KEGG   Bacillus thuringiensis serovar konkukian 97-27: BT9727_3510
Entry
BT9727_3510       CDS       T00179                                 
Symbol
mutS
Name
(GenBank) DNA mismatch repair protein
  KO
K03555  DNA mismatch repair protein MutS
Organism
btk  Bacillus thuringiensis serovar konkukian 97-27
Pathway
btk03430  Mismatch repair
Brite
KEGG Orthology (KO) [BR:btk00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03430 Mismatch repair
    BT9727_3510 (mutS)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:btk03400]
    BT9727_3510 (mutS)
DNA repair and recombination proteins [BR:btk03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    Mismatch and loop recognition factors
     BT9727_3510 (mutS)
SSDB
Motif
Pfam: MutS_V MutS_III MutS_I MutS_IV MutS_II AAA_14 AAA_29 AAA_23
Other DBs
NCBI-ProteinID: AAT60568
UniProt: Q6HF46
Position
complement(3598787..3601459)
AA seq 890 aa
MTQYTPMIQQYLKVKADYQDAFLFFRLGDFYEMFFEDAVKAAHELEITLTSRDGGSSERI
PMCGVPYHAAKNYIEQLVEKGYKVAVCEQVEDPKTAKGVVRREVVQLITPGTMMEGRTID
EKENNFLAALTHFEDGSYALACNDLTTGQNTVTLLTGSVEDILLEVYATGSKEIVVDSSF
SKDELNKLTETLKMTISYEDATAIPEGLEHLVKNVSQAKLIKAVGRLFNYVIRTQKRSLD
HLQPVEIYYTNQFMKIDVHSKRNLELTETLRTKEKTGSLLWLLDKTKTAMGGRMLKQWME
RPLIQKERIEERLEMVETFVNDYFLREDLKEKLKEVYDLERLAGKVAFGNVNARDLLQLR
RSLLQVPAILEAISLLDNAYAARLIQGADPCESLTELLGRSIQENPPLSIKDGDIIKDGY
NDKLDQYRYVSKNGKTWIAELEKRERDITGIKSLKIGYNRIFGYYIEVTKANLGALPEGR
YERKQTLANAERFITDELKEKETLILEAEEKIVQLEYDLFTALREEVKVFIPKLQHLAKV
ISELDVLQSFATVSEEEQFVKPVLTTKREIFIKDGRHPVVEKVLNGKLYVPNDCIMPENM
DVFLITGPNMSGKSTYMRQLALVTVMSQIGCFVPATEAVLPVFDQIFTRIGAADDLISGQ
STFMVEMLEAKNAIANASERSLILFDEIGRGTSTYDGMALAQAIIEHIHDQIGAKTLFST
HYHELTVLEDSLDQLKNVHVSAIEENGKVVFLHKIQDGAADKSYGIHVAQLAELPDSLIA
RAKEVLAQLEGQEEIVIPKRVEVKEQEVIPEPVVVKEEPVAIEETKVDNKEESQLSFFGT
EQSSKKQDKPVLDVKETAVLTQIKKIDLLDMTPLEAMNELYRLQKKLKKG
NT seq 2673 nt   +upstreamnt  +downstreamnt
atgacgcaatatacccctatgatacagcaatatttaaaagttaaggcagactatcaagat
gcctttttatttttccgcttaggtgacttttatgaaatgttctttgaggatgcggttaaa
gcagcccacgaacttgaaattacattaacaagccgagacggtggtagtagtgaacgtata
ccgatgtgcggtgtaccgtatcatgcggctaaaaactatattgaacaacttgttgaaaaa
ggatataaagtagcggtttgtgagcaagtagaagatccaaaaacagctaaaggtgtagtg
cgccgtgaagtcgtacaattaattacgccaggaacgatgatggaagggcgtacaattgat
gagaaagaaaataacttcttagccgcattaacacattttgaagatggatcatatgcgtta
gcttgtaacgatttaacgactggacaaaatacagtaacgttattgactggttcagtagaa
gatattttattagaagtgtatgcaaccggttcgaaagaaattgttgtagattcttccttt
