KEGG   Paenibacillus mucilaginosus K02: B2K_06385
Entry
B2K_06385         CDS       T02041                                 
Name
(GenBank) hypothetical protein
  KO
K20276  large repetitive protein
Organism
pmw  Paenibacillus mucilaginosus K02
Pathway
pmw02024  Quorum sensing
Brite
KEGG Orthology (KO) [BR:pmw00001]
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   02024 Quorum sensing
    B2K_06385
SSDB
Motif
Pfam: F5_F8_type_C CHB_HEX_C Big_13 Fn3_assoc Alginate_lyase Bact_surface_Ig-like
Other DBs
NCBI-ProteinID: AFH60354
UniProt: I0BDA7
Position
1439000..1445803
AA seq 2267 aa
MKQKGKRVLSLVTAIVLLAQMLLIALPVAVKAETTSIFTDYLPQITQTTDAAGFTHPGVG
QTKELLDNVRSKVRAGAQPWTYYFNTMLLPAAEASKTVTSSNSGDGKTPSADYFDSQGIQ
GRFIADSIKAYAQAVMYYVTGDEVYRANAMMIIRIWEQMDPAKYKYYSDAHIHAGIPLNR
MLMAAEILRYTSTQTESLAWTDQDTAKLTNNLIIPITETLLHSQHHFMNQHNYPLIGAIS
GYIFTGNRERYNEAVEWFTVNRTANDQGFNGSIKALFRWVTEEQKPGTIVGEGTPVEPHV
QHMEMGRDQAHGGGDLTNAAIITRLIHAQGTKVDPVAGTPSTADNAVDIMEFLNHRLLAA
ADYFWQFMLGYDTPWTPQAYAITGGDPDNIGMGGYIRDTYNTIAHGYWGRFSTANFWDFY
SYYTYVRHEDVSEIAPYYYEAFTKKLPSTPDGWRNKDAGNDFWLYLPPEAEADAAKFIPQ
DQTSGKTFHLDDRYTNLDNHTATMQEGDTRFIRFNATQEGSKIAVLSFASAGSGSFGFKI
RTNGVTTMDWVGSTFTLPDTKGEWKYVVLAGGFGDMVFMTVKGAPGVTVDIDSVDAAAGT
NLTPPVFKAGSSDLKIYTYVGATVNVDLSATDASSTDVIAYELQNNSKGLPIDTHTGAFS
WQPTEAGDYSVVVAATDGTTVSVKNVNIIVSSDRASAVQAITSSYDSNQAYIEATLNNFH
TVHNETLSLINTASDVEFDMQLQALRAAVDGLELVTPLTDFGMPWSKLVAWSTFGKDATY
VNDGDWESGAWFGLAQGSPPHLYHLLDFGPDYKVSAAKFGFKSNIFVDRLANSTVYGSND
KMNWTRLTPGVTQYTQAYHTLDVDPAYQNEKYRYIKLEMIKPLPDVLRGNVVNLLEMRDF
DIYGTRHEVGNKLQSVSLSSDQALNGRVALGNTVKASITAKEAIQNVKVKIQGQDATVST
TDHINWTATAMLTGQDQTGDVKVSVDYTKQDGTNGDTLYGTTDGSKLFAADDSDLITNLA
SLANLIGYSAADTLKQADYLFDNNPSTASEFRLNGSGAGSYMTFDFREGNQVTLSNVELL
ARQDQVARLSGAVVQGSNDNTTWTTLTKGAVSTADWQMLKVSDTKGYRYIRIYNANTWFG
NMAEVRLHGVVKSLSKIASSSISSAQSVKSRIVPGNTAQLTFTSKEAINNVKVTIQGQAA
TVTSADNINWTAEATLNQGAATGTVNFAITYNQQDGAAGFPIHSTTDNSTLFLVDESDVI
KNVTSIANLMDSTAGRTEATTLQQVNYLFDNNASTSSDFRIGSNNSGSGSYITFDFKEGN
LVTLSNVELLARQDQVARLSGAVVQGSNDNTTWTTLTNAAVSTPDWQTLSVSGNVPYRYI
RIYNGNAWFGNMAEVRFHGKVESVTKIQSASISSAQSIMNRIVPGNTVNVAIVANEPIKD
VKVEIQGQDATVSSTDNINWKATATLNQGAASGPVKFTVNYNKQDGTAGYPATQTTDNTS
LYLVDESDVIKNVTSIANFIDSTSGRTAAQTLQQVIALFDSNASTGSDFRIGSNNSGTGS
YIVFDFKAGNQATLTSVELLARQDQNYARINGAVIQGSNDNTTWTTLTKAAVATRDWQTL
AVSSKVPYRYIRIVNPNTWFGNVNEVRFHGAVKPADVTPPVTSDDAPQGSVHTDRAVNFN
ATDESSGVAATYYTVDGGAQQTGNTVTLTTYGTHTLVYWSVDWAGNVEQQHTVTVNLDKS
APVVAGLYADITVPTNKDVTVTIYYPNDVVLTEYKFGDNGEWTAYTGPVTVSENVTVYAR
SADAAGNVSDVASYTVSNIYKTAPTDAVFTADVTNPTNGNVTLTISYPDNAVVKEYKVGD
