KEGG   Staphylococcus muscae: C7J88_06380
Entry
C7J88_06380       CDS       T06215                                 
Name
(GenBank) hypothetical protein
  KO
K20276  large repetitive protein
Organism
smus  Staphylococcus muscae
Pathway
smus02024  Quorum sensing
Brite
KEGG Orthology (KO) [BR:smus00001]
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   02024 Quorum sensing
    C7J88_06380
SSDB
Motif
Pfam: Rib Big_6 RibLong Big_13 Tcp10_C aRib Gram_pos_anchor CshA_repeat Bact_surface_Ig-like TrkA_C
Other DBs
NCBI-ProteinID: AVQ33816
UniProt: A0A240C8P2
Position
complement(1270371..1274510)
AA seq 1379 aa
MVQEIPRQNDWLMKPEDQWTTAPTSDGVWPNEGAYGKISGNVWYETGDPSGSDARAWKKD
SYDVNATGVKVVASYVNDEVTRQFDAWKEANKGYTVEDFKAAQQEIVNAYQAENGQGSHI
AETVVGTVEADGSYYIPFKGLYGVSADRQGSKTTDEEYGKVVADADVNHSSLMQWNGTLG
QRHRHINSDYMYVTALIDDYAIWSNNYQNNMFTTADAGRDIHDAQMLTSANGSNQNFAAL
APQPMHDVLDYDSDKKFAIPGDEVQSKSGGLLPSREYQIQWFKDGEPIGDPVTKTSNVDG
TIGSVPITVPADLEKNATYTSAIFQPNQSTSNLSDALAVDSFTAVVDDNIINEPAYEDTT
VAAEEEAKVTPTFTDKNGEEVATGDVPLSSEAPFILDPNATDVPEGVTVDPKTGEITFKP
SADDIGKTITVPVVVTYEDGTTETVKAKFTVTSQADKYDPTAKPEEVVKGGTVDLTDNVD
LTKLPEGTTVKDVTPEGDVNTDKTGDYTGKVEVTYPDGSKDVVDVPVTVKSSQADENDPT
VTPEVVEKGGTVDLTDNVDLTKLPEGTTVKDVTPAGTIDTNKPGDYTGKVEVTYPDGSKE
TVDVPVTVKEKLTDADKNDPTVTPEEVVKGGEVDLTDNVDLTDLPKDTKVEDVTPKGTID
TDTPGDYTGKVEVTYPDGSKETVDVPVTVKPSQADENDPVVTPEVVEKGGTVDLTDNVDL
TDLPEGTKVEDVTPEGDVNTDKTGDYTGKVEVTYPDGSKETVDVPVTVKDKLTDADKNDP
TVTPEVVEKGGAVDLTDNVDLTDLPKDTKVEDVTPEGDVNTDKTGDYTGKVEVTYPDGSK
ETVDVPVTVKDKLTDADKNDPTVTPEEVEQGGEVDLTDNVDLTELPKGTTVKDVTPEGTI
DTDTPGDYTGKVEVTYPDGSKETVDVPVSVQDTKAPEAPTVDPVEAGDKTVTGTGEPGST
ITVKFPNGEEGTATVDENGKWTVDVPEGTEIKPGDELDVTATDEAGNTSDVTKVKVPDTE
KDMEAPDAPTVDPVKAGDKTVTGTGEPGSTITVKFPNGEEGTATVDENGKWTVDVPEGTE
IKPGDELDVTATDEAGNTSDVTKVKVPDTEKDMEAPEAPTVDPVKAGDKTVTGTGEPGST
ITVKFPNGEEGTATVDENGKWTVDVPEGTEIKPGDELDVTATDEAGNTSDVTKVKVPDTE
KDMEAPEAPTVDPVKAGDKTVTGTGEPGSTITVKFPNGKEGTATVDKDGKWTVNVPEGTE
IKPGDKLIVTATDEAGNTSEPTEVIVEGMTDNGMADMDQNGKDMDDMGNMDNNMKDMDAM
PGMKDDMKTSKDMNNKGKEMKELPETGNESTNAPLFGSLIAALGSLFLLGRRRKENEEK
NT seq 4140 nt   +upstreamnt  +downstreamnt
atggttcaagaaattccacgtcaaaacgactggttaatgaaacctgaagatcaatggaca
actgcaccaacttcagatggcgtatggcctaatgaaggagcttacggtaagatttcaggt
aacgtatggtatgaaacaggcgatccaagtggttcagatgcgcgtgcgtggaaaaaagac
tcgtatgatgtgaacgcaacaggtgtgaaggtggttgcttcatacgtaaatgatgaagtt
acacgtcaattcgatgcatggaaagaagcaaacaaaggttacactgttgaagacttcaaa
gcagcacaacaagaaatcgtgaatgcttaccaagcggaaaatggtcaaggttctcacatc
gctgaaacagtagtaggtacagttgaagcagatggttcatactatatcccattcaaaggg
ttatatggtgtgagtgcagatcgacaaggtagcaaaacgactgatgaagaatacggtaag
gtagtagcagatgcagatgtaaaccatagtagtttgatgcagtggaatggtacactcggt
caaagacaccgtcatattaactctgactatatgtatgtaactgcacttatcgatgactat
gcaatttggagtaataactaccaaaacaacatgttcacaacggcagatgcaggccgtgat
attcatgatgcacaaatgttgacatctgctaacggaagcaaccaaaacttcgcagcatta
gcaccacaaccaatgcacgatgttttagattatgattctgataaaaaatttgcgattcct
ggtgatgaagttcaatctaaatcaggtggtttattaccatcacgtgaataccaaattcaa
tggtttaaagacggtgagccaattggtgacccagtgacgaaaacatctaacgttgacggt
acaatcggttcagtacctatcacagtaccagcagacttagagaagaacgcaacatacaca
tcagcaatcttccaaccaaatcaatctacatctaacttatctgatgcgttagcagtagac
tcatttacagcagttgttgatgacaatattatcaacgaaccagcttatgaagatacaaca
gttgcagcagaagaagaagcgaaagtaacaccaacattcactgacaaaaatggtgaagaa
