KEGG   Yersinia pseudotuberculosis EP2/+: BZ20_3549
Entry
BZ20_3549         CDS       T03678                                 
Name
(GenBank) intracellular multiplication and macrophage-killing family protein
  KO
K11891  type VI secretion system protein ImpL
Organism
ypr  Yersinia pseudotuberculosis EP2/+
Pathway
ypr03070  Bacterial secretion system
Brite
KEGG Orthology (KO) [BR:ypr00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   03070 Bacterial secretion system
    BZ20_3549
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:ypr02044]
    BZ20_3549
Secretion system [BR:ypr02044]
 Type VI secretion system
  Imp/Vas secretion system core components
   BZ20_3549
SSDB
Motif
Pfam: IcmF-related_N IcmF-related IcmF_C IcmF_helical Colicin_V
Other DBs
NCBI-ProteinID: AJJ05508
Position
4029633..4033460
AA seq 1275 aa
MSYLNRLFSGWAMKRILLVGCFILLAAAIWFLGPFLGFGEARPLESYEARIICILLALLL
ILGFWYGAPRFVIAAVVACAAVWVIGPFILVGDDHPLTDGIRRGIIIAIIAFITLIYGTW
CLVKALAKNPALLDNFIKHKKAAKPEAEAELSEVNAMIRNGMNYVRRIHSGIPAWRRFFI
SSRWRTELPWFMVVGMKGAGKTALILSSGQDFPLPEQLNRIGKENPPTQHCECLFSNDAL
FLDTSGKYIDDSKDNQTEWSGILKALKKYRPVKAINGVIVAISASDILGKSKADLLNVSA
TLRTRLDEVRAVLGVRFPVYVTITKLDQLSGFDEYFRNLTAEDREQIWGVTFPYNEAKEQ
SDMPLQQRISHELALLEDRISNNMHVRQQEEYAVADRKGMYALPQDFRMLSQRVTEVLQN
VFFASRFDETKFHTTLRGIYFVSSCQPADVELLNNNTLIQKWRNVINHKKPLSPADLSQK
SDNEDRFISDVAYGKQYFLKQLFSDVITKDADLVSYNLKVQSKYRFQNLLGHAACIGLAV
WLVWAFLVSFQHNEGYLQATGAKLSQLESTVMSYAKTSNEQILPALLNATQQLPEYGTLD
VANPELDWRYGLYTGSAISQGANTLYQFFLQKYLFPMVEHQSEVALRKTMHSGQSEEVYA
ALKLYLMLTGEGKFDRQYMIEHVTQDWQKSGKIEPYEEKSIFVGHLNTLFTLKDWRQYGQ
PADSELIKQARAILAEKTVTARLWGRIQSRLLADAPANMTLRKMVGEHATQVFTLSDDEL
LHEGIPGLYTYAGYHEVVKKKLTPLLMLLQEEDRWVMAQSLSSSLDPLTLRQDVLVMYLQ
GYAAYWKRFLSSVRLISVDADSAEYAQGLSLDIALLRTLVSENSPLLNLARQAVKETTLA
EKEKAITDEINIRTQGQLLSQAKKLQETIAFRENKLIKEWVDNRFESLRVFVNGEQSADA
PGGNNLSVLQGTQMSRIIGTLNDQYTRFVVYNSAFEYGDIPPLSQDGERIAVESQTWPDP
FRNIIAPLLTGSSQKFENKVITHTSKAIDMGVGEICRNTLQGRYPFAESEQIVSLNDFER
FFGTDGTVDSYFKKNLESKVDTSSIPWRYKGSVSSEGLAFFEQAAMIRNVLFNTNDGKKM
ALDFSVSVRYLAPTITQLIMNFDGNTVRYSHGPVTPAFFKWPGLRQGTIVSLTAQRQKAS
AMPDILFRGPWALLQWADQADEIRDEANGKQTLTYLMGKDRVELEVSGLTHGSETISDLL
RDFKCPSVNDMNGIW
NT seq 3828 nt   +upstreamnt  +downstreamnt
atgtcttatttgaatcgattgttttctggctgggccatgaaacgcatattgctggtcggc
tgctttatattgctggctgcggcgatatggtttctggggcctttcctcggctttggtgag
gcgcggcctctcgaaagttatgaagccagaattatttgcatcctgctggcactgctgctg
atcttaggtttttggtacggcgcaccgcgctttgtcattgccgccgtcgttgcctgtgct
gcggtatgggtgattggcccattcatattagttggtgatgatcatcctctgactgatggg
atccgtcgcggcatcattatcgccatcattgcatttattacacttatttatggtacctgg
tgcttagtcaaagcattggcgaaaaatccagcgttactggataacttcattaagcacaag
aaagcggccaagcctgaagcggaggctgaactttctgaagttaatgcgatgatccgcaat
ggcatgaactatgtgcgccgtattcacagtggtattccggcctggcgacgtttctttatc
tccagccgttggcgcacagaactgccttggttcatggttgtcggtatgaaaggtgcaggg
aaaaccgcccttatcctctcttcaggacaggactttcctttacctgagcagctgaatcgt
attggcaaagaaaacccacccactcaacattgtgaatgtttgttctctaatgacgccctg
tttttagacacttcagggaaatacattgatgacagcaaagataatcagactgagtggagc
gggatattaaaggcactcaaaaaatatcgtccggttaaggcaattaatggtgtcattgtc
gcgatttcggcatccgatatcttgggtaaaagtaaagctgatttactgaatgtgtcggcg
