KEGG   Macrococcoides caseolyticum: MCCL_0530
Entry
MCCL_0530         CDS       T00848                                 
Name
(GenBank) conserved hypothetical protein
  KO
K20276  large repetitive protein
Organism
mcl  Macrococcoides caseolyticum
Pathway
mcl02024  Quorum sensing
Brite
KEGG Orthology (KO) [BR:mcl00001]
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   02024 Quorum sensing
    MCCL_0530
SSDB
Motif
Pfam: He_PIG DUF4625 HYR ChitinaseA_N Y_Y_Y InlK_D3 GspA_SrpA_N PKD_4 YSIRK_signal Big_13 PKD Gram_pos_anchor
Other DBs
NCBI-ProteinID: BAH17237
UniProt: B9EAH6
Position
564487..570624
AA seq 2045 aa
MFKNNRYSIRKFSVGTGSVIIGAMLYLSTPNIVNAEESNALKEESQSTETTTNTDSNKNI
ETSNETEVPNSVEIPTEESTENLPTEEKTNDSTETAEDSTTEENTSDSNASGDNTTAEPK
EQSDFTIEQIDNQTVNSEDAINPIRINVEGSENNTNEVRGLPDGLTYDSNTDTISGTPNT
PGNYMITVTSKNDSGVQKESTFTINVEEAEKPSTEEPQTNDDSKSTEEDTTEVPTSDEQK
SDGNSKSEDPKEDKSDTTEEPKSTEEDTTEEPKTDDKKSSEDSKEADADQLKNPSEEQKS
DKDSIKEQPKADDKNSSKEDAKTDENSTNEDSNENKKDTTEKPKSTEEDTIEEPSTEEPL
NNNNQSDNVGNGLSTGDSENDNKIDPNVDTTDLKTTKPLTDKEKEDIDQKSKNKSKTDNN
LKALSASSSKVEKEATKADGSPLGGDDVNSKIKSSNVKFQEGTWNKGAAFEIGFDISIPN
DVKRNDYFTVHIPKEINPTSADRDNGILLGNDANSIYAKGTYNRADNSFTFKFTDNIEKY
KNTSAHVDLLGLINFKEATKTDNYNLNLKIGDSEYNATRKIEYSTDARNLDLYQDSSVQE
KVDDHNPYNTTYTVNGKARTLNNAKVKITPYNGTKKNPDVISQFNKDITKVQILKVTDRN
TLNQSGSDKNVAYVDVSSSHNIIFNSDGSISIDLGNTNSTYLIVVNSETSKPFVPETFIE
STIQLSASNIASGSSQSKIGKSKPSSNNSSGVIVDDTTPPVVDKVDNQTTEVNSAIDPIV
INANDNSGETVRNDVFGLPDGVTYNSETNTISGTPTKAGTYEVTVISSDKVYNETETTFT
ITVEDTTAPTVDPIENQTTEVNTPIIDVTLNGKDNSGDPVTHNVTGLPDGVTYNEETNTI
SGTPTKAGNYNVTVITSDEAGNETETTFTITVEDTTAPTIDPVDNQTTEVNTPIKDVTLN
GQDNSGQPVTHEVNGLPEGVTYDPETNTISGTPTTVGSYDVTVISTDESGNTTETTFTIT
VEDTTAPDVDPVEDQTTEVNTPIKDVTLNGKDNSGKPVTHEVSGLPEGVTYDPETNTISG
TPTTVGSYDVTVVSTDESGNTTETSFTITVEDTTAPDVDPVEDQTTEVNTPIKDVTLNGQ
DNSGKPVTHEVSGLPEGVTYDPETNTISGTPTTVGSYDVTVVSTDESGNTTETSFTITVE
DTTAPDVDPVEDQTTEVNTPIKDVTLNGKDNSGQPVTHEVSGLPEGVTYNPETNTISGTP
TTVGSYEVTVVSTDESGNTTETSFTITVEDTTAPDVDPVEDQTTEVNTPIKDVTLNGQDN
SGKPVTHEVSGLPEGVTYDPETNTISGTPTTVGSYDVTVVSTDESGNTTETTFTITVEDT
TAPDVDPVEDQTTEVNTPIKDVTLNGKDNSGKPVTHEVSGLPEGVTYDPETNTISGTPTM
VGSYDVTVVSTDESGNTTETTFTITVEDTLPPTVDPVEDQTTEVNTPIKDVTLNGKDNSG
QPVTHEVSGLPEGVTYNPETNTISGTPTTVGSYDVTVISTDESGNTTETTFTITVEDTLP
PTVDPVEDQTTEVNTPIKDVTLNGKDNSGQPVTHEVSGLPEGVTYDPETNTISGTPTTVG
SYDVTVISTDESGNTTETTFTITVEDTLPPTVDPVEDQTTEVNTPIKDITLNGKDNSGKP
