Survey
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
Additional File 1: Microarray results for WT and ΔrpoN S. Typhimurium LT2 strains expressing DctD250 Locus Taga Gene Symbol Function 54 Known σ -dependent operons and sRNA genes: STM0368 prpB Proprionate catabolism (putative) STM0369 prpC STM0370 prpD STM0371 prpE WT/ΔrpoNb 45 25 72 21c STM0830 STM0829 STM0828 glnH glnP glnQ Glutamine high-affinity transporter 7.1 2.4 2.9 STM2355 argT Lysine/arginine/ornithine transport 3.5 STM_R0152 tke1 GlmY sRNA 0.9 STM_R0167 sraJ GlmZ sRNA 1.1 STM4007 glnA Glutamine synthetase STM4006 glnL STM4005 glnG Predicted σ54-dependent operons: STM0462 glnK Nitrogen regulatory protein pII STM0463 amtB Ammonium transport (putative) 48 3.5 3.6 3.6 190 STM0577 STM0576 STM0575 STM0574 STM0573 STM0572 PTS system (putative) 67 3.8 3.5 59 18 23 STM0649.S STM0650 STM0651 STM0652 STM0653 Hydrolase (putative) ybeL 11 42 8.8 1.2 1.2 STM0665 STM_R0126 STM0664 STM0663 STM0662 gltI sroC gltJ gltK gltL Glutamate/aspartate transporter 1.8 0.81 1.3 1 1.9 STM1285 STM1284 yeaG yeaH Serine protein kinase (putative) 2.5 2.5 STM1303 astC Arginine/ornithine/glutamine metabolism 2.4 Locus Taga STM1304 STM1305 STM1306 STM1307 STM1690 STM1689 STM1688 STM1687 STM1686 Gene Symbol astA astD astB astE pspA pspB pspC pspD pspE Function WT/ΔrpoNb 2.4 2.6 3.3 2.4 Phage shock proteins 17 0.9 4 1.3 1.5 Amino acid transport (putative) 100 11 18 3.3 1.2 Nitric oxide reductase 16 7.1 STM2360 STM2359 STM2358 STM2357 STM2356 ubiX STM2840 STM2841 ygbD STM2842 STM2843 hypF hydN Hydrogenase maturation proteins 13 14 STM2853 STM2852 STM2851 STM2850 STM2849 STM2848 STM2847 STM2846 STM2845 STM2844 hycA hycB hycC hycD hycE hycF hycG hycH hycI Hydrogenase 3 26 12 170 1.9 96 25 30 6.4 12 9.4 STM2854 STM2855 STM2856 STM2857 STM2858 hypA hypB hypC hypD hypE Formate-hydrogen lyase system 5.6 39 6.3 25 31 STM3521 STM3519 STM3518 RNA repair system (putative) rtcB rtcA 71 27 4.3 STM3568 rpoH Heat shock sigma factor (σ32) 1.7 PTS system (putative) 39 37 60 STM3772 STM3771 STM3770 Locus Taga STM3769.S STM3768 STM3767 STM3766 Gene Symbol Function WT/ΔrpoNb 31 24 41 1.4 STM4172 zraP Zinc resistance-associated protein 16 STM4173 STM4174 hydH hydG Zinc resistance two-component system 3.7 2.8 STM4244 pspG Phage shock protein 1.4 STM4285 fdhF Formate dehydrogenase 29 PTS system (putative) 16 1.7 66 13 43 25 STM4535 STM4536 STM4537 STM4538 STM4539 STM4540.S Novel σ54-dependent operon: STM2944 ygcB CRISPR-associated proteins STM2943 STM2942 STM2941 yghJ STM2940 STM2939 ygcH STM2938 STM2937 ygbF Possible indirectly regulated σ 54-dependent operons: STM0144 ppdD Pilin biogenesis (putative) STM0143 hofB STM0142 hofC 0.78 3.3 2.2 STM0515 STM0516 STM0517 STM0518 STM0519 STM0520 STM0521 STM0523 STM0524 STM0525 Allantoin utilization ybbV allB ybbY glxK 1.1 1 2 1.6 2 1.8 1.3 3.2 1.4 0.99 STM0791 hutH Histidine-ammonia lyase 3.8 allA allR gcl gip glxR 1.6 1.2 1.3 1.2 1.4 2.8 4.1 0.8 Locus Taga STM1252 Gene Symbol STM2038 STM2039 STM2040 STM2041 STM2042 STM2043 STM2044 STM2045 STM2046 STM2047 STM2048 STM2049 STM2050 STM2051 STM2052 STM2053 STM2054 STM2055 STM2056 STM2057 STM2058 pduA pudB pduC pduD pduE pduG pduH pduJ pduK pduL pduM pduN pduO pduP pduQ pduS pduT pduU pduV pduW pduX STM2149 STM2150 STM2151 STM2152 Function Cytoplasmic protein (putative) WT/ΔrpoNb 3.1 Propanediol utilization 0.75 1.1 2 1.5 0.46 3.3 0.46 0.58 0.7 4.3c 2.5 0.87 1.4 1.4 1.5 1.7 1.8 0.94 0.61 2.1 1.6 stcD stcC stcB stcA Chaperone-usher fimbriae (putative) 1.5 3.2 1.9 0.82 STM2572 yfhH Membrane transport protein (putative) 3.1 STM2773 STM2774 STM2775 STM2776 iroB iroC iroD iroE Siderophore production 2.1 0.95 4 1.2 STM2839 ygaA EBP activator for STM2840 operon (putative) 3.2 STM2859 fhlA EBP activator for fdhF/hyc/hyp operons 3.5 STM2899 STM2898 STM2897 STM2896 STM2895 STM2894 STM2893 STM2892 STM2891 invF invG invE invA invB invC invI invJ spaO Cell invasion proteins 2 5.9 1.7 1.8 1 1.9 0.9 2 1.9 Locus Taga STM2890 STM2889 STM2888 STM2887 STM2886 STM2885 STM2884 STM2883 STM2882 Gene Symbol spaP spaQ spaR spaS sicA sipB sipC sipD sipA Function WT/ΔrpoNb 1.6 0.69 2.7 1.4 0.71 1.1 1.1 1.2 1.7 STM3253 PTS system/sugar metabolism (putative) 1.5 STM3254 1.8 STM3255 1 STM3256 3.7 STM3257 2.9 STM3258 1.4 STM3259 1.1 STM3260 2 STM3261 1.3 STM3262 1 a Locus tags for all genes within operons in which at least one gene was up-regulated ≥3-fold (p-value <0.02) by RpoN in the microarray analysis; up-regulated genes are in black type and genes below the 3-fold cut off are in grey type). The up-regulated operons are grouped as known, predicted, novel, or possible indirectly regulated, as defined in Results. b Both WT and ΔrpoN strains contain pPBHP92 expressing DctD250. Signal ratios below the 3-fold cutoff for up-regulation are displayed in grey. c above 3-fold cutoff, but p-value >0.02