Figures & data
Table 1 PCR primers used in the study
Table 2 Strain-distribution patterns of invasive Candida infection vs colonization
Figure 1 Data of the identification of Candida strains obtained from the present research. (A) MALDI-TOF MS analysis of Candida spp. typically involved in the present study. (B) Microscopically analyzed fungal fluorescent staining results of representative Candida spp. cultured on Sabouraud dextrose/chromogenic agar plates.
![Figure 1 Data of the identification of Candida strains obtained from the present research. (A) MALDI-TOF MS analysis of Candida spp. typically involved in the present study. (B) Microscopically analyzed fungal fluorescent staining results of representative Candida spp. cultured on Sabouraud dextrose/chromogenic agar plates.](/cms/asset/609e7417-d905-4645-8c34-8918483ed861/didr_a_368792_f0001_c.jpg)
Table 3 Comparison of clinical variables of invasive Candida infections vs controls
Table 4 Comparison of clinical variables of Candida colonization vs controls
Table 5 Comparison of clinical variables of invasive Candida infection vs colonization
Table 6 Antifungal-sensitivity patterns of patients with invasive Candida infection and colonization
Figure 2 Data of homologous 3D-structure modeling for putatively mutant ERG11 gene products in Candida spp. assisted by 5JLC as template (http://www.pdb.org). Presumably altered 3D steric conformations of ERG11 enzymes from azole-resistant C. albicans (A), C tropicalis (B), and C. parapsilosis (C) are shown. Red spots indicate mutation sites at the amino-acid level in each Candida spp. resistant against azoles when compared with corresponding reference sequences in GenBank.
![Figure 2 Data of homologous 3D-structure modeling for putatively mutant ERG11 gene products in Candida spp. assisted by 5JLC as template (http://www.pdb.org). Presumably altered 3D steric conformations of ERG11 enzymes from azole-resistant C. albicans (A), C tropicalis (B), and C. parapsilosis (C) are shown. Red spots indicate mutation sites at the amino-acid level in each Candida spp. resistant against azoles when compared with corresponding reference sequences in GenBank.](/cms/asset/d9316b5d-b88e-4b9d-9d9a-7ad144199419/didr_a_368792_f0002_c.jpg)