KEGG   Yersinia pestis A1122: A1122_07260
Entry
A1122_07260       CDS       T01831                                 
Name
(GenBank) hemolysin
  KO
K11016  hemolysin
Organism
ypt  Yersinia pestis A1122
Pathway
ypt03070  Bacterial secretion system
Brite
KEGG Orthology (KO) [BR:ypt00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   03070 Bacterial secretion system
    A1122_07260
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:ypt02044]
    A1122_07260
   02042 Bacterial toxins [BR:ypt02042]
    A1122_07260
Secretion system [BR:ypt02044]
 Type V secretion system
  Two-partner secretion (TPS) family
   A1122_07260
Bacterial toxins [BR:ypt02042]
 Type II toxins: Membrane damaging toxins
  Pore-forming toxins, Other
   A1122_07260
SSDB
Motif
Pfam: Fil_haemagg_2 TPS
Other DBs
NCBI-ProteinID: AEL72107
Position
complement(1598586..1603493)
AA seq 1635 aa
MKKHTFKLSPAGKLAAAVTIISVSVATCYAAGIVGAGDSAHKPDVSSVNGTSVINIVQPS
ASGLSHNQFQDFNVGEKGAVLNNATSAGNSILAGQLAANQNLNGQAASIILNEVISRNPS
LLLGQQEIFGMTADYILANPNGITCNGCGFMNTNRESLVVGNPLIEQGSLKGFETFNNNN
WLIIQDKGLTANKILDLIAPRIEVTGMVTSTEAINALSGNNQISTDGQILESRQEDHPNR
PTSLGGWFSSLFSSESEESIDGKYLGSMQSGRINLVSTREGSGVKIAGSLNGSEEINATI
KGKLQLEAAKLGGNDININANSIQAFGNLHKNEDNGGVTQSLERTQLKGKNIAIVANKKN
QLSAVKIDADNVTLRGGELVLDERILTKTEQESSSDGGNGVLGLGKWNWSENKEEKQQTS
IGTTITAKNNASLESTQDDIKLSAATITAGKNLAIKAKKDLHIDGAIEENSIHDYGHNYK
HMVKDESWNNKTTKQTLNKTTLEAGKNLGLTAENKITTQGIKASAGGDVVIDANDVKIGV
QKTSNQETTDGKHERNLGLGGVDHNNNDKYAETSHSSEITADGNILISVKDDVAITGSKV
KATKDGFVQAKEGGIKIDNAISTTTNKVDERTGVAFDITGSSKKANNSEEKSTGSEVVSE
ANLKIISKKDVDVIGSLVKSAGELGIETLGDINVAAAQEKQKIDEQKTLLTIDGFTSDDG
KNQYQAGLKVEHTSESEKTEKVINHGSTLEGGTVKLEADKDVTFTGSQLNTTKGDADITA
ENVSFVAAQDTTTSNKEKETVGVNAHYTGGMDKAGSGAGVSYEETKTDSEKSTAVVSHTD
VKGDLNLNAKQEITNQGTDHNVEGSYAANATNVNNLAAENSETTTTTTNTVDVKYGGNIA
YDGVTRPVEKTIESGKKLDVGGVIENVGNVAPDSVNAGVDLSVNVGEKENKSSNSQAVVT
SIKSGDISITAKEDVKDQGTHYQADKGGIKIDAANHTFESAVNRAEESEKVVSGGVDMRI
YTTTGEDINVDAKGKGENKQQEVKAEQAQTGSMKAVGDIIINVQENARYQGTDLDSGDGK
IAITAGEEIKFEQATSHLSENHNKIDANAKANFGTKPNSKDFGGGLGGGHSQGSTSADIA
QVSHLHGKQGIELNAGKDLTLQGTEFGSKNAATGDVQLTAGGKVDFQAAQSQSSKQDMTW
SASVKAGKSKSNSTSENDDGTKTHTNNKGFSAGAEANVKNTDETSLTHQGGIINSNGAVT
IKADGKDQQAIHLQNTNIISQETILNADNGGIVMESAQDKEHKNNWNVNTNLNGSQKNTI
KSDDQGVVDKDSAKKIHNAAIKLDGGVDKLDSVTQQNTHINSDKVTLNSAKNTELAGAVL
QANQISGQIGGDLNVISRENRLNKVNVSAALGGSHSNAKQDSLISQVANASPIMSDKIKN
KLEEKSTKIFDKVENKFNTLGKEKDDSVQTISYTKDGQTVKISEADEKKETKDKWWQKGA
KSVGKKIKSAVQDEQVVGGNGSVKANVEVVESQGVEEQSAIRGTQNVDLTVKGKTDLVGG
KISSKNSDVKLKTNGLETQDINGKYTEGGARLNASSSVMDMISDGAKDVMDGKAPLVSGH
GKSEQKNATGGITRE
NT seq 4908 nt   +upstreamnt  +downstreamnt
