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. 2016 Nov 11;6:36832. doi: 10.1038/srep36832

Table 3. P. aeruginosa-induced proteins in octr-1(ok371) animals.

Biological Functions Protein Gene ID Description Fold Change# p-Value
Innate immune response DOD-24 c32h11.12 CUB-like domain infected only  
F55G11.2 f55g11.2 CUB-like domain infected only  
F55G11.4 f55g11.4 CUB-like domain infected only  
C32H11.4 c32h11.4 CUB-like domain infected only  
DOD-17 k10d11.1 CUB-like domain infected only  
CLEC-67 f56d6.2 C-type lectin infected only  
CLEC-66 f35c5.9 C-type lectin infected only  
CLEC-63 f35c5.6 C-type lectin 3.5 6.05E-03
SKPO-1 f49e12.1 ShK toxin domain infected only  
C14C6.5 c14c6.5 ShK toxin domain infected only  
LYS-2 y22f5a.5 lysozyme infected only  
GST-38 f35e8.8 glutathione S-transferase infected only  
GST-5 r03d7.6 glutathione S-transferase 9.5 6.98E-03
GST-4 k08f4.7 glutathione S-transferase 2.8 9.81E-03
GST-7 f11g11.2 glutathione S-transferase 3.9 9.31E-03
GCS-1 f37b12.2 glutathione biosynthesis 2.7 8.72E-03
ASP-14 k10c2.3 aspartyl protease 7.2 5.77E-03
M60.2 m60.2 ortholog of human endonuclease, polyU-specific infected only  
C17H12.8 c17h12.8 involved in innate immune response infected only  
F35E12.6 f35e12.6 involved in innate immune response infected only  
IRG-3 f53e10.4 infection response protein infected only  
SKR-3 f44g3.6 skp1 related (ubiquitin ligase complex component) 2.3 6.32E-03
DJR-1.1 b0432.2 glutathione-independent glyoxalase DJR-1.1 1.8 2.25E-03
Sulfur amino acid biosynthesis METR-1 r03d7.1 probable methionine synthase infected only  
C01G10.9 c01g10.9 methylthioribose-1-phosphate isomerase infected only  
F58H1.3 f58h1.3 enolase-phosphatase E1 2.5 8.81E-05
SAMS-4 c06e7.3 probable S-adenosylmethionine synthase 4 1.8 9.82E-03
CTH-2 zk1127.10 putative cystathionine gamma-lyase 2 4.1 6.44E-03
CYSL-2 k10h10.2 bifunctional L-3-cyanoalanine synthase/cysteine synthase 2.3 1.71E-04
HMG-11 t05a7.4 predicted to have DNA binding activity infected only  
Translation/protein synthesis RPL-18 y45f10d.12 60S ribosomal protein L18 2.1 5.23E-03
RPS-10 d1007.6 ribosomal protein, small subunit 2.1 5.22E-03
RPL-13 c32e8.2 60S ribosomal protein L13 2.0 7.94E-03
RPS-11 f40f11.1 ribosomal protein, small subunit 1.7 7.59E-03
RPS-1 f56f3.5 40S ribosomal protein S3a 1.6 8.48E-03
RPS-28 y41d4b.5 40S ribosomal protein S28 1.4 9.56E-03
MRPL-12 w09d10.3 mitochondrial ribosomal protein, large 2.5 5.09E-03
RUVB-1 c27h6.2 RuvB-like 1 infected only  
EIF-3.J y40b1b.5 eukaryotic initiation factor 1.7 4.35E-03
K07C5.4 k07c5.4 ortholog of human NOP56 ribonucleoprotein 1.5 9.73E-03
SRP-6 c03g6.19 serpin (serine protease inhibitor) infected only  
proteolysis/hydrolysis KLO-1 c50f7.10 KLOtho (mammalian aging-associated protein) homolog 2.6 1.74E-03
