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粘膜粘附研究中的创新方法与应用

Innovative Methods and Applications in Mucoadhesion Research.

作者信息

Mackie Alan R, Goycoolea Francisco M, Menchicchi Bianca, Caramella Carla Marcella, Saporito Francesca, Lee Seunghwan, Stephansen Karen, Chronakis Ioannis S, Hiorth Marianne, Adamczak Malgorzata, Waldner Max, Nielsen Hanne Mørck, Marcelloni Luciano

机构信息

Institute of Food Research, Norwich Research Park, Norwich, NR4 7UA, UK.

School of Food Science and Nutrition, University of Leeds, LS2 9JT, Leeds, UK.

出版信息

Macromol Biosci. 2017 Aug;17(8). doi: 10.1002/mabi.201600534. Epub 2017 Apr 5.

Abstract

The present review is aimed at elucidating relatively new aspects of mucoadhesion/mucus interaction and related phenomena that emerged from a Mucoadhesion workshop held in Munster on 2-3 September 2015 as a satellite event of the ICCC 13th-EUCHIS 12th. After a brief outline of the new issues, the focus is on mucus description, purification, and mucus/mucin characterization, all steps that are pivotal to the understanding of mucus related phenomena and the choice of the correct mucosal model for in vitro and ex vivo experiments, alternative bio/mucomimetic materials are also presented. Then a selection of preparative techniques and testing methods are described (at molecular as well as micro and macroscale) that may support the pharmaceutical development of mucus interactive systems and assist formulators in the scale-up and industrialization steps. Recent applications of mucoadhesive systems (including medical devices) intended for different routes of administration (oral, gastrointestinal, vaginal, nasal, ocular, and intravesical) and for the treatment of difficult to treat pathologies or the alleviation of symptoms are described.

摘要

本综述旨在阐明2015年9月2日至3日在明斯特举行的黏附/黏液相互作用及相关现象研讨会中出现的相对较新的方面,该研讨会作为第13届国际控释会议/第12届欧洲控释学会卫星会议的一部分。在简要概述新问题之后,重点是黏液描述、纯化以及黏液/黏蛋白表征,所有这些步骤对于理解黏液相关现象以及选择用于体外和离体实验的正确黏膜模型至关重要,还介绍了替代生物/黏液模拟材料。然后描述了一系列制备技术和测试方法(分子、微观和宏观尺度),这些技术和方法可能支持黏液相互作用系统的药物开发,并协助配方设计师进行放大和工业化步骤。描述了用于不同给药途径(口服、胃肠道、阴道、鼻腔、眼部和膀胱内)以及治疗难治性疾病或缓解症状的黏附系统(包括医疗器械)的最新应用。

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