KEGG   Candidatus Melainabacteria bacterium MEL.A1: BHV42_03395
Entry
BHV42_03395       CDS       T04546                                 
Name
(GenBank) DNA mismatch repair protein MutS
  KO
K03555  DNA mismatch repair protein MutS
Organism
mbf  Candidatus Melainabacteria bacterium MEL.A1
Pathway
mbf03430  Mismatch repair
Brite
KEGG Orthology (KO) [BR:mbf00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03430 Mismatch repair
    BHV42_03395
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:mbf03400]
    BHV42_03395
DNA repair and recombination proteins [BR:mbf03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    Mismatch and loop recognition factors
     BHV42_03395
SSDB
Motif
Pfam: MutS_V MutS_III MutS_I MutS_IV MutS_II AAA_27
Other DBs
NCBI-ProteinID: AOR38297
UniProt: A0A1D7YRW5
Position
708532..711108
AA seq 858 aa
MKKAEINLINTADIKVEDLTPAMQEYLKIKHQNPDKILLYRLGDFYETFFEDAVIMSKEL
ELTLTGREQGKFGRIPLAGIPAKAVNPYIEKLVQKNYKVIICDQLEDPKFAKGLVKRGVT
RIITSGTLTESDFLQQNSNNYICALFKEEKSGIWGFSYADISTGEFKVTQAPFELILAEL
TRIAPAEVVGPSIKQKIMPFQIVPDEKIDLPEEITKIYNCSKIPASVFDANFAENNLKAV
FQANSLESFGYDRYKIGFRAAGALLAYVWETLKDNVPKFERIEPYELSEYMILDGSTRKN
LELTETLRDKNKFGSLLWAIDKTKTNMGARLLKNWVCQPLKRVEDILTRQNSISELVEKT
NYRLEIGNMLEKIYDIQRLATRMSNSSANPKDFLSLKTSLMMLPDLLDATNNLEYNPLAS
INQYRDEIAEYTALIDRTISDNAPVLIKEGGILKDGVSGELDYFRELLTGGENWLKEFEE
KEKDRTGIKTLKIGFNKVFGYFIEISNSYLNQIPNGYIRKQTLTSGERFITEELKKHEDD
VLSAKFKSTELEYKLFCDFREYSKEFVSKIREIAECIARCDVFTALADVAAENNFCKPII
DNSDDFIVKNGRHPVLEKILPLGEYVPNDLELKCNSTDTTQFMILTGPNMAGKSTYMRQN
ALIAILAQIGSWVPADYAKIGVIDKIFTRVGASDDLTLGQSTFMVEMIETACILNSATDR
SFILLDEIGRGTSTYDGVAIAWSVAEYIATKIKARCIFATHYHELNVMTKTYPQIKNYRI
TITEENGEIEFLRKIVQGGASKSYGIQVAKMAGLPSSVVKRSQELMTRMQKDYSNNLSTR
KKSGDVPTVEVPQLNLFN
NT seq 2577 nt   +upstreamnt  +downstreamnt
atgaaaaaagcagaaatcaatcttattaatacggcagatattaaagtcgaagaccttact
ccggcaatgcaggagtacttaaaaatcaagcaccaaaacccagataaaatcttattatac
aggttaggtgacttttatgaaaccttttttgaagatgccgttattatgtcaaaagaatta
gaattaactcttaccggtcgtgaacaaggaaaattcggaagaatacctcttgccggaatt
cctgcaaaagcagttaatccatatatcgaaaaattggttcaaaaaaattataaagtaatt
atttgcgaccaattggaagatccaaaatttgcgaaaggtcttgtaaaacgtggcgtaaca
agaattatcacctctggaactttaacagaaagtgacttcttacaacaaaattctaacaac
tatatttgtgctttattcaaagaagaaaaaagcggaatttggggattttcttacgctgat
atttcaacaggagaatttaaagtcactcaagctccatttgaattgattttggcagaatta
acaagaattgctccggcagaagttgtcggaccatctatcaaacaaaaaatcatgccgttt
cagattgtacctgatgaaaaaattgatttacctgaagaaattaccaaaatatataactgc
tcaaaaattcctgcatcagtttttgatgcaaattttgccgaaaacaacttaaaagctgtt
tttcaagctaatagtttagaatctttcggatatgacagatacaaaataggatttagagcc
gcaggagctttattggcttatgtttgggaaacattgaaagacaatgttccaaaatttgaa
agaattgaaccgtatgaactttctgaatatatgattttagacggcagtacaagaaaaaat
cttgaattaacagaaactttacgtgacaaaaacaaatttggatcacttctttgggctatt
gataaaacaaaaaccaatatgggcgcaagattgctaaaaaattgggtttgtcagccatta
aaaagagtagaagatattttaactcgtcaaaattcaatttccgaacttgttgaaaaaaca
aactacagattagaaatcggaaatatgctagaaaaaatctatgatattcagcgtttagca
acaaggatgtcaaatagttctgcaaatccaaaagattttttgagcttgaaaacctccctt
atgatgctacctgatttgttggatgcaactaataatcttgaatacaaccctcttgcatca
atcaatcaatacagagatgaaatcgctgaatacactgcattaatcgacagaactatttct
gataacgcacctgttttaatcaaagaaggcggaatattaaaggatggagtatctggcgaa
ctcgactatttcagagaacttctgaccggaggcgaaaattggttaaaagaatttgaagaa
aaagaaaaagacagaaccggaataaaaactttaaaaatcggttttaacaaggtttttgga
tactttattgaaatatcaaattcgtatctaaaccaaattccaaacggatatataagaaaa
caaacactaactagtggagaacgatttatcaccgaagaactcaaaaaacacgaagatgat
gttctttccgcgaaattcaaatcaactgaattggaatacaaattattctgcgattttcga
gaatattcaaaagaatttgtttcaaagattagagaaatagccgaatgtatcgcaagatgt
gatgttttcactgcgcttgccgatgttgcagcagaaaacaatttctgcaaaccaataatt
gacaattcagatgattttatcgttaaaaacggacgtcatccggttttggaaaagatttta
cctcttggagaatatgttccaaatgatttagaattaaagtgcaattcaacagatactacg
caatttatgattttaacaggtccgaacatggccggcaaatcgacatatatgcgacaaaac
gcattaattgcaatactagcacaaatcggctcttgggttccggcagattatgctaaaatc
ggtgttatagacaaaatctttacccgagttggagcatctgacgatttgactttaggtcag
tcaacatttatggttgaaatgattgaaactgcttgtattttaaattcggcaacagataga
agtttcatattgcttgacgaaatcggacgtggcacaagcacttatgatggtgttgcaatt
gcgtggtcagttgctgaatatattgcgacaaaaatcaaagcaagatgtatatttgcaacc
cactatcacgaattgaacgtaatgacaaaaacttatccacaaatcaaaaactatagaatt
acgattacggaagaaaatggcgaaatcgagtttttaagaaaaattgtacaaggtggtgca
agcaagagttacggtattcaagttgctaaaatggcaggattgccatctagtgttgtgaaa
cgttcacaggaacttatgacaaggatgcaaaaggattattcaaacaacctttcaactcgg
aaaaagagtggggatgttccgacagtcgaagttcctcaattgaatttgtttaactaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (67)   

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