atgaagaaacacacctttaagctctcaccggcagggaaattggcggcggcggtaaccatt
atttcggtttctgttgccacctgttatgccgccggtattgtcggagcaggcgattctgca
cataaaccggatgttagctcggtaaatggcacatcggtaattaatatcgtgcaaccgtca
gcctccggcttatcacataaccaatttcaggattttaatgttggcgaaaagggggcggta
ctgaataacgccaccagtgcaggtaactcaatacttgccgggcagttagccgctaaccaa
aatttaaacggtcaagcggccagtattattcttaatgaagtcatcagccgtaatccttct
ctgttattgggccaacaagaaatttttggtatgacggcggattatattctggccaaccca
aatggcatcacctgtaatggctgtggttttatgaataccaaccgcgagtcactggtcgtg
ggtaatcccttgattgaacaaggatcgctgaagggttttgaaactttcaataacaataat
tggttgataattcaagataaggggctaactgctaataaaatattggatctgatcgcaccc
agaattgaggtcacaggtatggtcacctcaacggaagccattaatgccttatcaggtaat
aaccaaatttcaactgatgggcaaatattagagtctcgccaagaagatcatccaaatcgt
ccaaccagtttggggggatggtttagcagtttgttttcaagtgaaagtgaagaatctatt
gatggtaaatatcttggcagtatgcaatcaggccggattaatttagtcagcactcgggaa
ggcagtggggtaaaaattgccgggagtctaaacggtagcgaagaaataaacgccactatc
aaaggaaagctgcaattagaagccgccaaattagggggtaatgatatcaacatcaacgcc
aatagcatccaggcattcggtaatcttcataaaaatgaagacaatgggggtgttacgcag
agtctggaacgcactcagttaaaaggcaaaaatattgctatcgttgccaataaaaagaat
cagctttccgcagtaaaaatcgatgctgacaatgtgacgttgagaggaggtgaattggta
ttggatgagagaatcctcaccaagacagaacaagaatcttcatcagacggtggaaatggg
gtgctgggccttggtaagtggaattggtctgaaaataaagaggagaaacaacaaaccagt
attggcaccaccattacagcgaaaaataatgcctctcttgaatcaactcaagatgatatt
aaactgtcggctgccacaataaccgcgggtaaaaatcttgccatcaaagccaaaaaagat
ttacacatagacggtgctattgaagagaattcaattcacgactacggccataattataaa
catatggtcaaagatgaatcttggaataataaaaccaccaaacaaacactcaataaaacc
acacttgaggccggtaagaatttgggcctcaccgcagaaaataaaatcacgactcaggga
atcaaagcttctgcggggggtgacgtcgtaatcgatgccaacgacgttaagattggggta
caaaaaaccagtaatcaggaaacaaccgacggtaaacatgaaagaaacttgggactcggt
ggtgtcgatcacaataataacgataagtatgcggaaaccagccatagctcagaaataacc
gctgacggtaatatactcatcagcgtgaaagatgacgttgctattactggcagtaaagta
aaagcaactaaagatggttttgttcaagctaaagagggtgggatcaaaatcgataacgcc
atcagtaccacaaccaataaagttgatgagcgtacgggggtagcatttgatattaccggc
agttccaaaaaagccaataacagtgaagaaaaatctaccggtagcgaagtcgtctctgaa
gcaaacctgaaaatcatcagtaaaaaagatgtcgatgtgattggcagcttggtaaaaagc
gccggtgaattaggcattgagaccttaggcgatatcaatgtcgccgctgcgcaggaaaaa
caaaagatcgatgaacaaaaaaccctactgacaattgatggttttaccagtgatgacggt
aaaaatcagtatcaagcggggctaaaagtggaacacaccagcgagagtgaaaaaacggag
aaagtgataaatcacggctctactctcgaggggggcaccgtcaaactggaggcagacaaa
gatgtgacattcactgggtcacaactcaataccaccaaaggcgatgcggatatcactgct
gaaaacgtctcttttgtcgctgcacaagacaccaccaccagcaataaagaaaaagagacc
gtgggtgtgaatgctcactataccggtgggatggataaagcgggtagcggtgcgggggtg
agttatgaagagacgaagacggacagcgagaaatcaactgcggtcgtttcccatactgac
