Detailed information of effector


Summary

Effector ID EFF00003 experimental
Effector type Tme
Cognate immunity protein IMU00166 experimental
Related T6SS (Type) T6SS00002 experimental (Type i1)
Strain Vibrio cholerae O1 biovar El Tor str. N16961
Replicon chromosome
Sequence Protein sequence (1086 a.a.); Nucleotide sequence (3258 bp)
Description VasX protein; Membrane Pore Forming; bacterial colicin-like effector; required to kill Dictyostelium discoideum
Reference
experimental Experimental investigation has been performed.
insolico Bioinformatics investigation has been performed
External database links

Locus tag (Gene) VCA0020 (VasX)
Coordinates (Strand) 23395..26652 (+)
NCBI ID 15600791
RefSeq NC_002506
Uniprot ID VASX_VIBCH
KEGG ID vch:VCA0020
PDB ID -
Pfam domain hit(s)

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Domain
Pfam ID
E-value
Aligned region
No matching records found
Transmembrane helices

  • Transmembrane helices are predicted using TMHMM 2.0 software.

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Prediction                
Region    
Sequence
Outside1-756MSNPNQAAKTGQTNDAQNPASACPFKQPLIGIIPVRYAFDVYDDQGQALHPLPKADRQWKGQFSIKQRSYTLRQLRDGWLYVYDETAKTLHEYEVVGCKLTKIDWSDDEANKPTHERGSKGESKSCLLYPAQHTLSIGYAHQRWTWRVCEHMRSNTSSRHAVMRKVSLKQFESNGTHPHAHFAQYLEDYVADIGTPAEQDIFKDTCTPSLPVEKSEEAVKGTEFKFVADKAVVSSSDYLQDLPEQNCGLFVALNDPLADVSDLFVTFTTQVAKRTKAIGDETQQHKMQMAELTRTLGRIRLEEKEIPDFVKQDPIRILELERAITEYCATAKLAEIESHHLASEGHSPSGNYALMQQQAEQKLAELKTLYRFEPTSAQMRKWRKKDNSFIDEVRWADLDNFLVEHYTELKGLDEQIKQHYAQFMSAFNQLGLDPLLFGMDNQDEVQQAYLLALTSQFLVVVTQVNHDEKSLEILKKDLSFDSPKNLMALASTGFSLQANQAINNHIQGFSTAFLSTSNPSDMVAFATAIANWDTFTGDERIQEKAWFKRWIEPAQSSFGALQKAVANQAKESWQAVMELLFPYQNQPKGGTPSLLANLRLLLVESLVREEAVLQHNPKYAAELKQFETKLNAILQEMNDALELKPGNVSPKNHQIATAQSAQRKLGQLLSSELPMMLTLKNQAAMNTFQQSVNEKLSALSKNVKTSSASVSQKLGGLGGLLFALNLWNTMTVLENIRYKVAQYPSWNPFKNPALGE
Transmembrane helix757-779AIYATGNTIVVAGAISAGRAWVT
Inside780-859IAEQGLLDRTLKNALNTTKVLGTKDALKTFAKSIALVATVGMIASALETWESWGKFNDSSKTDLERFGYLLKAGATGAQG
Transmembrane helix860-882IIFYIQFFTLLGSGIGGPSIAAI
Outside883-885SAG
Transmembrane helix886-908WMLAGFAVIGIVYLIGVILTNVF
Inside909-1085KRSELEIWLSKSTWGKESAHWPVGKELTELEHLLHRPSLRLSQVTQRKAAQWMDSGSLQWQLELTLPDYLKGQTIGLQITRLPAQPAYYQPQREAVTPILINEQQGKWSIEDNQPVYRITLGGSEKDTVGVCVALPLRWGKELSLKFYASGTRAGELDLQSAEANDIATRNLVVGKG


Signal peptides
  • Sec/SPI: "standard" secretory signal peptides transported by the Sec translocon and cleaved by Signal Peptidase I (Lep).
  • Sec/SPII: lipoprotein signal peptides transported by the Sec translocon and cleaved by Signal Peptidase II (Lsp).
  • Tat/SPI: Tat signal peptides transported by the Tat translocon and cleaved by Signal Peptidase I (Lep).
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Prediction       
Probability
Cleavage site
Signal peptide sequence
Other0.9607--


  Protein sequence: 1086 a.a.    .