gttgcaacaggtgatgttccattatcatcagaagcaccattcattcttgatcctaatgca
actgacgttcctgaaggtgtaacagtagatccaaaaacaggtgaaatcacattcaaacca
tcagcagatgacattggtaaaacaatcacagtaccagttgttgtaacttatgaagatggt
acaactgaaacagttaaagcgaaattcactgtaacatcacaagctgacaagtatgaccca
actgcaaaacctgaagaagtagtaaaaggtggaacagtagacttaacagacaacgtagat
ttaactaagttaccagaaggtacaacagttaaagatgtaacaccagaaggtgatgttaat
acagacaaaactggagactacacaggtaaagtagaagtaacatatccagatggatcaaaa
gatgttgtagacgtaccagtaacagtaaaatcatcacaagcagatgaaaatgatccaact
gtaacgccagaagtagtggaaaaaggtggaacagtagacttaacagacaacgtagattta
actaagttaccagaaggtacaacagttaaagatgtaacaccagctggaacaattgataca
aataaacctggagactacacaggtaaagtagaagtaacatacccagatggatcaaaagaa
acagtagatgtaccagtaacagttaaagaaaaattaacagatgctgataaaaatgatcca
actgtaacgcctgaagaagtagtaaaaggtggagaagttgacttaacagacaacgtagat
ctcactgatttaccaaaagatacaaaagttgaagatgtaacaccaaaaggtacaatcgat
acagatacacctggagactacacaggtaaagtagaagtaacatatccagatggatcaaaa
gaaacagtagatgtaccagtaacggtaaaaccatcacaagcagatgaaaatgatccagta
gtaacacctgaagtagtagaaaaaggtggaacagtagacttaacagacaacgtagattta
actgacttaccagaaggtacaaaagttgaagatgtaacaccagaaggtgacgttaataca
gacaaaactggagactacacaggtaaagtggaagtaacatacccagatggatcaaaagaa
acagtagatgtaccagtaacagttaaagataagttaactgacgctgataaaaatgatcca
acagtaacacctgaagtagtagaaaaaggtggagcagttgacttaacagacaatgtagat
ttaactgatttgccaaaagatacaaaagttgaagatgtaacaccagaaggcgatgttaat
acagacaaaactggagactacacaggtaaagtagaagtaacatatccagacggatcaaaa
gaaacagtagatgtaccagtaacagttaaagataagttaactgacgctgataaaaatgat
ccaacagtaacacctgaagaagtggaacaaggtggagaagttgacttaacagacaacgta
gatttaactgagttaccaaaaggtacaactgttaaagatgtaacaccagaaggtacaatc
gatacagatacacctggagactacacaggtaaagtagaagtaacatacccagatggatca
aaagaaacagtagatgtaccagtgagcgtacaagatacaaaagcaccagaagcgccaaca
gtagacccagtagaagctggagacaaaactgtaacaggaacaggtgaaccaggatcaaca
atcactgttaaattccctaacggagaagaaggaacagcaacagtagatgaaaatggtaaa
tggacagtggacgtaccagaaggtacagaaattaaaccaggtgacgaattagatgtaaca
gcaacagacgaagctggcaacacatcagacgttacaaaagtaaaagtaccagatactgaa
aaagatatggaagcaccagatgcgccaacagtagacccagtgaaagctggagacaaaact
gtaacaggaacaggtgaaccaggatcaacaatcactgttaaattccctaacggagaagaa
ggaacagcaacagtagatgaaaatggtaaatggacagtggacgtaccagaaggtacagaa
atcaaaccaggtgacgaattagatgtaacagcaacagacgaagctggcaacacatcagac
gttacaaaagtaaaagtaccagatactgaaaaagatatggaagcaccagaagcgccaaca
gtagacccagtaaaagctggagacaaaactgtaacaggaacaggtgaaccaggatcaaca
atcactgttaaattccctaatggagaagaaggaacagcaacagtagatgaaaatggtaaa
tggacagtggacgtaccagaaggtacagaaatcaaaccaggtgacgaattagatgtaaca
gcaacagacgaagctggcaacacatcagacgttacaaaagtaaaagtaccagatactgaa
aaagatatggaagcaccagaagcgccaacagtagacccagtgaaagctggagacaaaact
gtaacaggaacaggtgaaccaggatcaacaatcactgttaaattccctaacggaaaagaa
ggaacagcaacagtagataaagatggtaaatggacagtgaacgtaccagaaggtacagaa
atcaaaccaggtgacaaacttatcgtaacagcaacagatgaagctggtaacacatcagaa
ccaacagaagttatcgttgaaggtatgacagataacggtatggctgatatggatcaaaac
ggtaaagacatggacgacatgggtaacatggataacaacatgaaagacatggatgcaatg
cctggaatgaaagatgacatgaaaacatctaaagatatgaacaataaaggcaaagaaatg
aaagaattacctgaaacaggtaacgaatcaacaaatgcgccattgttcggtagcttaatc
gctgcacttggttcattattcttacttggcagacgccgtaaggaaaatgaagaaaaataa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (10)   
   Pfam (10)   
All databases (16)   

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