2016•PubMedRequires access

Antimycotic Studies of Miconazole Nanovesicles Formulation vs Candida Strain.

Alka Gupta, Hemanta Kumar Kar

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Abstract

OBJECTIVE: Present research work was aimed at formulation and evaluation of antifungal activity of miconazole nitrate (MN) vesicles vs C. albicans spp. METHODS: Miconazole loaded vesicles were prepared by coacervation phase separation technique using nonionic surfactants and stabilizers. The antimycological activity of vesicles was performed using agar disc diffusion technique. RESULTS: The miconazole nitrate lipid vesicles F5A and F5B showed maximum activity with higher zones of inhibition ie, 13.95+1.54 mm and 13.64+0.65 mm, respectively, after 3 days (For all comparisons, P<.05 was considered significant). CONCLUSION: The findings of this study suggest antifungal potential of a novel preparation of miconazole nitrate vesicles vs Candida albicans in the treatment of mycoses in dermatological practice. J Drugs Dermatol. 2016;15(6):734-737.

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OBJECTIVE: Present research work was aimed at formulation and evaluation of antifungal activity of miconazole nitrate (MN) vesicles vs C. albicans spp. METHODS: Miconazole loaded vesicles were prepared by coacervation phase separation technique using nonionic surfactants and stabilizers. The antimycological activity of vesicles was performed using agar disc diffusion technique. RESULTS: The miconazole nitrate lipid vesicles F5A and F5B showed maximum activity with higher zones of inhibition ie, 13.95+1.54 mm and 13.64+0.65 mm, respectively, after 3 days (For all comparisons, P<.05 was considered significant). CONCLUSION: The findings of this study suggest antifungal potential of a novel preparation of miconazole nitrate vesicles vs Candida albicans in the treatment of mycoses in dermatological practice. J Drugs Dermatol. 2016;15(6):734-737.

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Available abstract

OBJECTIVE: Present research work was aimed at formulation and evaluation of antifungal activity of miconazole nitrate (MN) vesicles vs C. albicans spp. METHODS: Miconazole loaded vesicles were prepared by coacervation phase separation technique using nonionic surfactants and stabilizers. The antimycological activity of vesicles was performed using agar disc diffusion technique. RESULTS: The miconazole nitrate lipid vesicles F5A and F5B showed maximum activity with higher zones of inhibition ie, 13.95+1.54 mm and 13.64+0.65 mm, respectively, after 3 days (For all comparisons, P<.05 was considered significant). CONCLUSION: The findings of this study suggest antifungal potential of a novel preparation of miconazole nitrate vesicles vs Candida albicans in the treatment of mycoses in dermatological practice. J Drugs Dermatol. 2016;15(6):734-737.

Key concepts: Miconazole Nitrate, Miconazole, Candida albicans, Vesicle, Medicine, Antifungal, Agar, Coacervate

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