F13H6.3 f13h6.3 ortholog of human carboxylesterase 2 2.3 4.69E-03
TAX-6 c02f4.2 Serine/threonine-protein phosphatase 2.0 8.34E-03
Y25C1A.13 y25c1a.13 ortholog of human enoyl CoA hydratase 1 2.0 9.29E-03
PAM-1 f49e8.3 puromycin-sensitive aminopeptidase 1.8 2.09E-03
T22C1.6 t22c1.6 ortholog of human taxilin α, β, and γ infected only  
ER/UPR Y41C4A.11 y41c4a.11 involved in ER UPR 4.3 1.84E-03
C14B9.2 c14b9.2 probable protein disulfide-isomerase A4 2.3 1.52E-03
HSP-4 f43e2.8 heat shock protein 2.2 2.00E-03
PDI-1 c14b1.1 protein disulfide isomerase 1.6 8.26E-03
SNA-1 w02f12.6 snRNP-binding protein infected only  
Transcription HRP-1 f42a6.7 putative hnRNP 5.5 6.47E-05
T13F2.2 t13f2.2 predicted to have transcription coactivator activity 3.3 1.74E-03
RPB-2 c26e6.4 RNA polymerase II (B) subunit 3.1 3.22E-05
RPB-9 y97e10ar.5 RNA polymerase II (B) subunit 2.5 6.86E-03
CEY-4 y39a1c.3 C. elegans Y-box 2.0 1.05E-04
CEY-2 f46f11.2 C. elegans Y-box 1.7 3.55E-03
CPG-2 b0280.5 chondroitin proteoglycan infected only  
Development/reproduction C29E4.12 c29e4.12 ortholog of human C7orf55 infected only  
Y18D10A.9 y18d10a.9 ortholog of human CIAO1 infected only  
T23D8.3 t23d8.3 ortholog of human and yeast LTV1 infected only  
K07H8.10 k07h8.10 predicted to have necleic acid and nucleotide binding activity 8.2 1.56E-05
F55B11.2 f55b11.2 development 4.4 9.81E-03
DNC-2 c28h8.12 dynactin complex component 3.2 3.30E-03
F32A11.3 f32a11.3 involved in reproduction 3.2 9.82E-03
Y71F9AL.9 y71f9al.9 ortholog of human SPATS2L and SPATS2 2.1 4.21E-04
DPY-30 zk863.6 dosage compensation protein 2.0 4.34E-03
PRX-19 f54f2.8 Peroxisome assembly factor 1.9 9.17E-03
MRPS-28 y43f8c.8 Mitochondrial ribosomal Protein 1.8 1.63E-03
C44E4.4 c44e4.4 ortholog of human Sjogren syndrome atigen B 1.6 7.28E-03
F20D6.11 f20d6.11 putative FAD-binding oxidoreductase infected only  
Cell redox homeostasis F29C4.2 f29c4.2 ortholog of human cytochrome c oxidase subunit Vic infected only  
Y47G6A.21 y47g6a.21 predicted to have oxidoreductase activity 2.8 1.91E-03
F45H10.3 f45h10.3 predicted to have NADH dehydrogenase (ubiquinone) activity 2.6 7.79E-03
PRDX-6 y38c1aa.11 preoxiredoxin 6 1.7 6.03E-03
KIN-10 t01g9.6 protein kinase infected only  
Protein Kinase CAT-4 f32g8.6 GTP cyclohydrolase 1 infected only  
MMCM-1 zk1058.1 methylmalonyl-CoA mutase homolog 5.4 4.87E-03
compound metabolic process C36A4.4 c36a4.4 probable UDP-N-acetylglucosamine pyrophosphorylase 2.7 4.17E-03
C39D10.7 c39d10.7 involved in chitin metabolic process 2.0 6.91E-03
ZK1307.8 zk1307.8 ortholog of human protein kinase C substrate 80K-H 1.8 8.37E-03
CTS-1 t20g5.2 citrate synthase 1.7 4.81E-03
DPYD-1 c25f6.3 dihydropyrimidine dehydrogenase 1.7 5.14E-03

#Infected only: the protein was only detected in the infected animals, not in the uninfected animals.