tcaaaagatgaattaaacaagttaacggaaacgttaaagatgacgatttcatatgaagat
gcaacggcaatcccagaagggttagaacatcttgtgaaaaacgtttcacaagcaaagtta
attaaagcagttgggcgcttatttaactatgtaataagaacgcaaaaacgttcattagat
catttacagcctgtggaaatttattatacgaatcaatttatgaaaattgatgtgcattca
aagcgaaatttagagctgacagaaacgcttcgaacgaaagaaaaaacagggtctttacta
tggctattagataagacgaaaacggctatgggtggtcgtatgttaaaacagtggatggaa
cgtccacttatacagaaagaacgaattgaagagcgtttagaaatggttgaaacgtttgta
aatgattatttcctacgtgaagatttaaaagaaaagttaaaagaagtatatgatttggaa
cgtttagcagggaaagttgcatttggtaatgtcaatgcaagagacttattacagttaaga
cgatctttactgcaagtaccagctattttagaagcgattagtttgttagataacgcgtat
gcagcgaggttaattcaaggtgcagatccatgtgagagtctaacagaattactaggaaga
agtattcaagaaaatccaccgctttcgattaaagatggagatattattaaagatggttat
aatgacaagcttgatcaatatcgctatgtgagtaaaaacggaaaaacgtggattgctgag
cttgaaaaacgagagcgtgatattacaggaattaaatcgttgaaaattggatacaaccgt
attttcggttattacattgaagtaacgaaagcgaaccttggtgcattaccagaagggcgc
tatgagcgtaaacaaacgcttgctaatgcggaacgtttcattacggatgaattgaaagaa
aaagaaacattaatcttagaagcagaagaaaaaattgtacaactagaatacgatttattt
acagcgcttcgtgaagaagtaaaagtatttattccgaaattacagcatttagcgaaagta
attagtgaattagacgtactgcaaagttttgcgacagttagtgaagaagaacagtttgta
aaacctgtattaacaacgaagcgcgaaatctttattaaagatggtcgtcatcctgtcgtt
gaaaaagtattgaacgggaaattgtatgtaccgaatgattgtattatgccagagaatatg
gatgtctttttaattacaggaccgaacatgtctggtaaaagtacgtatatgagacaatta
gcacttgtaacagttatgtcgcaaatcggttgtttcgtaccagcaacagaagcagtatta
cctgtatttgaccaaatctttacgagaattggtgcagcggatgatttaatttcaggtcaa
agtacatttatggtcgaaatgttagaagcaaaaaatgcaattgcaaacgcatcagaaaga
agtttaattttattcgatgaaattggacgcggtacatctacgtatgatggtatggcactt
gcacaagcaatcattgaacatattcatgaccaaattggtgcgaaaacgttattctctacg
cattatcatgaattgaccgtgctagaagacagtttagatcaactgaaaaatgtacacgtt
tcagctattgaagagaacggaaaagtagtattccttcataaaatccaagacggggcagca
gataaaagttacggaattcacgttgcacaacttgcggagcttccagatagcttaatcgct
cgagcgaaagaagtgttagcacaattagaaggacaggaagaaattgttattccaaagcgt
gtagaagtgaaagagcaagaagtaattccagaacctgtagttgtaaaagaagaaccagta
gcaatagaagaaacgaaggtagacaataaagaagaatcacaactatcattctttggcaca
gagcagtcttcgaaaaagcaagacaagccagttctagatgtaaaagaaacagcagtactt
acgcaaattaaaaaaattgatttacttgatatgacacctttagaagcgatgaacgaactg
tatcgcttacagaaaaagttaaagaaaggatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (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 (8)   
   Pfam (8)   
All databases (17)   

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