>EFF00003 NC_002506:23395-26652 Type VI Membrane-disrupting Effector (Tme) [Vibrio cholerae O1 biovar El Tor str. N16961]
MSNPNQAAKTGQTNDAQNPASACPFKQPLIGIIPVRYAFDVYDDQGQALHPLPKADRQWKGQFSIKQRSYTLRQLRDGWL
YVYDETAKTLHEYEVVGCKLTKIDWSDDEANKPTHERGSKGESKSCLLYPAQHTLSIGYAHQRWTWRVCEHMRSNTSSRH
AVMRKVSLKQFESNGTHPHAHFAQYLEDYVADIGTPAEQDIFKDTCTPSLPVEKSEEAVKGTEFKFVADKAVVSSSDYLQ
DLPEQNCGLFVALNDPLADVSDLFVTFTTQVAKRTKAIGDETQQHKMQMAELTRTLGRIRLEEKEIPDFVKQDPIRILEL
ERAITEYCATAKLAEIESHHLASEGHSPSGNYALMQQQAEQKLAELKTLYRFEPTSAQMRKWRKKDNSFIDEVRWADLDN
FLVEHYTELKGLDEQIKQHYAQFMSAFNQLGLDPLLFGMDNQDEVQQAYLLALTSQFLVVVTQVNHDEKSLEILKKDLSF
DSPKNLMALASTGFSLQANQAINNHIQGFSTAFLSTSNPSDMVAFATAIANWDTFTGDERIQEKAWFKRWIEPAQSSFGA
LQKAVANQAKESWQAVMELLFPYQNQPKGGTPSLLANLRLLLVESLVREEAVLQHNPKYAAELKQFETKLNAILQEMNDA
LELKPGNVSPKNHQIATAQSAQRKLGQLLSSELPMMLTLKNQAAMNTFQQSVNEKLSALSKNVKTSSASVSQKLGGLGGL
LFALNLWNTMTVLENIRYKVAQYPSWNPFKNPALGEAIYATGNTIVVAGAISAGRAWVTIAEQGLLDRTLKNALNTTKVL
GTKDALKTFAKSIALVATVGMIASALETWESWGKFNDSSKTDLERFGYLLKAGATGAQGIIFYIQFFTLLGSGIGGPSIA
AISAGWMLAGFAVIGIVYLIGVILTNVFKRSELEIWLSKSTWGKESAHWPVGKELTELEHLLHRPSLRLSQVTQRKAAQW
MDSGSLQWQLELTLPDYLKGQTIGLQITRLPAQPAYYQPQREAVTPILINEQQGKWSIEDNQPVYRITLGGSEKDTVGVC
VALPLRWGKELSLKFYASGTRAGELDLQSAEANDIATRNLVVGKG*

  Nucleotide sequence: 3258 bp    .

