Detailed information of component protein
Summary
Component ID | T6CP013344 |
Component protein type | TssK |
T6SS ID (Type) | T6SS01029 (Type i5) |
Strain | Vibrio fluvialis 85003 |
Replicon | chromosome |
Sequence | Protein sequence (430 a.a.); Nucleotide sequence (1290 bp) |
Reference |
External database links
Locus tag (Gene) | - |
Coordinate (Strand) | 5989..7278 (-) |
NCBI ID | 1185549769 |
GenBank | KY319184 |
Uniprot ID | A0A1W6EUJ7_VIBFL |
KEGG ID | - |
PDB ID | - |
Pfam domain hit(s)
Domain | Pfam ID | E-value | Aligned region |
---|---|---|---|
T6SS_VasE | PF05936.14 | 2.2e-100 | 7..428 |
Transmembrane helices
- Transmembrane helices are predicted using TMHMM 2.0 software.
Prediction | Region | Sequence |
---|---|---|
Outside | 1-429 | MFIAPQHFQQQDRHTHQYIQKYVALSSQGSGFGVSALELDHHYLKIGKFGVVHCQGIFPEGTLFDCVKELLLDIPEGTLNQRVYLVLPLSVEGENEYGSRADKRRYVVSQVNLFDASDVVQSAIEAELAEPNIRLVLEGEDVTGLALLPVAKVLERQENGEVILDRSFIPACLHYGASQLLKERLKEIFILTQARANSVVQRIGAGQQTKSDLSLMREFLWLQTLNRWLPWLHLTLEQPQTSVDALYEGLVSFSAELDSFKPAMTAMPEPLVRDDLKQGFAGVFAQLREKLSMVQSDNVTEFSWDTNLFERRRLLRLSIPNLNQIEGRRFVMAVHASIGTAALLQVFPSACTLSGLSQIADLVRNSQSGVPIQVLPVAPNELKAQADVAYFEIDTAHEYWQQLKIKREPIALHVDSRVPDLSIKLYALG |
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).
Prediction | Probability | Cleavage site | Signal peptide sequence |
---|---|---|---|
Other | 0.9501 | - | - |
Protein sequence: 430 a.a.
>T6CP013344 KY319184:c7278-5989 [Vibrio fluvialis] [TssK]
MFIAPQHFQQQDRHTHQYIQKYVALSSQGSGFGVSALELDHHYLKIGKFGVVHCQGIFPEGTLFDCVKELLLDIPEGTLN
QRVYLVLPLSVEGENEYGSRADKRRYVVSQVNLFDASDVVQSAIEAELAEPNIRLVLEGEDVTGLALLPVAKVLERQENG
EVILDRSFIPACLHYGASQLLKERLKEIFILTQARANSVVQRIGAGQQTKSDLSLMREFLWLQTLNRWLPWLHLTLEQPQ
TSVDALYEGLVSFSAELDSFKPAMTAMPEPLVRDDLKQGFAGVFAQLREKLSMVQSDNVTEFSWDTNLFERRRLLRLSIP
NLNQIEGRRFVMAVHASIGTAALLQVFPSACTLSGLSQIADLVRNSQSGVPIQVLPVAPNELKAQADVAYFEIDTAHEYW
QQLKIKREPIALHVDSRVPDLSIKLYALG*
MFIAPQHFQQQDRHTHQYIQKYVALSSQGSGFGVSALELDHHYLKIGKFGVVHCQGIFPEGTLFDCVKELLLDIPEGTLN
QRVYLVLPLSVEGENEYGSRADKRRYVVSQVNLFDASDVVQSAIEAELAEPNIRLVLEGEDVTGLALLPVAKVLERQENG
EVILDRSFIPACLHYGASQLLKERLKEIFILTQARANSVVQRIGAGQQTKSDLSLMREFLWLQTLNRWLPWLHLTLEQPQ
TSVDALYEGLVSFSAELDSFKPAMTAMPEPLVRDDLKQGFAGVFAQLREKLSMVQSDNVTEFSWDTNLFERRRLLRLSIP
NLNQIEGRRFVMAVHASIGTAALLQVFPSACTLSGLSQIADLVRNSQSGVPIQVLPVAPNELKAQADVAYFEIDTAHEYW
QQLKIKREPIALHVDSRVPDLSIKLYALG*
Nucleotide sequence: 1290 bp
>T6CP013344 KY319184:c7278-5989 [Vibrio fluvialis] [TssK]
ATGTTTATTGCCCCGCAACATTTTCAGCAGCAGGACCGCCATACGCATCAGTACATTCAGAAATATGTTGCCCTGTCTTC
