Lactococcus allomyrinae: D7I46_10065
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Entry
D7I46_10065 CDS
T05686
Symbol
rexB
Name
(GenBank) ATP-dependent nuclease subunit B
KO
K16899
ATP-dependent helicase/nuclease subunit B [EC:
5.6.2.4
3.1.-.-]
Organism
lact
Lactococcus allomyrinae
Brite
KEGG Orthology (KO) [BR:
lact00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
lact03400
]
D7I46_10065 (rexB)
Enzymes [BR:
lact01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
D7I46_10065 (rexB)
DNA repair and recombination proteins [BR:
lact03400
]
Prokaryotic type
DSBR (double strand breaks repair)
HR (homologous recombination)
AddAB pathway proteins
D7I46_10065 (rexB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PDDEXK_1
ADDB_N
P2_N
Dna2
DUF3269
DUF5917
Motif
Other DBs
NCBI-ProteinID:
AYG01390
UniProt:
A0A387BK84
LinkDB
All DBs
Position
2135453..2138743
Genome browser
AA seq
1096 aa
AA seq
DB search
MEILYTEITQDLTAGLLKRAVKELETGRKIYYIVPSSMSFEKEKEILERLSEGEDAAVFD
LLVTRFKQLPYYFDKKEHGLDKVELSQAGLSMLFRRVMRSFSKEELPLYFSQQNSTGFLE
MLTNLRSELLTANLAADDLPDNSKNQELKKILSRFEEELSKNYANYSEFGEFTELVNNGE
FDSQLRNSVIIVDGYTRFSAEEELFIESVEQRVANFIIGTYAEQREALDFSETIYVNAVQ
MIERFREKFSADIQILKKNNVNKVYSKLTKLVEQEERFVITDQTIQLSENDAHSFAIWEA
ENQNVEIERVAKEIRKKITNGAFFKEFTVLVGDLAAYEIAIKETFELYDIPFFYAQEEAM
SQHPLIVFFESLYAIKKNNYRTDDVVNLLKSKVYTCLNFTQDCVDQFEYYVQKFKISGRK
RYSTIFDEKEFTHLTSVEKLREKLLGQSSPLQEFLTSNSAKTGKKWVSDLQIFLEKGNVI
HRINELYNESEYENAHEVADKHEQVWKSLLSVLTEFSSVFSEQKMKVLDFLDILLAGLKA
AKYRQIPANVDVVNVKDYELVEPQTNKYIYAIGLSQMNFPRVKQNSTLLSDEERAEINST
TAENQFIEQLNVVNYHKNMFTVLSLINSAKEHLVLSMPQIISNEQGELSSIFQLFIQHSD
KAIVHQIRTVNLEETIEHIGNNRAVIAMMGKIERELLEADAVSSDKKTFWSSLFRILVKS
NPNFKKLLLNLDKDIDSVNLETDTVEQIYSDKIYASVSSFERFYNCEYQYFLENTLSLET
FESVDINSKIVGNFFHEVFEKLMNLPDLSKDNFDERLTDVLHEVDKDYSRYFTQGATARF
TWSNLEEIVRQTAVVLKNSISTDRIKTLLTESSFGLPKSELGYFDVDEISLRGRIDRIDE
LATKIGAIDYKSSAHQFSLQEVYDGLSLQFLTYLDVLKKAFPEQQAWGALYLQFKNQPIN
LSEINSLNEIAQLLNQSMRYEGLLLEDAIDDIKQIDSINIKKNNVYTEEVFEQLLSLNEQ
HYREAGNRLRQGQIVINPIMKRSEGIDKSGSVRGCRYCPLKSICRFEANIHMKDAREIGQ
KSAADILAEMKGGEND
NT seq
3291 nt
NT seq
+upstream
nt +downstream
nt
atggaaattttatatactgagattacacaagatttgacagcggggcttttaaagcgagca
gtcaaggaattagaaactggtcgtaaaatctattacattgtaccttcgtcaatgtcattt
gaaaaagaaaaagaaatattagagcgattatctgaaggtgaggatgctgctgtatttgat
ttgcttgttactcgttttaagcaacttccttattattttgataaaaaagaacatggatta
gataaggtggaattgagtcaagctggactatcaatgctttttcgacgtgttatgagaagt
ttttctaaagaagaattgccactttatttttcacagcaaaattcgactggatttttggaa
atgttaactaatttacgctcagaattactgacagctaatctggcagctgacgatttgcca
gataattctaaaaatcaagaattaaaaaaaatattatcaagatttgaagaggaattatcg
aaaaattatgctaattattcagagtttggagagtttacagaacttgtaaacaatggagaa
tttgatagtcaattacgaaacagtgtaattattgttgatggttatactcgattttccgca
gaagaagagttgtttattgagtcagtagagcaacgagttgcaaatttcattataggaact