NGTWTAYASPVTVSDNVTVYAQSKDFVGNSSNVTSYTVSNTDRLPPEDAVLSADITEPTN
QDVTVTISYPADAAVKEYKVGETGVWTAYGAPVVISETSTVYARGTDAAGNVSNVTQYAV
GNIDRIPPADAILAVDTSALTNQGVTVTITYPEDAAVKEYKVGDSGMWTAYTGPVVVQDN
DTVYARGTDAVGNSSNVTSAIVSNIWKVAPITTATLNPASPSGKNSWYTTDVTVSLSVYA
SVYGGAVTTEYQVNDGAWITYTGSIPAFGDGDYKMGYRSKDQAGNVEQLKTIEFKVDKTA
PVLSVQLDKTMIWPPNHKMVPVNATLLSNDDGSGIESVVLTSITSNLPDSGRGGDIQANF
GTAATSFSVRAERGSIYTITYTATDKAGNKTVVTATVTVPHDQSGIH
NT seq 6804 nt   +upstreamnt  +downstreamnt
atgaaacaaaagggaaaaagagtgttatcccttgttacagccattgtgttgctggcacag
atgcttttaatcgctttgccggttgctgtgaaagcggaaacaacctcgatttttacagat
tatctgccgcagatcactcaaacaaccgatgcagccgggtttacacatcccggtgtagga
caaaccaaggagcttcttgataacgttagatcgaaggtcagagcgggagcacaaccttgg
acgtactattttaataccatgctgctcccggctgctgaagcttcgaagacggttacgtca
agcaacagcggcgatggcaagacaccaagtgctgattatttcgacagtcagggtattcaa
ggaaggtttattgcagatagcataaaggcatatgcacaggcggttatgtattatgtgacc
ggcgatgaagtataccgtgccaatgcaatgatgattatccgtatttgggaacagatggat
cctgcgaaatacaagtactattcagatgctcatattcacgcaggaatacctcttaaccga
atgctcatggcagcggagattttaaggtatacaagcactcaaaccgaatcactggcttgg
acagatcaagatacagctaaattaaccaacaatcttatcattccgattacggaaacattg
ctgcatagccaacaccattttatgaaccagcataattatccgctcattggagccatatcc
gggtatatctttaccggcaaccgtgagagatacaacgaggctgtggaatggtttaccgtt
aaccgtacagctaatgaccaaggcttcaacggatcaattaaggcgctgttccggtgggta
acggaggaacaaaagccgggaacgatagtcggggaaggaacgccggtagaacctcacgtt
cagcatatggagatgggcagggaccaagcgcatggcggtggcgacttaaccaacgcggcc
atcattacccggttgattcacgcccagggaaccaaagtagacccggtagccggaaccccg
tctacagcggacaatgcagtggatatcatggagttcctgaatcatcgtcttttggcggca
gccgactatttttggcagttcatgctcggttatgatacgccatggaccccgcaggcatac
gccattaccggcggcgaccctgataacattggtatgggtggatatataagagacacttat
aatacaattgcacacggttactggggaagattttcgacggcaaacttctgggatttttat
tcctactatacttatgtaagacatgaagatgtatccgagattgcaccgtattattatgaa
gccttcaccaagaaactcccgtcaactcccgatggctggcgcaataaggatgcaggcaat
gacttctggctctatttgccgccggaggctgaggctgatgcagcaaagtttatacctcag
gatcaaaccagcggcaaaaccttccatctggatgaccggtacacgaatcttgacaaccat
acggctacgatgcaagagggcgataccagattcatccgatttaatgcaactcaagaagga
agtaaaatagctgttctcagctttgcaagtgccggttcggggtcctttggattcaaaatt
cgaaccaatggcgtaaccacaatggattgggtgggttcgaccttcacccttccggataca
aagggggagtggaaatatgtagtgttggccgggggctttggcgatatggtctttatgacg
gtaaaaggagcccctggtgttaccgtcgatattgactccgttgatgcggcggcaggcacg
aatctgacacccccggtattcaaagccggaagctcggatttgaagatctatacttatgta
ggagcgaccgtgaatgtagatttgtctgctacggatgcaagcagcacggatgtgattgcg
tatgagcttcagaataattccaaagggcttccgatagatacccatacaggcgcattttcc
tggcagcctacagaggccggagactattccgttgtcgttgcggctacggacggcactacc
