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Subcellular localization predictions (return to top)
Information about bacterial subcellular localization is important for protein function prediction and identification of suitable diagnostic targets. Predictions generated for Las by PSORTdb are shown are provided (Excel)
Proteins with predicted signal peptides (return to top)
Bacterial proteins mediating interactions with the environment and with host organisms are commonly found in the periplasm and bacterial outer membrane. To identify the likely set of Las-encoded proteins targeted to regions of the cell outside the cytoplasm, all predicted Las proteins were evaluated for the presence of predicted signal peptides using SignalP 3.0. SignalP generates predictions based on a combination of artificial neural networks and hidden Markov models.
- Complete set of predictions generated by both the neural networks and hidden Markov models (Excel)
- Mature peptides resulting from cleavage of predicted signal peptides:
To view, open and save LAS_mature_peptides.txt and
view using the Artemis genome viewer
- Summary Table of proteins predicted to have signal pepetides by both artificial neural networks and hidden Markov models:
Las proteins with predicted signal peptides |
|
Accession Number |
| cationic amino acid ABC transporter, periplasmic binding protein |
CLIBASIA_00005 |
YP_003064583 |
| outer membrane lipoprotein |
CLIBASIA_00420 |
YP_003064612 |
| hypothetical protein |
CLIBASIA_00460 |
YP_003064620 |
| hypothetical protein |
CLIBASIA_00470 |
YP_003064622 |
| cytochrome-c oxidase assembly factor protein |
CLIBASIA_00830 |
YP_003064694 |
| putative membrane-bound lytic murein transglycosylase signal peptide protein |
CLIBASIA_00965 |
YP_003064721 |
| outer membrane protein |
CLIBASIA_00995 |
YP_003064727 |
| substrate-binding region of ABC-type glycine betaine transport system |
CLIBASIA_01135 |
YP_003064755 |
| flagellar basal body L-ring protein |
CLIBASIA_01295 |
YP_003064787 |
| hypothetical protein |
CLIBASIA_01300 |
YP_003064788 |
| peptidase S11, D-alanyl-D-alanine carboxypeptidase 1 |
CLIBASIA_01600 |
YP_003064848 |
| hypothetical protein |
CLIBASIA_01640 |
YP_003064856 |
| sensory box/GGDEF family protein |
CLIBASIA_01765 |
YP_003064881 |
| hypothetical protein |
CLIBASIA_03230 |
YP_003065172 |
| putative pilus assembly protein |
CLIBASIA_03070 |
YP_003065140 |
| zinc uptake ABC transporter |
CLIBASIA_03020 |
YP_003065130 |
| hypothetical protein |
CLIBASIA_02610 |
YP_003065048 |
| hypothetical protein (gamma-proteobacterial lineage) |
CLIBASIA_02470 |
YP_003065020 |
| outer membrane protein |
CLIBASIA_02425 |
YP_003065011 |
| extracellular solute-binding protein (gamma-proteobacterial lineage) |
CLIBASIA_02250 |
YP_003064976 |
| translocation protein TolB |
CLIBASIA_02175 |
YP_003064961 |
| metalloprotease |
CLIBASIA_02160 |
YP_003064958 |
| hypothetical protein |
CLIBASIA_02145 |
YP_003064955 |
| periplasmic solute binding protein (gamma-proteobacterial lineage) |
CLIBASIA_02120 |
YP_003064950 |
| hypothetical protein |
CLIBASIA_03695 |
YP_003065257 |
| hypothetical protein |
CLIBASIA_04025 |
YP_003065319 |
| hypothetical protein |
CLIBASIA_04040 |
YP_003065322 |
| rare lipoprotein A |
CLIBASIA_04170 |
YP_003065348 |
| putative hydrolase serine protease transmembrane protein (gamma-proteobacterial lineage) |
CLIBASIA_04290 |
YP_003065372 |
| hypothetical protein |
CLIBASIA_04520 |
YP_003065416 |
| hypothetical protein |
CLIBASIA_04580 |
YP_003065427 |
| hypothetical protein |
CLIBASIA_04900 |
YP_003065491 |
| hypothetical protein |
CLIBASIA_05115 |
YP_003065534 |
| hypothetical protein |
CLIBASIA_05150 |
YP_003065541 |
| hypothetical protein |
CLIBASIA_05315 |
YP_003065569 |
Predicted lipoproteins (return to top)
Bacterial lipoproteins are secreted across the bacterial inner membrane where upon attached lipid anchors the protein in the inner or outer membrane. To identify the likely set of Las-encoded lipoproteins, all predicted Las proteins were evaluated for the characteristic lipoprotein signal peptidase cleavage site using LipoP 1.0 which generates predictions using hidden Markov models.
