KEGG   Sedimentisphaera salicampi: STSP1_01317
Entry
STSP1_01317       CDS       T05439                                 
Name
(GenBank) type VI secretion protein IcmF
  KO
K11891  type VI secretion system protein ImpL
Organism
pbp  Sedimentisphaera salicampi
Pathway
pbp03070  Bacterial secretion system
Brite
KEGG Orthology (KO) [BR:pbp00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   03070 Bacterial secretion system
    STSP1_01317
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:pbp02044]
    STSP1_01317
Secretion system [BR:pbp02044]
 Type VI secretion system
  Imp/Vas secretion system core components
   STSP1_01317
SSDB
Motif
Pfam: IcmF-related_N Intron_maturas2
Other DBs
NCBI-ProteinID: ARN56924
UniProt: A0A1W6LMF3
Position
complement(1770282..1774616)
AA seq 1444 aa
MFKLSDFNTLPMSSKALFLMCGGGVVGGIIYYLNRFGNFLKGPMIWVIAGGLLLIIILFV
LYKLILKKIQKSKAAPMEKGILKSSAPKNINDPDETARLEYLRNKFKEGMETYKVAGKNV
YELPWYLVIGEPGSGKTEAIRHSNINFPPGLQDLLQGTGGTVNMNWWFSDDSVILDTAGR
MVFDDVETGGTEEWKEFLHLLRKNRPNCPINGVLLVIPADTLIKDSLEEVEQKASKIAMQ
FDVIQRTLDVRFPVYVVISKCDLIQGFRDFFDDLNSHTEQNQIFGWSNPEPLDEQYNSQS
VDDYFQSIRSWLNRRKFALIEDDLAQDSFTASRKPEFYFSFPSHLASISGKLKSYLDKVF
STSRTWSCKPLFFRGIYFTSSMREGAALDTELANFLNVELDKLEEDRVWGRDKSYFLKDL
FINKIFPEKGLVTRATNANSAYTKRKASLLGICSGLIVLLIVLTGFSAYNWNKTVGGIKE
YFSAKSWDIGNLKSISVVNDSGDFLGNKKMLFDSTGKELPRNEFYFDLSEKLKNFRQEGV
PLMFKPAQLFSPGFVDQTVQAYGRLYKANVLWPIIKNALVELEEFEWGSYEDKNEAYINA
VVALRQLIAARLGVDLESSLELKNQAKSYLEWPAEIVLNSESGSSNQAFKNLNRVYKDWF
SKEADDAKFDLTEMLSSKTEGDKSAGKNQLAAFDDKIEKVIAEFAESWEKPNKNQKIKRF
RVFISDLSSYKDYYNELFAEYPSDDVLPEEIKSSAVIEDAKKSVEKRIKELNSSYETIQE
SEFIESESLTDQWDDISEDYKKNVSDFIDFMKRDLQNYLKPGLVDSLKEKAGSEKQNEIL
NNAADSVSGLSEGSSEHPFKKAFASFVNKKLEDVKSSVKSFTGGDDYKKKVQDYHSFVLG
KGERTLESCRNYASAIEGLLNKDFDKLSIFNFKDNWEDLAETVEDVQNNRAALADGKEFS
AENFVSKFKMAELISKTVKKLPAEDSGLKELINENYSTNSNPDNFSTQFVFERGFSPPIA
GKLKSGFEDLQKSFESDFSDSEYIKDEGKFTNYVNQEYEEYFKNYRDYWLYEYPQKFLDQ
YAASSKSWEEKYLKIKRANYLEKIELLLNDVDDAVGYYPYELTGSRIKDFQEDKDRVKLN
SFTDDFDDVFGSWEALGKDVFEARRGILEGNLEDYFYSNSNEHKLLSYCCYKLTLSFIQT
LADDYKSKFKSSVEELQEYLHRFPLNLNSDKELTAQGAAGYRENVASISFSNFAESPEFG
VGDIDKELKTLFRPENIINPEYIKECDVLSKIIPEEGEEYYYKLAIESLEKQKSILNKFG
SVQFNSRSLKTLDADYLFDEPVKYPSHNPSVISVNAYEYKTKRGKTASFSDETMWGGLKL
WAGNRFEDNGVFKLPLHCQEEPHTDYHIILRLELFENKDCREEDKIDLPHLSTWQKAGNL
GVDR
NT seq 4335 nt   +upstreamnt  +downstreamnt