gtttcggtcaaaaatgtcaacattatcgtaagcagcgaccgtgcttctgcagtacaagcc
attacttcgtcctatgatagtaaccaagcatacattgaagcaacacttaacaatttccac
acggttcataacgaaacgttgagtctgattaacactgcgtccgatgtggagttcgatatg
caattgcaagctctaagggctgcagttgatggtctggaattagtgacgcctttaactgat
ttcggcatgccgtggtccaagcttgttgcttggtccacctttggtaaagatgccacttat
gtaaatgatggtgattgggagagcggcgcttggtttggtctggcgcaggggtcaccgccg
catttgtatcatttactggatttcggtcccgattataaggtttcagctgccaagtttggg
ttcaagagcaatatcttcgtagatcgtctcgccaactccacggtatatggatccaatgat
aagatgaactggactcggctgacaccgggagtcacccagtatacgcaagcttatcatact
cttgatgtagatcctgcataccaaaatgagaaataccggtatatcaaattggaaatgatc
aaaccgctgcccgatgttcttcgtgggaatgtggttaatctcttggaaatgcgcgatttt
gacatctatggaacgcgtcatgaagtcggcaacaagcttcaatcggtttccttaagttcg
gatcaggctcttaacggcagggttgcactaggcaatacagttaaagcatccatcacggcg
aaagaagcgatccaaaacgtaaaggttaaaattcaaggccaggatgccacagtcagtacg
acggaccatatcaactggacggctacggcaatgttgaccggacaagatcaaaccggcgat
gtgaaagtcagtgtggattataccaagcaggacggaacgaacggagataccctgtatggc
acaaccgatggttccaaactgttcgctgccgatgattcggatttgattacgaatctggcc
agcctcgccaatttgattggttatagcgcggcagatactttaaaacaagcggattatcta
tttgacaacaatccaagtacggcttccgagttccggttgaacggctctggagcgggaagc
tacatgaccttcgacttcagggaaggcaatcaagtgacgctttcgaatgtagaactgctt
gcaagacaagatcaagttgctcgactaagcggtgcagtcgttcagggctccaacgataat
acgacgtggacgaccctcaccaaaggagcagtatcaacagcggattggcaaatgttgaag
gttagcgatacgaaagggtaccgttatatccgaatttacaatgcgaatacgtggttcggc
aatatggcggaagtaagactccatggcgttgtgaagtccctgagcaaaatcgcgtcgtct
tcgatcagttcggctcagagcgtcaaaagcaggattgttccaggtaacacggcccaattg
accttcacttccaaagaagcgatcaataatgtcaaggtcacaatccaaggtcaagccgcg
acggttacttctgcggacaatatcaactggaccgcagaggcgaccttgaatcaaggcgca
gcaacaggcacagtaaatttcgccattacttacaaccagcaagatggagcagccggattc
ccaattcactctactacagataactccactctgttccttgtagacgagtcggatgtgatt
aaaaatgtgaccagtatcgccaatttaatggactctactgcaggaagaactgaagcaacg
accctgcaacaggtgaattatctttttgacaacaatgcaagtacgagttccgacttccgt
attggaagcaacaactccggctccggaagctatatcacctttgactttaaggaaggcaat
ctagttacgctttcgaatgtagaactgctcgcaagacaagatcaagttgctcgactaagc
ggagcagtagttcaaggctccaacgataatacgacctggacgacactcacgaatgcagcg
gtttctacaccagattggcaaacattatcggtcagcggcaatgtcccgtatcgttatatc
cgaatttataatgggaatgcgtggtttggcaatatggctgaggtgagattccatggaaag
gttgaatccgtgaccaaaatccaatcggcttcgatcagttcggctcaaagcatcatgaac
aggatcgtgccaggtaacacagtaaatgtagcgattgtagccaatgagcccataaaagac
gtaaaagtagagattcaaggccaagatgcaaccgtatcttccacagacaatataaactgg
aaggctacggcgaccttgaatcaaggcgcggcttcagggccggtgaaattcaccgtgaat
