A Brief Chronological Overview of Buccal Film Formulations

D. C. Basha
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Abstract

The bioadhesive buccal film drug delivery technology that increases the safety, effectiveness, and stability of active pharmaceutical ingredients is the main focus of the current article. The buccal film is cutting-edge technology since it offers a better way to maximise treatment effectiveness. The medications that are used to increase bioavailability and have a high first-pass metabolism are ideal for this drug delivery strategy. Rolling, hot-melt extrusion, solid dispersion, solvent casting, or semi-solid casting can all be used to make Bioadhesive Buccal Films (BBF). The solvent casting method is the most popular of them. Organoleptic valuation, thickness, transparency, surface pH, moisture content, tensile strength, per cent elongation, folding endurance, swelling assets, drug content, and in vitro dissolution tests are a few of the mechanical assets that are assessed for the BBF. A small amount of material on earlier work on BBF has been provided in the article. This article will be useful for quick references to prior BBF attempts and guidance on how to assess them.
口腔膜配方按时间顺序简要概述
提高活性药物成分安全性、有效性和稳定性的生物黏附口腔膜给药技术是本文研究的重点。颊膜是一项尖端技术,因为它提供了一种更好的方法来最大化治疗效果。用于提高生物利用度和具有高首过代谢的药物是这种药物传递策略的理想选择。轧制、热熔挤压、固体分散、溶剂铸造或半固体铸造都可用于制造生物粘接口腔膜(BBF)。溶剂型铸造法是其中最常用的一种。感官评价、厚度、透明度、表面pH值、水分含量、拉伸强度、伸长率百分比、折叠耐久性、膨胀资产、药物含量和体外溶解试验是为BBF评估的一些机械资产。本文提供了关于BBF早期工作的少量材料。本文将有助于快速参考之前的BBF尝试,并指导如何评估它们。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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