atgtttaagttaagcgattttaatactctcccaatgagctcgaaagcacttttccttatg
tgcggcgggggcgttgtgggtggtattatttattacctcaacaggtttggtaattttctc
aaaggtccgatgatctgggtaatagcaggcgggcttttgctgattattattctgtttgtt
ttatataaactgatcctcaagaaaattcagaaaagtaaagctgctccgatggaaaaaggc
attcttaagagcagcgcaccgaaaaatataaacgacccggatgaaacagccagactcgaa
tatctccgcaataaattcaaggaggggatggagacatacaaagttgcagggaaaaatgtt
tatgagctgccatggtatcttgtgattggtgagcccggttcaggtaagactgaagctatc
aggcattctaatataaacttcccgcccggactgcaggatctgctgcagggtacaggaggg
actgttaatatgaactggtggttttcagatgattctgttattcttgataccgccgggcga
atggtttttgatgatgtagaaacaggcggaactgaggaatggaaggaatttcttcatctg
cttagaaaaaatcgccctaactgcccgatcaacggggtactccttgttatccctgccgac
acacttattaaagacagtctcgaagaggtggagcagaaggcatcaaaaatagcaatgcag
tttgatgttatacagagaacgctcgatgtgagattccctgtttatgtagttatcagtaaa
tgcgatttgatacagggattcagagatttcttcgacgatctgaattctcatacagagcag
aatcagatttttggctggtctaatcccgagccgcttgatgagcagtataattctcagtct
gttgatgattatttccagagcatcagaagctggcttaatcgaaggaaatttgctttaata
gaagatgatttagctcaggacagttttactgcttcaagaaaaccggaattctatttttct
ttcccatcgcatctagcttccatcagcggcaagcttaaatcatatttagacaaagttttt
tcaaccagcagaacgtggtcttgtaagccgctgtttttccggggaatatatttcacttcc
tctatgagagagggtgctgcccttgatactgagcttgcaaatttcttgaatgttgagctg
gataagctcgaagaagacagggtttggggcagagataaatcatacttcctcaaagacctt
ttcatcaacaaaattttccccgaaaaaggattggttacaagagcaacaaatgcaaacagc
gcatacacgaaaagaaaagcctcgctattggggatttgctctggtttgattgtgctgctt
atagtactcacaggtttttcagcatataactggaacaaaacggtgggaggtattaaggag
tatttcagcgctaaaagctgggacattggaaacctaaagtcaattagtgttgtgaatgat
tcaggcgattttctcggcaataaaaaaatgctttttgattctacaggcaaagagctgcct
cgtaacgaattttattttgatttaagtgaaaagctcaagaatttcaggcaggaaggtgtt
cctttgatgtttaagcctgctcagcttttctcgccgggatttgtcgaccaaactgttcag
gcgtacggaaggctgtataaagccaatgttctctggccgataatcaaaaacgcccttgtg
gaattggaagagtttgaatggggaagttatgaggataaaaacgaggcttatatcaatgct
gttgttgcattaaggcagttgatcgcggcgaggctcggggttgaccttgaaagcagctta
gaactaaagaatcaagcaaaaagctatctggaatggccggcagagattgttttgaattca
gaatcaggctcaagtaatcaggcgttcaaaaatcttaatagagtttacaaagattggttt
tcaaaagaagctgatgacgctaagttcgatttgactgaaatgctttcctccaagacagag
ggcgataaaagcgccggaaaaaatcagttagctgcctttgatgacaaaattgaaaaggtt
atcgccgaatttgctgaaagctgggagaagccgaataaaaatcaaaagataaaaagattc
agggtttttatctctgatttaagctcctacaaggattattacaatgagctgtttgcagaa
