Investigation of Physicochemical Properties of PVA-GANT Mucoadhesive Hydrogels

N. Malek, Irina Ermonlina, V. Khutoryanskiy, E. Hackl
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Abstract

The aim of this work was the manufacture and characterisation of novel chemically cross-linked mucoadhesive PVA-GANT hydrogels prepared by using autoclaving. Particularly, the study was focused on the physicochemical and pharmaceutical properties of these hydrogels with regards to potential applications for drug delivery and wound dressing. PVA-GANT hydrogels with different molar ratios and total concentrations of polymers in solution were prepared using a standard sterilisation autoclave. The physico-chemical properties were characterised by various techniques including IR spectroscopy, Texture Analysis and SEM and thermo-analytical techniques (DSC and TGA). Pharmaceutical characteristics were obtained in drug loading/release tests and microbiological assays. The results have shown that the properties of hydrogels (swelling degree, mechanical properties, internal structure, drug loading/release and antimicrobial properties) are very dependent on the polymer composition.
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pva - ant黏附水凝胶的理化性质研究
这项工作的目的是制造和表征新的化学交联粘接PVA-GANT水凝胶制备使用高压灭菌。特别是,研究重点是这些水凝胶的物理化学和药物性质,以及它们在药物输送和伤口敷料方面的潜在应用。使用标准灭菌高压灭菌器制备不同摩尔比和溶液中聚合物总浓度的PVA-GANT水凝胶。通过红外光谱、织构分析、扫描电镜和热分析技术(DSC和TGA)对其理化性质进行了表征。通过药物装载/释放试验和微生物分析获得药物特性。结果表明,水凝胶的性能(溶胀度、力学性能、内部结构、载药/释放和抗菌性能)与聚合物组成密切相关。
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