Predicted lipoproteins in Las |
|
|
| putative ABC transporter protein |
CLIBASIA_00100 |
YP_003064554 |
| hypothetical protein |
CLIBASIA_00185 |
YP_003064567 |
| hypothetical protein |
CLIBASIA_00520 |
YP_003064632 |
| hypothetical protein |
CLIBASIA_00525 |
YP_003064633 |
| hypothetical protein |
CLIBASIA_00530 |
YP_003064634 |
| flagellar basal body L-ring protein |
CLIBASIA_01295 |
YP_003064787 |
| hypothetical protein (similar to CLIBASIA_04405) |
CLIBASIA_02215 |
YP_003064969 |
thiamine transporter substrate binding subunit
(gamma-proteobacterial lineage) |
CLIBASIA_02240 |
YP_003064974 |
| hypothetical protein |
CLIBASIA_02305 |
YP_003064987.2 |
| hypothetical protein |
CLIBASIA_02380 |
YP_003065002 |
| TPR repeat-containing protein |
CLIBASIA_02395 |
YP_003065005 |
| putative phosphate-binding periplasmic protein |
CLIBASIA_02970 |
YP_003065120 |
| hypothetical protein |
CLIBASIA_03230 |
YP_003065172 |
| hypothetical protein |
CLIBASIA_03470 |
YP_003065216 |
| hypothetical protein |
CLIBASIA_04025 |
YP_003065319 |
| hypothetical protein |
CLIBASIA_04030 |
YP_003065320 |
| hypothetical protein |
CLIBASIA_04040 |
YP_003065322 |
| nodulation protein; outer membrane efflux protein |
CLIBASIA_04145 |
YP_003065343 |
| rare lipoprotein A |
CLIBASIA_04170 |
YP_003065348 |
| OmpA; MotB |
CLIBASIA_04260 |
YP_003065366 |
| hypothetical protein (similar to CLIBASIA_02215) |
CLIBASIA_04405 |
YP_003065393 |
| hypothetical protein |
CLIBASIA_04410 |
YP_003065394 |
| hypothetical protein |
CLIBASIA_04560 |
YP_003065423 |
Predicted transcription factors (return to top)
Predicted RirA binding sites (return to transcription factor list)
| Predicted binding sites in the Ca. L. asiaticus genome sequence for the RirA transcriptional repressor. Predictions were made using a hidden Markov model (HMM) and position weight matrix (PWM) derived from experimentally confirmed RirA binding sites in Sinorhizobium meliloti described by Rodionov, 2006 (PMID: 17173478). Errors for each prediction correspond to the likelihood of the motif sequence being found at random in the genome in question (methods manuscript in preparation) |
Downstream gene product |
locus tag |
predicted binding site coordinates |
HMM score |
HMM error |
PWM score |
PWM error |
| pstA, phosphate ABC transporter |
CLIBASIA_02960 |
561223..561241 |
14.2 |
0.63 |
7.94 |
0.95 |
| hypothetical |
CLIBASIA_03925 |
c(864259..864277) |
13.2 |
1.24 |
9.52 |
0.28 |
| hypothetical |
CLIBASIA_04040 |
c(887402..887420) |
13 |
1.45 |
11.23 |
0.06 |
| ffh, signal recognition particle |
CLIBASIA_02990 |
c(555442..555460) |
12.8 |
1.79 |
8.33 |
0.8 |
| thioredoxin |
CLIBASIA_03565 |
433357..433375 |
12.8 |
1.79 |
9.51 |
0.28 |
| rplO |
CLIBASIA_00635 |
c(134385..134403) |
12.6 |
2.15 |
9.36 |
0.32 |
| amidophosphoribosyltransferase |
CLIBASIA_01105 |
231225..231243 |
12.5 |
2.15 |
8.13 |
0.79 |
| hisS |
CLIBASIA_04135 |
c(915243..915261) |
12.4 |
2.49 |
7.89 |
0.96 |
| tRNA-His |
CLIBASIA_t05707 |
c(314296..314314) |
12.3 |
2.61 |
8.86 |
0.49 |
| peptidase A24A |
CLIBASIA_03080 |
537647..537665 |
10.4 |
8.87 |
10.93 |
0.06 |
| preprotein translocase protein, YajC |
CLIBASIA_05090 |
c(1118966..1118985) |
x |
x |
9.45 |
0.27 |
| glutamyl-tRNA synthetase |
CLIBASIA_05095 |
1118966..1118985 |
x |
x |
9.47 |
0.32 |
| murC |
CLIBASIA_04990 |
c(1095377..1095396) |
x |
x |
8.92 |
0.45 |
| hypothetical |
CLIBASIA_04470 |
989287..989306 |
x |
x |
8.16 |
0.83 |
| hypothetical |
CLIBASIA_02930 |
c(569576..569595) |
x |
x |
8.59 |
0.56 |
| Signal transduction histidine kinase |
CLIBASIA_01490 |
314296..314315 |
x |
x |
8.75 |
0.55 |
| 30S ribosomal protein S5 |
CLIBASIA_00645 |
c(135439..135458) |
x |
x |
8.73 |
0.52 |
| 50S ribosomal protein L15 |
CLIBASIA_0063 |
c(134385..134404) |
x |
x |
9.36 |
0.32 |
Predicted RpoH binding sites (return to transcription factor list)
| Predicted binding sites in the Ca. L. asiaticus genome sequence for the RpoH sigma factor. Predictions were made using a hidden Markov model (HMM) derived from experimentally confirmed RpoH binding sites in other alpha-proteobacteria. Errors for each prediction correspond to the likelihood of the motif sequence being found at random in the genome in question (methods manuscript in preparation) |
Downstream gene product |
locus tag |
predicted binding site coordinates |
HMM score |
HMM error |
| tRNA-Trp |
CLIBASIA_t05687 |
c(31775..31807) |
10 |
5.5 |
| cationic amino acid ABC transporter |
CLIBASIA_00265 |
51384..51414 |
10.2 |
4.74 |
| rpsJ |
CLIBASIA_00735 |
c(143076..143390) |
10 |
5.5 |
| dihydroorotase |
CLIBASIA_00930 |
191145..191174 |
10.7 |
3.3 |
| DNA repair protein RadA |
CLIBASIA_01095 |
228633..228665 |
11.4 |
1.91 |
| dnaK-dnaJ |
CLIBASIA_02620 |
c(633080..633108) |
11.2 |
2.21 |
| PurN |
CLIBASIA_02285 |
c(713395..713426) |
11.2 |
2.21 |
Repetitive Sequences (return to top)
Predicted repeat families generated with RepeatScout and RepeatMasker/Repbase. To view, open and save the prediction file las_psy62-repeats.txt and view using the Artemis genome viewer
Pseudogenes (return to top)
Summary table
Horizontally transferred regions (return to top)
Summary table
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