VTHEVSGLPEGVTYNPETNTISGTPTTVGSYDVTVVSTDESGNTTETSFTITVEDTTAPD
VDPVEDQTTEVNTPIEDVKLNGKDNSGKPVTHEVSGLPEGVTYDPETNTISGTPTTVGSY
DVTVISTDESGNTTETTFTITVEDTLPPTVDPVEDQTTEVNTPIEDVTLNGKDNSGKPVT
HEVSGLPEGVTYNPETNTISGTPTKPGEYTVTVVTRDSEGNETTTKFVIIVKDDSSNDGN
NPGDDEDDDNSGDNGDDSSNDGNDNSGDNGDDSTNGGNDNSGDNGDDSTNGGNDNSGDNG
DDSTNGGNDNSGDNGNNSSNDGNDSKELPDTGEQDKNLTLFASVIALFGGILTFRRKKKD
SKTDK
NT seq 6138 nt   +upstreamnt  +downstreamnt
atgtttaaaaataacagatattctattcgcaaattttctgttggaactgggtcagtaatc
attggtgcaatgctttatttgagtacacctaatatcgtaaatgcagaagaatcaaatgca
ttaaaagaagaaagtcagagtacagaaacgactacaaatacagattcaaataagaatata
gaaacatcaaatgaaactgaagtaccaaattcagttgaaataccaactgaagaatcgact
gagaatttgccaactgaagagaaaacaaatgattctacagaaacagcagaagattcaaca
acagaagaaaatacatcagattcaaatgcttcaggagataatacgacagcagaaccaaaa
gaacaaagtgattttactattgaacaaattgataatcaaactgtgaattcagaagacgca
attaatccaataaggattaatgtggaaggttctgagaataatacaaatgaagtccgagga
ttaccagatggccttacatatgattcaaatactgatacaatctcaggcacccctaatact
cctggtaactatatgatcacagttacttctaaaaatgattcaggcgttcaaaaagagtct
acttttaccattaatgtagaagaagctgaaaaaccatcaacagaggaaccacaaacaaac
gatgactcgaaatcaactgaagaagatacgactgaagtgccaacatcagatgaacaaaaa
tcagatggaaattcaaaaagtgaagatcctaaagaagataaaagtgatacaacagaggaa
ccaaaatcaactgaagaagatacaacagaagaaccaaaaacagatgacaaaaaatcttca
gaagactcaaaagaagctgacgcagatcaattgaagaatccttctgaagaacaaaaaagt
gataaagactcaataaaagaacaaccaaaagctgacgacaagaactcatcaaaagaagat
gcaaaaactgatgaaaattcaacgaatgaagattctaatgaaaataaaaaagacacaaca
gaaaaaccgaaatcaactgaagaagacacaatagaagaaccatcaacagaggaaccatta
aataataataatcaatctgataatgttggcaatggtttgtctacaggtgactctgaaaat
gataacaaaatagacccaaatgttgatactacagacttaaaaacaactaagccattaaca
gataaagaaaaagaagatatagaccaaaaatcaaaaaataaaagtaagactgataataat
ttaaaagctttaagtgcatcttcatcaaaagtggaaaaagaagcaacaaaagccgatggt
agtccattgggtggagatgatgtaaatagcaagattaaatctagtaatgttaagtttcaa
gagggtacatggaataaaggtgctgcttttgaaataggtttcgatatatctattccgaat
gatgtaaaaagaaatgattattttactgtacatatacctaaagaaataaatcctacatct
gcagatagagataatggcatactattaggaaatgatgcaaatagtatttatgcaaaaggt
acttataatcgtgccgataattcatttacattcaagtttactgataatatagaaaaatat
aaaaacactagtgcacacgttgatttattagggttaatcaattttaaagaagcaaccaaa
acagataactataacttgaatttaaaaattggtgattcagaatataatgctacaagaaaa
atagaatattcaactgatgcacgaaatttagatttatatcaagattctagtgttcaagaa
aaagtagatgatcataatccatataacacaacatatacagtaaacggtaaagctaggact