tacaataaacaagatggaacggcagggtatccggccactcaaacaacagacaacacttct
ctttaccttgttgatgagtcggatgtgattaaaaatgtcaccagcatcgcgaattttata
gattcaacttcaggaagaactgccgcgcaaaccttgcagcaggtgattgctttgtttgac
agcaatgcaagcacgggttccgacttccgtattggaagcaacaactccggaacgggaagc
tacatcgtctttgactttaaagctggcaatcaagctacgcttacgagtgtagagctgctc
gcaagacaagatcaaaattatgcaagaatcaatggtgcagtgatccaaggctccaacgat
aatacaacctggacgactctcaccaaagcggcggtagctacgcgggattggcaaaccttg
gcggttagcagtaaagtaccgtaccgttacatcagaattgtcaacccaaacacttggttt
ggaaatgtgaatgaagtgagattccacggggcagtgaaaccggcagatgtgacgcctccg
gttacctcggatgatgcgccgcaggggtcggtgcacacggatagggcggtaaactttaac
gccacagatgaaagctccggtgttgcggctacttattacacagtagacggcggcgcacag
caaacagggaacacggtcacattgaccacctatggaacgcatacgttagtatattggagc
gtagactgggccggcaatgtggagcagcagcatacggttaccgtaaacctcgataagtct
gctccggttgtggccggcttgtatgcggatattacagtgccgaccaacaaagatgttact
gtaacaatctactatccgaatgacgtagtgctgacggagtacaaatttggcgataacggc
gaatggacagcgtacacgggtccggtaacggtttccgaaaacgtaacggtgtatgcaaga
agtgcggatgctgcgggcaatgtctcggacgtagcgagctacacggtcagcaacatttac
aagacagcacctacggacgccgtcttcacagcggacgttacaaacccgaccaacggtaat
gttactttgacgatcagctatccggacaacgcggtggtcaaggagtacaaagtcggggat
aacggcacatggacagcgtacgcttcgcctgtcaccgtatccgacaatgttactgtttat
gcacagagcaaggactttgtgggcaatagttcgaatgtaaccagctataccgtcagcaat
accgacaggctgccgcctgaggacgctgtattgtctgccgacattacggagccgactaat
caggatgttactgtaacaattagctatccggccgatgctgcagtgaaggagtacaaggta
ggcgagaccggcgtttggaccgcgtacggcgctcctgtggtgatttccgagaccagcacg
gtgtatgcaagaggtacggatgctgccggcaatgtctccaacgtcacccaatatgcggtt
ggcaatatcgaccgtataccaccggctgacgcaatcttggcagtagatacctcagctctg
accaatcagggtgttaccgtaacgatcacctatccggaagatgcggcagtgaaggagtac
aaagtgggcgatagcggcatgtggactgcctatacgggacctgttgttgtccaagacaat
gataccgtatatgcgagaggaacggacgccgtaggcaatagttcgaatgtaaccagcgca
attgtaagcaacatttggaaggttgctcctatcactaccgcaacgttaaaccctgcttcg
cctagcggcaagaatagttggtacacaacggatgttaccgttagcctttccgtatacgca
agtgtatatggaggagcagtgacaacggaataccaagtgaatgacggtgcctggatcacc
tataccggttccattcctgcctttggtgacggagattataagatgggttaccgaagcaag
gatcaagccggcaatgtagaacaactcaaaacgatagagttcaaagtggacaagacagcc
ccggtattatctgtccagttggacaagacgatgatttggccgccgaatcataagatggtg
cctgtcaatgccacgttgctttcgaacgacgacggttcagggatcgaatcggtggtgttg
acctccatcacgagcaatctgccggatagcggcagaggcggcgacattcaggccaatttc
ggcacagccgccacctcattcagcgtgcgtgcggaaagaggaagcatctacaccatcacg
tatacggctaccgataaagcgggcaacaaaacagtagtaacggcaaccgtaacggtgcct
catgatcaatccggcattcattag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (13)   

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