acgctacgcacgcgtttggatgaggtacgtgcggtcttgggcgtccgtttcccggtgtat
gtcacgattacaaaactggatcaattatcgggttttgatgaatatttccgtaatttaacg
gctgaagatcgcgagcaaatttggggggtgactttcccttataacgaggcgaaagagcaa
tcagatatgccacttcagcaacgtatcagccatgagctggcactgcttgaggatcgtatc
agcaataatatgcacgtccgccagcaggaagagtatgccgtggcggacagaaaaggcatg
tatgcactcccccaggatttcaggatgctctcccagagggtaacggaagttttacagaat
gttttcttcgcctcacgctttgacgaaacaaaatttcacacgaccctgagagggatctat
tttgtcagcagttgtcagcctgcggatgttgaactgttaaataacaacacgctgattcaa
aagtggcgtaacgttattaatcataaaaaaccgttatcgccagccgatttatcacaaaaa
agtgataatgaagatcggtttatcagcgatgtggcttacgggaaacaatatttcctcaag
cagttgtttagcgatgtgattaccaaagatgccgacttagtcagctataacctgaaagta
caatccaaataccgttttcagaatctattgggacacgcggcttgtattgggttggcagtt
tggctggtttgggccttcttggtcagcttccagcataacgaggggtatttacaggcgacc
ggtgccaagctgagtcagttagaaagcacggtgatgagttatgccaaaacgtccaatgag
cagatcttacctgcgttattgaacgcgacacagcagttacccgagtacggtacgctggat
gtggctaaccctgagcttgactggcgttatggcttatataccggtagcgcaatctcacaa
ggtgcgaacacgctctatcagtttttcttgcaaaaatatctcttcccaatggttgagcat
cagagtgaggttgcattaagaaaaacgatgcactcaggtcagagcgaagaggtttatgcc
gcgttgaagctttatttgatgctgacgggtgaaggtaaatttgatcgtcaatatatgatt
gagcacgtgacccaagattggcagaaaagtggaaaaattgagccttacgaagagaagagt
attttcgtcggtcatttgaacacgctgtttaccctgaaagactggcggcagtacgggcaa
ccggcagacagtgaactgattaagcaggctcgggcaatattggcggaaaaaacagtgacc
gccagactttgggggcgtattcaatcccgcttattggccgatgcccctgccaatatgacg
ttacgtaaaatggtgggtgagcacgcgacacaggtattcaccctgtcagatgatgaacta
ctgcatgaagggatcccagggctttatacctacgcgggttaccatgaggtggttaaaaaa
aaactgacacctttgctgatgttacttcaagaagaggataggtgggtgatggcgcaatcg
ctgtcatcttctcttgacccattgacgttaagacaagatgttctggtgatgtatttacaa
gggtatgccgcttattggaaacgctttctctccagtgttcgtctgatttctgtcgatgcg
gacagtgcagagtatgctcaagggctgtctctggatattgctttgttaaggacgttagtt
tcagaaaattcaccgctactcaatttagccaggcaggcggtaaaagaaacgacactcgcc
gaaaaagaaaaagccattactgatgagataaacatcagaacgcaagggcaattactcagc
caggctaaaaaattacaagaaacgatcgcgtttcgtgaaaataaactgattaaagagtgg
gttgataatcgttttgaatccctgagagtctttgttaatggggaacagagtgctgatgcc
ccggggggcaataatctttctgttcttcagggaacgcagatgagccgaataatcgggaca
ttaaacgatcaatatacgcgttttgttgtttataacagtgcctttgaatatggcgatatc
cctccgttatcccaggatggggaacgtattgcggtggaatcacaaacgtggccggatccg
tttagaaatattattgcaccgttattaacgggctcatctcagaaatttgaaaataaagtg
attactcacacgtccaaagcgattgatatgggggtgggggaaatttgccggaatacgctg
caagggcgttatccatttgctgaaagtgagcaaattgttagtttgaatgattttgagcgt
ttcttcggtactgacggtacggtggacagttatttcaagaaaaacttggagagtaaagtc
gacacctcctcaataccttggcgttataagggcagcgtaagtagtgaaggtttggcgttc
tttgaacaggcggcaatgatcagaaacgtgctatttaataccaatgacggtaaaaaaatg
gcattagatttttccgtatcagtgcgttatttagcacccactatcacccaacttattatg
aattttgatggtaatactgtgcgttattcccatggtcccgtaacgcctgccttctttaaa
tggccgggtttacgtcaaggcaccattgtcagtttaacggcccaacgccagaaggcatcc
gcgatgcccgatattctttttcgcggaccttgggcactcttgcagtgggctgatcaggcc
gatgaaattcgcgatgaagcgaatggcaaacagacgctgacttatctcatggggaaagat
cgtgtcgagcttgaagtctcaggtttaacgcatggtagtgaaaccattagcgatctgctg
agagatttcaaatgccccagtgtcaatgacatgaatggtatttggtaa

  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 domain (5)   
   Pfam (5)   
All databases (12)   

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