ACAGGGCAGTGGTTTTGGTGTTTCGGCGCTGGAGCTTGATCATCATTACCTTAAGATAGGCAAGTTTGGTGTGGTGCATT
GTCAGGGGATTTTCCCGGAAGGGACGCTGTTTGATTGTGTCAAAGAGCTGCTGCTGGATATTCCGGAAGGTACCCTAAAC
CAACGCGTCTATCTGGTGTTGCCGTTGTCGGTGGAAGGCGAAAATGAGTACGGCAGCCGTGCAGACAAGCGCCGTTACGT
GGTGTCACAGGTTAACCTGTTTGATGCCAGTGATGTGGTGCAGAGCGCAATTGAAGCCGAGCTCGCCGAGCCGAATATCC
GTCTGGTACTCGAAGGTGAAGACGTGACGGGGCTGGCGTTGTTGCCGGTGGCGAAAGTGTTGGAACGGCAGGAAAACGGG
GAGGTCATCCTCGACCGCAGCTTTATTCCTGCGTGTCTCCACTACGGTGCCTCACAACTGCTCAAAGAGCGTTTGAAAGA
GATTTTCATCCTGACTCAAGCCCGCGCCAATAGCGTCGTGCAACGCATTGGTGCGGGTCAGCAAACCAAAAGTGATCTGA
GCCTGATGCGCGAATTTCTGTGGTTACAGACGTTAAACCGCTGGCTGCCATGGTTGCATCTGACGCTTGAACAGCCACAG
ACCAGCGTCGATGCTTTGTACGAAGGGCTGGTGAGCTTTTCCGCTGAACTCGACAGCTTTAAACCAGCGATGACGGCCAT
GCCGGAACCGCTGGTACGTGATGATCTCAAGCAGGGCTTTGCGGGCGTGTTTGCCCAACTGCGCGAGAAACTGTCGATGG
TCCAGAGCGACAACGTGACGGAATTCAGCTGGGATACCAACCTGTTCGAGCGTCGCCGCTTGCTGCGTTTGTCGATTCCG
AACCTCAATCAGATCGAAGGCCGCCGTTTTGTCATGGCGGTGCATGCGTCGATTGGTACCGCAGCACTGCTGCAGGTCTT
CCCGAGCGCGTGCACGCTGAGTGGTTTGAGCCAGATTGCCGACTTGGTGCGCAACAGTCAGTCCGGCGTGCCGATTCAGG
TGTTACCGGTTGCCCCGAATGAGCTGAAAGCGCAGGCGGATGTGGCGTATTTCGAAATCGATACCGCCCATGAGTACTGG
CAACAACTGAAAATCAAACGAGAGCCGATCGCGCTGCACGTCGACAGCCGTGTGCCGGATCTCTCCATTAAGCTCTACGC
TCTGGGTTGA
ATGTTTATTGCCCCGCAACATTTTCAGCAGCAGGACCGCCATACGCATCAGTACATTCAGAAATATGTTGCCCTGTCTTC
ACAGGGCAGTGGTTTTGGTGTTTCGGCGCTGGAGCTTGATCATCATTACCTTAAGATAGGCAAGTTTGGTGTGGTGCATT
GTCAGGGGATTTTCCCGGAAGGGACGCTGTTTGATTGTGTCAAAGAGCTGCTGCTGGATATTCCGGAAGGTACCCTAAAC
CAACGCGTCTATCTGGTGTTGCCGTTGTCGGTGGAAGGCGAAAATGAGTACGGCAGCCGTGCAGACAAGCGCCGTTACGT
GGTGTCACAGGTTAACCTGTTTGATGCCAGTGATGTGGTGCAGAGCGCAATTGAAGCCGAGCTCGCCGAGCCGAATATCC
GTCTGGTACTCGAAGGTGAAGACGTGACGGGGCTGGCGTTGTTGCCGGTGGCGAAAGTGTTGGAACGGCAGGAAAACGGG
GAGGTCATCCTCGACCGCAGCTTTATTCCTGCGTGTCTCCACTACGGTGCCTCACAACTGCTCAAAGAGCGTTTGAAAGA
GATTTTCATCCTGACTCAAGCCCGCGCCAATAGCGTCGTGCAACGCATTGGTGCGGGTCAGCAAACCAAAAGTGATCTGA
GCCTGATGCGCGAATTTCTGTGGTTACAGACGTTAAACCGCTGGCTGCCATGGTTGCATCTGACGCTTGAACAGCCACAG
ACCAGCGTCGATGCTTTGTACGAAGGGCTGGTGAGCTTTTCCGCTGAACTCGACAGCTTTAAACCAGCGATGACGGCCAT
GCCGGAACCGCTGGTACGTGATGATCTCAAGCAGGGCTTTGCGGGCGTGTTTGCCCAACTGCGCGAGAAACTGTCGATGG
TCCAGAGCGACAACGTGACGGAATTCAGCTGGGATACCAACCTGTTCGAGCGTCGCCGCTTGCTGCGTTTGTCGATTCCG
AACCTCAATCAGATCGAAGGCCGCCGTTTTGTCATGGCGGTGCATGCGTCGATTGGTACCGCAGCACTGCTGCAGGTCTT
CCCGAGCGCGTGCACGCTGAGTGGTTTGAGCCAGATTGCCGACTTGGTGCGCAACAGTCAGTCCGGCGTGCCGATTCAGG
TGTTACCGGTTGCCCCGAATGAGCTGAAAGCGCAGGCGGATGTGGCGTATTTCGAAATCGATACCGCCCATGAGTACTGG
CAACAACTGAAAATCAAACGAGAGCCGATCGCGCTGCACGTCGACAGCCGTGTGCCGGATCTCTCCATTAAGCTCTACGC
TCTGGGTTGA