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2020 | 77 | 1 | 43-56
Article title

THE INFLUENCE OF PLASTICIZER IN NAIL LACQUER FORMULATIONS ON FLUCONAZOLE PERMEABILITY THROUGH THE BOVINE HOOF MEMBRANE

Content
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Languages of publication
EN
Abstracts
EN
Medicinal nail lacquers are the most effective topical treatment of nail diseases. These formulations generally are organic solutions of the active substance as well as film-forming polymer and plasticizer, which affects the characteristics of the film formed after application and solvent evaporation. The aim of this work was to test effects of plasticizer present in nail lacquer formulations on permeation kinetics of fluconazole through the bovine hoof membrane in a novel in vitro test. The formulations contained Eudragit RS100 dissolved in acetone, and dibutyl-phthalate, PEG 400 or propylene glycol as plasticizers present in two different concentrations. Permeation studies were carried out during 7-day period, and the obtained permeability profiles analyzed using similarity and difference factors, and by model dependent permeation kinetics. When analyzed within the same strength, the highest extent of fluconazole permeation was obtained from formulation with lower concentration of propylene glycol at 0.9% fluconazole concentration, while for formulations with 1.8% and 2.7% of fluconazole, the highest permeation was achieved from formulation with the higher content of PEG400. The permeation profiles showed greater difference within one formulation of different fluconazole content, than with the same plasticizer present in different concentrations, when using dibutyl-phthalate and PEG400. Permeation profiles were similar when using propylene glycol. When comparing formulations with the same concentration of plasticizers, there were differences in formulations with the higher fluconazole concentrations. Permeation kinetics depended on fluconazole concentration as well as the path length the active substance had to pass to reach the receptor solution.
Year
Volume
77
Issue
1
Pages
43-56
Physical description
Dates
published
2020-02-29
Contributors
References
Document Type
Publication order reference
Identifiers
YADDA identifier
bwmeta1.element.doi-10_32383_appdr_113682
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