BioMed Research International / 2010 / Article / Tab 1 / Research Article
Cysteine-Free Proteins in the Immunobiology of Arthropod-Borne Diseases Table 1 Abundance of proteins devoid of cysteine residues (CFP) or tryptophan residues (WFP), included those predicted as secreted (sCFP and sWFP), in 12 species of arthropod-borne microorganisms.
Species Proteins
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CFP (%) WFP (%) sCFP sWFP sCFP/sWFP Alphaproteobacteria A. phagocytophilum HZ 1264 12 (0.94) 77 (6.09) 7 20 0.35 O. tsutsugamushi str. Boryong 1182 15 (1.26) 71 (6.00) 3 8 0.37 E. chaffeensis str. Arkansas 1105 20 (1.80) 133 (12.03) 12 34 0.35 R. rickettsii str. “Sheila Smith” 1345 40 (2.97) 99 (7.36) 14 21 0.66 W. endosymbiont of D. melanogaster 1195 36 (3.01) 90 (7.53) 13 14 0.92 B. bacilliformis KC583 1282 86 (6.70) 74 (5.76) 43 12 3.58 Gammaproteobacteria W. glossinidia endosymbiont of G. brevipalpis 611 26 (4.25) 71 (11.62) 6 6 1.00 F. tularensis subsp. tularensis FSC198 1605 78 (4.85) 133 (8.28) 54 19 2.84 C. burnetii RSA 493 2016 114 (5.65) 78 (3.86) 63 12 5.25 Y. pestis Nepal 516 3981 339 (8.51) 157 (3.94) 216 32 6.75 Spirochaetes B. burgdorferi B31 851 140 (16.45) 138 (16.21) 89 36 2.47 Apicomplexa P. falciparum 3D7 5267 64 (1.21) 567 (10.76) 26 115 0.22
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Chromosomal proteins only.