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Superficial mycoses in the Nis region, Southeast-Serbia

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Otasevic S., Đorđević J., Ranđelović G., Ignjatović A., Stojanović P., Zdravković D., Marković R.
Open Medicine
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2011
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vol. 6
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issue 5
665-671
EN
The aim of the study is to investigate the most frequent cause of superficial mycoses in patients from the territory of city Niš Southeast Serbia in the period from 1998 to 2010. A total of 3223 samples from 2887 patients with suspected dermatomycoses were examined. Superficial mycoses were diagnosed using standard microbiology techniques (conventional microscopy and cultivation). Dermatophytes were determined on the basis of their macroscopic and microscopic morphological and morphometric characteristics. Morphometric characteristics were obtained by Laboratory Universal Computer Image Analysis system (Lucia M, 1996). Species of genus Candida were identified using the test of production of germ tube in sera, by growth on comertial chromatogen medium (Chromotogenic Candida, Liofichem/Bacteriology products, Italy) and by using Auxacolor TMBioRad, France. The results were elaborated with the statistical method of descriptive and quantitative analysis (SPSS 14.0 for Windows 2003). The prevalence of superficial mycoses was 25,1%. Dermatophytes were identified in 67.6% of all positive cultures. Microsporum canis was the most prevalent (50.3%) dermatophyte isolated, followed by Trichophyton metagrophytes var. mentagrophytes (35.4%). Yeast genus Candida has become a more frequent cause of superficial fungal infection since 2001. and C. albicans was the dominant yeast (61.1%).
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Erratum to: Superficial mycoses in the Nis region, Southeast-Serbia

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Otasevic S., Miladinovic-Tasic N., Đorđević J., Ranđelović G., Ignjatović A., Stojanović P., Zdravković D., Marković R.
Open Medicine
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2011
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vol. 6
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issue 6
830-830
EN
The original version of the article was published in Central European Journal of Medicine Volume 6, Number 5, 665–671, DOI: 10.2478/s11536-011-0052-y. Unfortunately, the original version of this article contains mistakes in the Authors names section. There should be: Suzana Otasevic1, Natasa Miladinovic-Tasic1, Jovana Đorđević1, Gordana Ranđelović1, Aleksandra Ignjatović1, Predrag Stojanović1, Dragan Zdravković2, Roberta Marković2
3
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Hydrophobic properties of Candida spp. under the influence of selected essential oils

100%
Rajkowska K., Kunicka-Styczyńska A., Pęczek M.
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2015
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vol. 62
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issue 4
663-668
EN
Processes of colonization of biotic and abiotic surfaces and biofilm formation depend inter alia on hydrophobic properties of Candida spp. The aim of this research was to determine the effect of tea tree, thyme and clove essential oils on hydrophobic properties of environmental and clinical Candida isolates. The relative cell surface hydrophobicity of strains tested was high, and ranged from 68.7% to 91.2%, with the highest value for a C. rugosa food-borne strain. The effectiveness of essential oils was diversified and depended on the type of essential oil, concentration and yeast strain. Statistically significant decrease of hydrophobicity indexes was observed after application of tea tree oil for C. krusei, clove oil for C. albicans reference strain, and all essential oils tested for C. rugosa. Only in the case of C. famata food-borne strain and C. albicans clinical isolate, solely used essential oils did not affect their hydrophobic properties. To determine the interactions of essential oils, their mixtures (1 MIC:1 MIC, 1 MIC:2 MIC and 2 MIC:1 MIC) were applied. Generally, essential oils used in combinations influenced yeast's hydrophobic properties much more than applied separately. The essential oils' mixtures reduced hydrophobicity of Candida yeasts in the range of 8.2 to 45.1%, depending on combination and strain. The interaction indexes of essential oils used in combinations predominantly indicate their additive effect. The application of tea tree, thyme and clove essential oils, especially in combinations, decreases hydrophobicity of the tested Candida isolates with implications of a probable advantageous limitation of their ability to colonize the food production industry environment.
4
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Ten-year prevalence of fungal peritonitis in the city of Nis, South Serbia

100%
Tasic S., Miladinovic-Tasic N., Djordjevic J., Pesic S., Avramovic M.
Open Medicine
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2010
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vol. 5
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issue 1
49-52
EN
Fungal peritonitis is a rare but serious complication in patients with chronic renal failure on continuous ambulatory peritoneal dialysis (CAPD). The purpose of this study was to report the prevalence of fungal peritonitis in patients on CAPD in the Clinical Center-Nis (South Serbia) in the period from 1997 until the end of 2007. Fungal species were isolated in 66 cases (4.5%) of 1471 peritoneal fluid (PF) samples that we examined. During the study period, 22 (1.5%) cases of fungal peritonitis were registered. In 19 cases, Candida isolates were identified, Candida albicans (C. albicans) being the most common species (n=15). Two cases of fungal peritonitis caused by Aspergillus fumigatus and 1 possible case caused by Cladosporium cladosporioides (Cl. cladosporioides) were also detected.
5
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Characterization of thiamine uptake and utilization in Candida spp. subjected to oxidative stress

88%
Wolak N., Tomasi M., Kozik A., Rapala-Kozik M.
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2015
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vol. 62
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issue 3
445-455
EN
Candida species are associated with an increasing number of life-threatening infections (candidiases), mainly due to the high resistance of these yeast-like fungi to antifungal drugs and oxidative stress. Recently, thiamine (vitamin B1) was found to alleviate stress responses in Saccharomyces cerevisiae; however, thiamine influence on defense systems in pathogenic fungi has never been investigated. The current work was aimed to elucidate the role of thiamine in stress reactions of C. albicans, C. glabrata, C. tropicalis and C. dubliniensis, subjected to hydrogen peroxide treatment. As compared to S. cerevisiae, Candida strains exposed to oxidative stress showed: (i) a much higher dependence on exogenous thiamine; (ii) an increased demand for thiamine diphosphate (TDP) and TDP-dependent enzyme, transketolase; (iii) no changes in gene expression of selected stress markers - superoxide dismutase and catalase - depending on thiamine availability in medium; (iv) a similar decrease of reactive oxygen species (ROS) generation in the presence of thiamine. Moreover, the addition of therapeutic doses of thiamine to yeast culture medium revealed differences in its accumulation between various Candida species. The current findings implicate that the protective action of thiamine observed in S. cerevisiae differs significantly form that in pathogenic Candida strains, both in terms of the cofactor functions of TDP and the effects on fungal defense systems.
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