KEGG   Limosilactobacillus reuteri subsp. reuteri DSM 20016: Lreu_0050
Entry
Lreu_0050         CDS       T00535                                 
Name
(GenBank) Recombination helicase AddA
  KO
K16898  ATP-dependent helicase/nuclease subunit A [EC:5.6.2.4 3.1.-.-]
Organism
lre  Limosilactobacillus reuteri subsp. reuteri DSM 20016
Brite
KEGG Orthology (KO) [BR:lre00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:lre03400]
    Lreu_0050
Enzymes [BR:lre01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     Lreu_0050
DNA repair and recombination proteins [BR:lre03400]
 Prokaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    AddAB pathway proteins
     Lreu_0050
SSDB
Motif
Pfam: UvrD-helicase UvrD_C AAA_19 UvrD_C_2 DEAD PDDEXK_1 DUF2059 AAA_30 ResIII AAA_22 AAA_16 AAA_12
Other DBs
NCBI-ProteinID: ABQ82326
UniProt: A5VHK2
Position
59857..64035
AA seq 1392 aa
MAGFKPTPAQSKAINDRGENILVSASAGSGKTAVLVNRTIELIKEGQSIDRMLLVTFTDA
AAKNMRDKIRAALQKIVQDSANPKDLRDRMSNQINRLAAADISTIHAFCLKLIKRYYYLI
DLDPQFRLLTDETERLLLQEDVWHEVSEELYRNAEEKVSGKASFSELVLNFSSDRDDQGL
DDLILRLYEIANAQPDPEKWLQKLPDNYDLGSGSLLESNFYQQQLKPLVIEKLNQFIQDY
RELVTRASDNGLDQAAEVIKSDEELMHQLLSSLGGITVSDVCQMMAQQKFGSFRGRPAAD
DPRIDVFKDIQKQRNQLKKQWEQMVSTYLGKQEAQEPIAKEELLTELTTFSDQFTDLLSK
ATESQLDAKTVDSLQKDQQMMQELLDLLQPPTWNTIRDLFANAKFARMGGKPKDDELAEE
VYKSLGSARTGIKKQFDQLVDRFFNYREDQFRLISTHAQELLRELSAVTINFRRRYQQTK
LNRHVLEFSDLEHYAYAILTPPDDQPNWQTLVKDLQNHYQEIMIDEYQDTNRLQESILMK
LTSPERKNLFMVGDVKQSIYRFREADPTLFLGKYQNYRQGSDGEAIVLGENFRSMTNVTS
FTNILFEQLMDREVGEIDYDEDAHLKYAATYYEENQDNKVHPTEVLLYDANALDPEKEDV
EHEDDKLAGEFRMIGMRIKQMVENQELIFHPEDGQMHPIQYGDIVLLERTKAINNSLMEE
FNKLNIPLTVHDVESYFQATEVRVMMSLLKIIDNPQQDIPLVAVLRSPIVGLTNQELAFI
RLQNRSVDYYAALQTFMSNYQRKALRHQSLLTSEQVNALYEKADHFLGLLRVFRQTAQQQ
TLVDLIWQIYDQTGYLDYVGAMPGGHQRQANLHALYQRAHSYEQSSFKGLYQFIRFIEKM
QEHDKDLGVAPTQLTANTVNVMTIHGSKGLQFPVVFLIDATHGFNKGAARENAVVDAVAG
VGIRYMDDQRVIYDTPQRQAVIEEIQRGERAEDLRVLYVALTRAEQRLVITGSFNEEMRT
QSLAGSWQRWQKAYQSKNLLIGPQPRITANSFMDWVGLALARYPEFNAQQLSRGNVTLEE
STLADTKVTGLAADPHFTAKTYTALDVSDGLAKIGQNASANVTEKNNTVATDASEQKIEQ
ILRYRYPHLVATKTTAYQSVTDVKRVFEDPDTRDMARWDYDQQQKVKTQGIYLNNNFDVP
AFIQQTTHEPVATEIGTATHLVFQKLPLDEGLINVEFVDQEIQKLVGEKLINPVVAARIN
REGIVAFYQTAVGQKILKHPADYHREVPFSMIMNGHELFKGVNVSDDERILIHGIIDGYL
RTDEGIILVDYKNDHLNKDYRDFDLARIKDRYRGQLELYKEALNLMEGIPVVQMGLYLLE
LGEFVLFTKEGD
NT seq 4179 nt   +upstreamnt  +downstreamnt
atggctggatttaaaccaacgcctgctcaatccaaggcgattaatgaccgtggcgaaaat
atcctagtttcagcttccgcgggatcaggaaaaacggctgtgctagtaaatcggacaatt
gaattgattaaagaagggcaaagcattgatcgaatgctgctcgtaacatttacggatgca
gcagcaaagaatatgcgggataaaatcagggcagccttgcagaaaatagtacaagattcc
gctaatcccaaagatttacgtgaccggatgagtaatcaaattaaccggcttgcggctgca
gatatcagtacaattcatgctttttgtttaaagttaataaagcgctactactacttaatt
gatcttgacccacaatttcggcttttaactgatgaaacggagcgattattacttcaagaa
gatgtctggcatgaagttagcgaagaattatatagaaatgctgaagaaaaagtttcggga
aaagcttcctttagcgaactagtcctcaacttttctagtgatcgtgatgaccaaggactc
gacgacttgattttacgattatatgaaattgctaatgcccagcctgaccccgaaaagtgg
ctccaaaaattaccagataattatgatttagggtcgggctcactattagaatctaatttt
tatcaacaacagctaaagcccctagtcatcgaaaagctcaatcagttcattcaagattat
cgtgaattagtaacaagagctagtgataacggactagaccaagcagccgaggttattaag
agtgatgaagagttgatgcaccaacttctttcttcactaggggggattaccgtcagtgat
gtttgtcaaatgatggcgcagcaaaagtttggtagttttcggggacgaccagcggcagat
gatccacggattgatgtatttaaagacattcaaaagcagcgtaatcagctaaagaagcag
tgggaacaaatggttagtacttacttgggaaagcaggaagcacaggaaccaattgcaaaa