ttaaataatgccaaggttaaaataactccatataatggtactaaaaaaaatcctgatgta
attagccaatttaataaagatattactaaagttcaaattttgaaagttactgataggaat
acattgaatcaaagtggaagtgataaaaatgtcgcttatgtagatgtatcatcatcacat
aatataatctttaatagtgacggttctataagtatagatttaggaaatactaatagtaca
tatttaatcgttgtgaattcagaaacaagtaaaccatttgttcctgaaacttttatagag
agtacaatacaattaagtgcaagcaatattgcttctggaagtagccaatctaaaatagga
aaaagtaaaccatcaagtaataactcatcaggtgtaattgttgatgatacgacaccaccc
gttgttgataaagttgataatcaaacaacagaagtaaattcggcaatagatccgattgtt
atcaatgcgaatgataatagtggtgaaacagttcgaaatgacgtattcggtttaccagat
ggtgttacatataattcagaaacgaatacaatctcaggtacacctacaaaagcaggaaca
tatgaagtaactgttatttcgtcagataaagtatataacgaaacagaaacgacatttaca
ataacagtagaagatacaacagcgccaactgtggacccaattgaaaatcaaacaactgaa
gtgaacacaccaattattgatgttactttaaatggcaaagacaacagtggagatccagtg
actcataatgtaactggtttaccagacggtgtgacttataatgaagaaacaaatacaatt
tcaggtacaccaacaaaagctggaaactataatgtgactgttataacgagtgatgaagca
ggcaacgaaacagaaacaacatttacaatcacagtagaagatacgacagcacctacaata
gatccagtagataaccaaacaacagaagtaaacacacctattaaagatgtaacattgaat
ggtcaagataatagcggtcaaccagtgacacatgaagtaaatggcttaccagaaggtgtg
acgtatgatccagaaacgaataccatttcaggcacaccgacaacagtaggaagttacgac
gtaacagtaatttcaacagatgagtctggtaatacaacagaaacaacattcacgataaca
gtagaagatacaacagcgcctgatgtggatccggttgaagaccaaacaacagaagtaaac
acaccaatcaaagatgtaacattgaatggtaaagataatagtggaaaaccagtgactcat
gaagtatcagggctaccagaaggtgtgacatatgatccagaaacaaataccatttcaggt
acaccaacaactgtaggaagttacgacgtaacagtagtttcaacagatgaatcaggtaat
acaacagaaacgtcattcacaataacagtagaagatacaacagcgcctgatgtggatccg
gttgaagaccaaacaacagaagtaaacacacctattaaagatgtaacattgaatggtcaa
gataatagtggaaaaccagtgactcatgaagtgtcaggattaccagaaggtgtgacgtat
gatccagaaacgaatactatttcaggtacaccgacaacagtaggaagttacgacgtaaca
gtagtttcaacagatgagtctggtaatacaacagaaacgtcatttacaatcactgttgaa
gacacaacagcacctgatgtggatccggttgaagaccaaacgacagaagtaaatacacct
attaaagatgtaacattgaatggtaaagataatagcggtcaaccagtgactcatgaagta
tcaggattaccagaaggtgtaacatataatccagaaacaaataccatttcaggcacacca
acaacagtaggaagttatgaagtaacagttgtttcaacagatgaatcaggtaatacaaca
gaaacgtcattcacaataacagtagaagatacaacagcgcctgatgtggatccggttgaa
gaccaaacaacagaagtaaacacacctattaaagatgtaacattgaatggtcaagataat
agtggaaaaccagtgactcatgaagtgtcaggattaccagaaggtgtgacgtatgatcca
gaaacgaatactatttcaggtacaccgacaacagtaggaagttacgacgtaacagtagtt
tcaacagatgagtctggtaatacgacagaaacgacatttacaatcactgttgaagacaca