gtgaaaggcgatctgaatctcaacgccaaacaagagataactaaccaaggcaccgatcat
aacgtcgaaggcagttacgcggcgaatgcaactaacgttaataatttagccgcagaaaac
agtgaaaccaccaccacaaccaccaacactgtcgatgttaaatatggtggtaatatcgct
tatgacggtgttactcgtcctgtcgaaaagacgatagaaagtggtaaaaaattggatgtt
ggtggcgttattgaaaacgtaggaaatgtcgcgccagattcagtcaatgccggcgtagac
ctctccgttaatgttggcgaaaaagagaataaatccagtaattctcaagcggtagtgaca
tcaataaaaagtggtgatatcagcatcacagcaaaagaggatgtcaaggatcaaggaact
cactaccaagctgacaaaggtggaataaagattgatgctgccaaccacacttttgaatct
gcggttaatcgtgctgaagaatcagaaaaagtcgtatcgggcggcgtagatatgcgaatt
tataccactacgggcgaagacatcaatgttgatgcaaaaggtaagggtgaaaataaacag
caagaggttaaggccgagcaggctcaaactggcagcatgaaagctgttggcgatattatt
atcaacgtacaagaaaacgcccgttatcaagggactgatcttgattctggtgatggaaaa
atcgctatcacagcaggcgaagagattaaatttgaacaagcaaccagccacctcagtgaa
aaccacaataagattgatgcaaacgccaaagcaaacttcggtactaagccgaacagtaaa
gactttggcggcggcttgggcggcggccatagtcaaggcagcaccagtgccgatattgcc
caagtcagccatctacacggtaagcaaggcatcgagctgaacgctggaaaagatttaaca
ctgcaaggtaccgagtttggcagtaaaaatgccgctaccggtgatgttcaacttaccgcc
ggtggaaaagtagacttccaagcggcacagtcacaaagttctaagcaagatatgacctgg
tctgccagcgtcaaggcaggaaaaagcaaaagtaacagcaccagtgaaaatgatgatggc
acaaaaacgcatactaacaacaaagggttcagcgcaggagcagaagccaacgttaaaaac
actgatgagaccagtcttacacatcagggcggcattattaacagtaatggcgcggtgacc
attaaggcagacggtaaagatcagcaagccatccatctgcaaaataccaacatcatcagt
caagagaccattctgaacgcggataatggcgggatcgtaatggaatcggctcaggataaa
gagcacaaaaataactggaatgttaacaccaacctcaatggcagccagaaaaacaccatt
aaaagcgatgatcaaggtgttgtagataaagatagcgccaagaaaatccataatgcggcc
atcaaactcgatggcggtgttgataaactggactctgtgacgcaacaaaacacccatatc
aacagtgataaggtgaccctgaacagcgctaaaaataccgaattggcaggcgcagtactc
caggctaaccagattagtgggcaaatcggtggggatctaaacgtcattagccgcgaaaac
agactcaataaagtcaatgtttctgccgcacttggcggcagccacagtaatgcaaaacaa
gacagtttgatcagccaggtagcgaatgccagcccaattatgtctgataaaatcaagaat
aaactggaagagaaatctaccaagatcttcgacaaagtcgaaaataaattcaacacctta
ggaaaagaaaaggacgatagcgtccagaccatcagctataccaaagacggtcaaacagtg
aagatcagcgaagccgatgagaagaaggaaaccaaagataaatggtggcagaaaggggct
aaatctgtcggtaagaaaatcaaaagcgcggtacaggatgaacaagtcgtcgggggtaac
ggcagcgtcaaagcgaacgtagaggttgtcgagagccaaggggttgaggagcaatcagct
atccggggtacacagaatgtggatctgaccgttaagggtaaaactgacctggttggcggg
aaaatatccagtaaaaattcggatgttaagctaaaaaccaatgggttagagacgcaggat
atcaacgggaaatataccgaagggggtgcacgattgaacgcttcttcatcggttatggat
atgattagcgatggcgctaaggatgtaatggatggcaaggcaccgctggtcagtggacat
ggtaaatctgaacagaaaaatgcaacgggtggtatcaccagagaatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (2)   
   Pfam (2)   
All databases (10)   

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