A and the majority of the isolates Sunitinib Sutent were VGIII VGII and the United States. VGI isolates from the USA, Africa, Australia and India. 3.2. Sensitivity tests in vitro by molecular type distributions of MIC for fluconazole, voriconazole, posaconazole and itraconazole against each of the molecular types are shown in Table 2. The range of the mode and geometric mean MIC values are given in Table 3. For fluconazole, was the GM MIC value at h Chsten isolates had at VGII, the FA H is statistically significant GM MIC values here than all three other molecular types. But even among the subtypes VGII there was a betr Nocturnal difference in the fluconazole MIC value GM of 1.78 g / ml for VGII. Molecular-type isolates had a VGIV h Higher value than GM MIC isolates VGIII fluconazole, but this difference was not statistically significant. Interestingly, when MIC values of fluconazole for VGI isolates from the United States were compared with those of South Africa, the geometric mean MIC differs only slightly more than one dilution, but the difference was significant, again raises the M Opportunity regional differences between the different molecular types. Very similar results were observed for voriconazole: The molecular type VGI isolates is significantly lower GM MIC values than all other molecular types, while w VGII isolates had significantly here h MIC values for GM compared to all other types of au he molecular VGIV, again had the h chsten VGIIc values. MIC less significant differences between the molecular types in the MIC values for itraconazole were observed GM, VGI isolates although still isolated statistically lower values than the GM MIC VGII. GM posaconazole MICs were 1 3 log2 dilutions h Ago than those of voriconazole. Again had the molecular VGII isolates the h Chsten GM MIC value and molecular type VGI isolates had the lowest. The only significant differences between the molecular type VGI posaconazole and the two isolates and VGII VGIV, VGI for each of which was significantly lower GM MIC observed. In VGII subtypes isolated VGIIc had the largest Th value, and GM had the lowest MIC VGII isolated. 3.3. Sensitivity tests in vitro subtype had VGII For each tested antifungal agents, the type of molecular VGII isolates the h Chsten GM MIC values. However, there were differences between the MIC values for isolates within clonal subtypes VGII VGIIa, and VGIIb VGIIc and the remaining isolates VGII. Although the number of isolates VGII was small, the distribution of MIC values for isolates VGII shown in Table 2 is shifted to lower MIC values, and the GM MIC for these isolates was always lower than the other VGIIa, or VGIIb VGIIc isolates. For each pairwise comparison between VGII and VGIIWe used clonal distribution of MIC values for LCA for isolates of C. gattii define and triazoles. For fluconazole, voriconazole, itraconazole, and posaconazole, the VCE was 32, 0.5, 1 and 1 g / ml, however, the majority of the isolates at the end of the high MIC distribution VGII molecular nature of the PNW. If VGIIa, and VGIIb VGIIc isolates were excluded, the LCA was for fluconazole to 16 g / ml, a value which comprised 98% of the isolates. The Kobilanz for individual fluconazole VGI, VGII, VGIII VGIV and w.