acagcacctgatgtagatccagtagaagaccaaacaacagaagtaaatacacctattaaa
gatgtaacattgaatggtaaagataatagtggaaaaccagtgactcatgaagtatcaggg
ctaccagaaggtgtgacgtatgatccagaaacgaatactatttcaggtacaccaacaatg
gtaggtagttatgacgtaacagtagtttcaacagatgaatcaggtaatacaacagaaaca
acatttacgataacagttgaagatacattaccaccaacggtagatccagtagaagaccaa
acgacagaagtaaatacaccaatcaaagatgtaacattgaatggtaaagataatagcggt
caaccagtgactcatgaagtgtcaggattaccagaaggtgtaacatataatccagaaaca
aataccatttcaggcacaccgacaacagtaggaagttacgacgtaacagtaatttcaaca
gatgaatcaggtaatacaacagaaacaacatttacgataacagttgaagatacattacca
ccaacggtagatccagtagaagaccaaacgacagaagtaaatacaccaatcaaagatgta
acattgaatggtaaagataatagcggtcaaccagtgactcatgaagtatcagggctacca
gaaggtgtgacgtatgatccagaaacaaataccatttcaggcacaccgacaacagtagga
agttatgacgtaacagtaatttcaacagatgagtctggtaatacaacagaaacaacattc
acgataacagttgaagatacattaccaccaacggtagatccagtagaagaccaaacgaca
gaagtaaatacaccaatcaaagatataacgttgaatggtaaagataatagtggaaaacca
gtgactcatgaagtgtcaggattaccagaaggtgtaacatataatccagaaacaaatacc
atttcaggcacaccgacaactgtaggaagttacgacgtaacagttgtttcaacagatgag
tctggtaatacgacagaaacgtcattcacaatcactgttgaagacacaacagcacctgat
gtagatccggttgaagaccaaacaacagaagtgaacacaccaattgaagatgtgaagttg
aatggtaaagataatagtggaaaaccagtgactcatgaagtaagtggcttaccagaaggt
gtgacatatgacccagaaacaaataccatttcaggcacaccaacaactgtaggaagttat
gacgtaacagtaatttcaacagatgagtctggtaatacaacagaaacaacatttacgata
acagttgaagatacattaccaccaacggtagatccagtagaagaccaaacgacagaagtg
aacacaccaattgaagatgtaacattgaatggtaaagataatagtggaaaaccagtgact
catgaagtgtcaggattaccagaaggtgtaacatataatccagaaacaaatacaatctca
ggcacaccgacaaaacctggtgaatacactgttacagttgtaactagagatagtgaaggc
aatgaaacaacgacaaaattcgttataattgtaaaagatgattcatcaaatgatggtaac
aatccaggcgatgatgaagatgacgacaactcaggagataacggagacgattcatcaaac
gatggaaacgacaactcaggagataatggagacgattcaacaaacggtggaaacgacaac
tcaggagataatggagacgattcaacaaacggtggaaacgacaactcaggagataatgga
gacgattcaacaaacggtggaaacgacaactcaggagataatggaaacaattcatcaaat
gatgggaatgattctaaagaattgccagatacaggtgaacaggataaaaacttaacttta
tttgcatctgttattgcgttatttggtggaattttaacatttagaagaaagaaaaaagat
tctaagaccgataagtaa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (193)   
   KEGG ORTHOLOGY (1)   
   RefGene (190)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (12)   
   Pfam (12)   
All databases (209)   

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