tatgcagaacaaagggaagctctcgatttttcagaaactatctatgtcaatgctgtgcag
atgattgaacgttttagagaaaaattttcggctgatatacagatactaaagaaaaataat
gtaaataaagtttacagtaagttgacaaagctagttgagcaagaagaacgttttgttatt
actgatcagacgattcagttgtctgaaaatgatgctcattcgtttgctatttgggaagct
gaaaatcaaaatgttgaaattgagcgtgttgcaaaagaaatacgcaagaaaatcaccaat
ggtgcatttttcaaagaatttacagtgttagttggggatttagcagcctatgaaattgca
ataaaagagacatttgagctttatgatattccttttttctatgctcaggaggaagccatg
agccagcatcctcttattgtattttttgaaagtttatatgcaatcaagaaaaataattat
cgtacagatgatgttgtaaatcttttaaaaagtaaagtttacacttgtctgaactttaca
caagattgtgttgatcagtttgaatattacgtacagaaatttaaaatttcaggtcgtaaa
agatattctacaatttttgatgaaaaagaatttactcacttaacttcagttgaaaaatta
cgcgaaaaattgctagggcaatcgtcacctttacaagaatttttaacgagtaactcagca
aaaacagggaaaaaatgggtttcagatttacagatttttttggaaaaaggaaatgtgatt
catcggataaatgaactctacaatgaatcagaatatgaaaatgctcatgaagttgctgat
aagcatgagcaggtttggaaatcacttctgtcagtactgacagagttttcatcagtgttc
tctgaacaaaaaatgaaagttttagattttttagatattctattagctggattgaaagca
gcaaaataccgtcaaatccccgcaaacgttgatgtagtcaatgtgaaagattatgaactt
gttgaaccgcaaacgaataagtatatttatgctattggtttaagtcaaatgaactttcca
cgagttaagcaaaattcaacgcttctatcagatgaggaaagggcagagattaacagtaca
actgcagaaaatcaatttattgagcagcttaatgttgtaaactatcataaaaatatgttt
acagtattatcattaattaattcagcaaaagaacatttagtgctgtcaatgccacaaatt
atatccaatgagcaaggggaactttcatctatttttcaactatttattcaacattcagat
aaagcaattgtgcatcaaattagaactgtaaatctggaggaaacgatagagcatattgga
aataatcgtgctgtgattgcgatgatgggcaaaattgagcgagaattattagaagcagat
gctgtaagtagtgacaagaaaactttttggtcaagtctttttaggatattagttaagtct
aatcctaacttcaaaaaattacttttaaatttagataaagatattgatagtgtaaatctt
gaaactgatacagtggaacaaatttattctgacaaaatatatgcctctgtcagtagtttt
gaacggttttataactgtgaatatcaatattttttagaaaatacacttagcttggaaact
tttgaaagtgtagatattaattcaaaaattgtaggtaatttttttcatgaagtatttgag
aaactaatgaatttaccagatttatcaaaagataattttgatgagaggttgacagatgtt
ttacatgaagttgacaaagattattcacgatattttacacaaggtgcaacagcacgattt
acctggagtaatctagaagaaattgttcgtcaaacagctgttgtcttgaaaaattctatc
agtactgacagaataaaaactttactgacagaaagtagttttggtttaccaaaaagtgag
ttaggatactttgatgttgatgaaatttctcttcgtggtcgaattgaccgaattgatgaa
ttagctactaaaattggtgcaattgactataagtctagtgcccatcaattcagtttacaa
gaggtttacgatggattaagtttacaatttttgacctatcttgatgttttgaagaaagct
tttccagaacaacaagcttggggagcactttatctgcaatttaaaaatcaaccaattaac
ttgtcagaaattaattctctgaatgaaattgctcaacttttgaatcaatctatgcgttat
gaaggactgcttttagaagatgcaattgatgatattaaacaaattgatagtattaatatt
aagaaaaataatgtttatacagaagaagtttttgagcaacttctaagcttaaatgagcaa
cattatcgagaagctggcaataggttaaggcaaggacaaattgtaatcaatccaattatg
aaacgttcagaaggaattgataagagcggaagtgtgcgaggttgtagatattgccctcta
aaatcaatttgtagatttgaagcaaatattcatatgaaagatgctcgagaaattggacaa
aaatccgcagcagatattttagcagaaatgaaaggaggagaaaatgactga
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