>EFF00003 NC_002506:23395-26652 Type VI Membrane-disrupting Effector (Tme) [Vibrio cholerae O1 biovar El Tor str. N16961]
ATGAGTAATCCCAATCAAGCTGCGAAAACAGGACAGACCAATGATGCGCAAAATCCCGCCAGTGCATGTCCTTTTAAACA
GCCGTTAATAGGGATAATTCCTGTTCGTTACGCCTTTGATGTTTATGATGATCAAGGTCAAGCATTACATCCTTTACCCA
AAGCGGATCGACAGTGGAAAGGTCAATTCTCTATCAAGCAGCGCAGTTACACTTTAAGGCAACTGCGTGATGGCTGGCTC
TATGTCTATGATGAAACAGCAAAAACACTGCACGAATATGAAGTCGTTGGCTGCAAGTTGACCAAAATTGATTGGTCTGA
TGATGAGGCAAACAAACCCACTCACGAGCGCGGTTCGAAAGGTGAAAGCAAAAGCTGTTTACTCTATCCCGCCCAGCACA
CGCTCTCTATCGGTTATGCGCATCAACGATGGACGTGGCGAGTGTGTGAGCATATGCGCTCCAATACCAGCAGCCGTCAT
GCTGTGATGCGTAAAGTGAGCCTTAAACAGTTTGAGTCCAATGGTACTCACCCTCATGCACATTTTGCTCAGTATCTTGA
AGACTATGTGGCGGACATCGGGACGCCAGCTGAGCAGGATATTTTTAAAGATACCTGTACCCCTTCATTACCGGTAGAGA
AAAGTGAAGAAGCGGTGAAAGGTACGGAATTCAAATTCGTTGCCGACAAAGCGGTGGTAAGCAGCAGTGATTATTTGCAA
GATTTGCCGGAGCAAAACTGCGGTTTATTTGTGGCGCTGAATGACCCTTTAGCGGATGTGTCAGATTTATTTGTTACTTT
TACTACCCAAGTGGCAAAGCGAACTAAAGCGATTGGTGATGAAACGCAACAGCATAAAATGCAGATGGCAGAGCTGACAC
GCACATTAGGCCGAATTCGTCTTGAAGAAAAAGAAATTCCCGATTTTGTAAAACAAGATCCGATCCGTATTTTAGAGCTA
GAAAGAGCCATTACTGAATATTGTGCTACGGCAAAATTGGCCGAAATCGAATCTCATCATTTAGCCAGTGAAGGGCATTC
CCCATCGGGAAACTATGCCTTGATGCAGCAGCAAGCGGAGCAGAAACTGGCGGAATTGAAAACACTCTATCGCTTTGAAC
CCACCAGTGCTCAGATGCGCAAGTGGCGCAAAAAAGACAACAGCTTTATTGATGAAGTGCGTTGGGCGGATTTAGATAAC
TTTTTGGTGGAGCATTACACCGAGCTCAAAGGATTGGATGAACAGATTAAACAACACTATGCGCAGTTTATGTCTGCCTT
CAACCAGCTCGGCCTTGACCCGCTTCTGTTTGGTATGGATAACCAAGATGAGGTTCAGCAAGCGTATTTGTTAGCATTAA
CTAGCCAATTTTTAGTGGTGGTTACGCAAGTCAATCATGATGAAAAATCGCTTGAGATCCTAAAAAAAGATCTCAGTTTT
GATTCACCGAAAAACCTCATGGCCCTCGCGTCAACAGGCTTTTCCCTGCAGGCAAATCAAGCCATTAACAACCATATCCA
AGGGTTTAGCACCGCTTTTCTCTCTACAAGTAATCCTAGTGATATGGTGGCGTTTGCGACCGCAATCGCTAACTGGGATA
CGTTCACGGGGGATGAACGTATTCAGGAGAAAGCATGGTTTAAGAGATGGATTGAACCCGCTCAATCGAGTTTTGGTGCA
CTGCAAAAAGCGGTCGCCAATCAAGCCAAAGAGAGTTGGCAAGCGGTGATGGAGTTGCTGTTTCCTTATCAGAATCAGCC
CAAAGGAGGGACGCCCAGTTTGTTGGCTAACCTTCGTTTACTGTTGGTGGAAAGCCTAGTTCGAGAAGAGGCGGTGCTGC
AACATAACCCCAAGTATGCGGCTGAGCTTAAGCAATTTGAGACTAAGCTGAATGCCATTTTGCAAGAGATGAATGATGCT
CTGGAACTCAAACCCGGTAATGTGAGCCCGAAAAACCATCAAATTGCGACCGCGCAATCCGCACAACGTAAGCTAGGGCA
ATTACTCAGTAGTGAGCTGCCGATGATGCTGACGCTCAAAAACCAAGCTGCGATGAACACTTTTCAGCAGTCGGTAAATG
AGAAACTGAGCGCGCTATCGAAAAACGTCAAAACCAGTAGCGCGTCGGTGAGTCAGAAACTGGGTGGATTAGGGGGCTTG
CTGTTTGCGTTGAACCTATGGAATACCATGACGGTTTTGGAGAATATCCGCTATAAGGTCGCACAATACCCCAGTTGGAA
TCCTTTTAAGAACCCGGCGTTGGGCGAAGCCATTTATGCCACTGGCAACACTATTGTAGTCGCCGGTGCCATTAGTGCTG
GGCGAGCTTGGGTGACGATTGCTGAGCAAGGGTTGTTAGATCGTACACTGAAAAACGCCTTAAATACCACGAAAGTTTTG
GGCACAAAAGATGCCCTAAAAACCTTTGCTAAATCGATCGCCTTGGTGGCTACCGTGGGCATGATTGCCAGCGCATTAGA
AACATGGGAAAGCTGGGGTAAGTTTAATGACAGCAGTAAAACCGATCTTGAACGCTTCGGTTATTTGTTAAAAGCTGGAG
CAACGGGAGCACAGGGAATTATTTTTTATATTCAGTTTTTCACACTCTTAGGTAGTGGAATTGGTGGACCCTCCATAGCT
GCGATTTCTGCAGGTTGGATGCTCGCCGGTTTTGCTGTGATTGGTATTGTCTATTTGATCGGGGTGATTTTGACCAATGT
GTTTAAACGCTCAGAGTTAGAAATTTGGTTATCAAAATCGACGTGGGGGAAAGAGAGTGCTCATTGGCCAGTGGGCAAAG
AATTGACCGAGTTAGAGCACCTTCTCCATCGTCCGAGTCTTCGGTTGAGTCAAGTTACGCAACGTAAAGCAGCGCAATGG
ATGGATTCAGGTTCTTTACAATGGCAGTTGGAACTCACGTTACCCGATTATCTTAAGGGGCAGACGATAGGCTTACAAAT
CACCCGTTTGCCAGCGCAGCCGGCATATTATCAACCGCAAAGGGAGGCGGTAACACCAATACTCATCAATGAACAACAGG
GCAAATGGAGTATTGAAGATAATCAGCCAGTGTATCGTATTACACTGGGTGGCAGTGAGAAGGATACTGTCGGAGTTTGC
GTTGCACTGCCCCTGCGTTGGGGCAAGGAGCTGAGCCTCAAATTCTATGCCAGTGGAACTCGCGCGGGGGAATTGGATTT
ACAATCTGCAGAGGCGAATGATATTGCCACAAGAAATCTCGTTGTAGGAAAAGGTTAA