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用于皮肤和透皮给药的生物粘附膜。

Bioadhesive film for dermal and transdermal drug delivery.

作者信息

Padula Cristina, Nicoli Sara, Aversa Vincenzo, Colombo Paolo, Falson Françoise, Pirot Fabrice, Santi Patrizia

机构信息

Dipartimento Farmaceutico, Università degli Studi di Parma, Viale G.P. Usberti 27/A, 43100 Parma, Italy.

出版信息

Eur J Dermatol. 2007 Jul-Aug;17(4):309-12. doi: 10.1684/ejd.2007.0205. Epub 2007 Jun 1.

Abstract

This paper describes an innovative transdermal drug delivery system, a monolaminated bioadhesive film in which the usual constituents of transdermal patches (backing, drug and adhesive) have been condensed in one single layer, denominated Patch-non-Patch. The main characteristics of the film is that it is not self-adhesive in the dry state but becomes adhesive only when applied on wet skin. This characteristic is due to the presence of a small amount of adhesive, unable to make the system self-adhesive, but capable of restoring the adhesiveness in contact with a small amount of water. From the results obtained to date, it appears that the technology Patch-non-Patch has the potentiality to be successfully applied to the pharmaceutical and cosmetic market. On the skin the film is flexible, invisible and adapts to all skin irregularities. The system has been shown to be highly efficient, releasing a high percentage of the active included in most cases. Additionally, the inclusion of other excipients can modulate drug delivery, thus improving the versatility of the product. Finally, the second generation Patch-non-Patch, made occlusive on the skin surface, can further broaden the potential application.

摘要

本文描述了一种创新的透皮给药系统,即一种单层生物粘附膜,其中透皮贴剂的常见成分(背衬、药物和粘合剂)被浓缩在单一层中,称为“非贴剂贴片”。该膜的主要特点是在干燥状态下不具有自粘性,仅在应用于湿润皮肤时才变得具有粘性。这一特性归因于存在少量粘合剂,其无法使系统具有自粘性,但能够在与少量水接触时恢复粘性。从迄今为止获得的结果来看,“非贴剂贴片”技术似乎有潜力成功应用于制药和化妆品市场。在皮肤上,该膜具有柔韧性、不可见且能适应所有皮肤不平整之处。该系统已被证明具有高效性,在大多数情况下能释放高比例的所含活性成分。此外,加入其他辅料可调节药物释放,从而提高产品的通用性。最后,第二代“非贴剂贴片”在皮肤表面形成封闭性,可进一步拓宽潜在应用范围。

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