tatccatcagatgatgtcttgccggaagaaataaaaagcagtgctgttattgaagatgca
aagaaatccgttgagaaacgcattaaagaattaaacagctcgtatgaaacgatccaggaa
tctgaattcattgaatccgaaagcctgactgaccagtgggatgatatctccgaggactat
aagaagaacgtttcagatttcatagattttatgaaacgggatcttcagaactatctcaag
ccaggtttggttgacagcctgaaagagaaggcaggctcggaaaaacaaaatgagattttg
aataatgcggctgattcagtttcaggtttatctgaagggagcagtgagcatccattcaaa
aaagctttcgcaagctttgtaaataaaaaacttgaggacgtgaaaagcagcgtgaaaagt
tttactggcggggatgattataaaaagaaagttcaggattatcacagtttcgtgttaggg
aaaggtgaacgaacattagagagctgccgcaattatgcttctgcaattgaagggctcctg
aataaggattttgataagctgagcatctttaattttaaggacaactgggaagatctagct
gaaacagtggaagatgttcagaataatagggcagccttagctgatggtaaagagttcagc
gcggagaattttgtttcaaaatttaagatggcagaattaatcagtaaaaccgtgaagaaa
ctgcctgctgaagattcgggactgaaggagctgataaatgaaaattacagcaccaactca
aatccagataatttcagcactcagtttgtcttcgaaagaggtttttcacctccgattgcc
gggaagctcaaatccggctttgaagatttgcagaagagcttcgaatcagatttctcagac
tctgaatatataaaggatgaagggaaattcacaaattatgtaaatcaagagtatgaagaa
tattttaagaattaccgagattactggctttatgaatatcctcaaaaattcttagatcaa
tacgctgcttcctcgaagagctgggaagagaaatatttaaagatcaagagagcgaattat
ctcgaaaaaatcgaactgctgcttaacgatgtagatgatgctgtgggctattacccttat
gaattaaccggttcgcggattaaagatttccaagaagacaaagacagggttaagcttaat
tcattcactgatgatttcgatgatgtctttgggtcatgggaggcactgggaaaagatgtc
tttgaagcaaggagaggaattcttgaaggtaatctggaagattatttctattctaattct
aatgagcataaactcctttcttattgctgctataaactgacattaagcttcattcaaact
ttagctgatgattacaaaagcaaattcaaaagctctgttgaagagcttcaggaatacctt
caccgttttccgcttaacttgaattcagataaagagcttacagcacagggagctgccgga
tacagggagaatgttgcttcaatttcgttctcaaattttgctgagtctccggagtttggt
gtaggcgatattgataaggaattgaaaacactgttcaggccggaaaatattattaaccca
gaatacatcaaagaatgtgatgttttgtcaaagataattccagaggaaggagaagagtat
tactataaactcgccatagagtctttggaaaaacagaaaagcattttaaataagttcggg
agtgttcagtttaacagtcgctcattgaagaccttggatgctgattacctctttgatgag
cctgttaaatatccttcacataacccttcagttatttctgttaatgcttatgaatacaaa
accaagagggggaaaacagcaagcttttcggatgaaaccatgtggggaggcttgaagctg
tgggcaggtaacaggtttgaagataatggggtgttcaagcttccgctgcactgccaggaa
gagccgcacacagattatcatataattttaagattggagcttttcgaaaataaagattgt
cgtgaagaggacaagattgatctgccgcatttgagcacttggcagaaagcaggaaatttg
ggagttgataggtaa

  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 sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (10)   

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