctactccataaagaaatgggctttgctacaagacga
attgatacggagcaacgagtatcctatccaacgctttatctagatgtcgtcaaggagctc
tcaaagcgtgagctcttggcagaggagatgcgtattttatatgttgcgttaacacgagca
gaagaaaagctcattttacttgctaccgtctcaaacaaagaagatatggtagaccagtgg
tcgcaaaatgtttcggaagatttacttttaccgaatatcgttcgaagcaaggcgaagggc
tttttagattgggtaggaccagcacttgtgagacattcagccattggtgccagtgaattc
cagctacaaatggaagcaagaattgagcttcagtcgtttaaaaggcaagatcttacgttt
gaaactcctaaaaaagaagaaaagtctgacatgatagagaaagtacagcagctacaagca
ttggctggttttaaggatgttaatgatgccattaaacaagagctggagtggcagtatgct
tatcaaacaagcaccgaacatcgtgcgaaacaatctgtaacggagcttaaagcagcctta
atggatgaatctagcgatgaccaatttattcgtgcgtttgaaccgacattttatgagcgc
ccatccttcgaggcttcaacaggcttttcgcaagcagaaaaggggacgatcgtgcataca
gtgatgcaacacatctccttgcagccagaaaagatcgaagatgagatcgcaatgttagta
gcaaaggagttacttacggttgaagaggcagcgacggttaacgttgccaatattcgagtg
tttttagagagcgatttagctcaaagaatgcgcgaggcggtatggatggaacgagagctc
gcctttacgtacggggttcctgcatctactatttactcggacttttcacaggagacagag
gaagaggtctttgttcaaggtatcgtagactgtgtatttgaggatgcgtcagggaagctt
gtgttacttgattataaaacggatcaggtcccaactgacgtagacagtgacgtgtttttc
ttatcgagatatcaattccaattggatatttatacgaaagcgctcgaggaaagctttgga
cgtgaaattgacgagacgtatttatatatgatgaacggaaaacaattgattacaaaggag
tga
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