gaagagctgctaactgagctaacgactttcagtgatcaatttacagacttgttaagcaaa
gcaacggaaagtcaattagacgctaaaactgttgattcattgcaaaaagaccagcagatg
atgcaggagcttttagacttattgcagccacctacttggaatactattcgggacctattt
gctaatgctaaatttgcacgaatgggtggtaaaccgaaagacgatgagctagctgaggaa
gtatataaatcactaggaagtgctcgcacagggataaaaaagcaatttgatcagttagtc
gatcgcttctttaattaccgtgaagaccaatttcgattaatttcaacgcatgcccaggaa
cttttacgcgaattgagcgcggtaacgattaatttccgtcggcgataccaacaaactaag
ctgaatcggcatgtccttgaatttagtgacttggagcactacgcgtacgccattttaacg
ccaccagacgaccagccaaactggcaaacccttgtcaaagatctgcaaaatcattatcag
gaaattatgattgatgaatatcaggatacgaaccgtcttcaggaaagtattttgatgaaa
ttgacatctcctgaacgcaagaacctatttatggtgggggatgttaagcaatcgatttac
cgcttccgtgaagctgatccaacattatttctcgggaaatatcaaaactatcgtcaaggc
agcgacggggaagcgattgttctgggagaaaatttccggtcgatgactaatgtaacgagc
tttaccaatattcttttcgaacaactcatggatagggaagttggtgaaattgattacgat
gaagatgcccatttaaaatatgcggcaacttattacgaagaaaatcaagataataaggtt
cacccaacagaagtgttactgtatgacgctaatgcccttgatccagaaaaagaagatgtt
gaacatgaggatgataaattagctggagaatttcggatgatcgggatgcgaattaagcag
atggtcgaaaatcaagagttaatttttcatccagaagatgggcagatgcatccaattcag
tacggtgatattgttttgcttgagcggacaaaggcaattaataattcattgatggaagag
tttaataaacttaatattccattgacagttcacgatgttgaaagctattttcaagctact
gaagtgcgagtaatgatgtccttgttgaagataattgataatccacaacaggatattcca
ttagttgcggttttacggtcaccgattgtcgggttaactaatcaagaattagcttttatc
cgtcttcagaatcgatctgtcgattactacgccgccttgcaaacattcatgagtaattac
cagcgaaaggctcttcgccatcaatcgcttcttacttctgaacaggtaaatgccctttat
gaaaaagcagatcacttcttaggtttgcttcgtgtctttcgacaaacagctcagcaacaa
acccttgttgacttgatttggcagatctatgaccaaacaggttaccttgattatgtcgga
gcaatgccaggaggccaccaacgacaagcaaaccttcatgccctttaccaacgtgcgcac
tcctatgaacaaagcagttttaagggcctttaccaatttattcgctttattgagaaaatg
caggaacatgataaagatttaggagtagcaccgacacagttaactgcaaatacggttaat
gttatgacaattcacggaagcaaaggtcttcaattccccgtggtctttctaattgatgcc
acgcatggttttaacaaaggagcagctcgtgaaaatgcagttgtcgatgctgttgccggg
gtaggaattcgttacatggatgatcaacgggtcatttatgatacgccacaacgacaagca
gtgattgaagaaatccagcgcggcgaacgggcagaagatcttcgagttctctatgttgca
ctgacccgtgcggaacaacgattagttattacgggatcctttaatgaagaaatgcggaca
caaagtcttgctgggtcatggcagcggtggcaaaaagcttatcagagtaagaatttacta
attggcccgcagccacggatcactgcaaattcatttatggactgggtcggccttgccctg
gctcgttatccagaattcaacgcgcaacaattgagtcgtggaaatgtcacgttagaagaa
agcacacttgctgatactaaagttactggtttggcggctgatcctcactttactgcaaaa
acatataccgcacttgatgttagcgatggattggcaaaaattgggcaaaatgctagtgct
aatgtaacggaaaagaacaatacagtcgcaactgatgcttctgaacaaaagattgagcaa
attttgcgctatcgttacccccatcttgtcgctactaaaacaactgcttaccaatctgtt
acagatgtaaaacgagtctttgaagatcctgatacacgtgatatggcgcggtgggattat
gatcaacaacaaaaggtaaagacacaagggatttatttaaataataactttgatgtcccg
gctttcatccaacagactactcatgaaccagtagcaacagaaattggaacagcaactcac
cttgttttccaaaaacttccgcttgatgaaggcctgattaacgttgaatttgttgatcaa
gaaattcaaaaattggtaggagaaaaattgatcaatccagttgtggcagcacggatcaat
cgtgagggaatagtggccttttatcagaccgctgttggtcagaagatcttaaagcatccc
gcagattatcatcgcgaagtacccttctcaatgattatgaatggtcatgaattatttaaa
ggggtaaatgttagcgatgatgagcgtattttaattcacggaatcattgatggctactta
agaactgacgagggaattattctagttgactataagaacgatcaccttaataaagattac
cgcgactttgatctggcacggataaaggaccgctaccggggacaattagagctctacaaa
gaagctttgaacctaatggaagggattccagttgtccaaatggggctttacctgttagaa
ttaggagagttcgtgttatttacaaaagagggtgattag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   SWISS-PROT (1)   
Protein domain (12)   
   Pfam (12)   
All databases (22)   

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