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用于透皮给药的壳聚糖微针的经济高效制备

Cost-effective Fabrication of Chitosan Microneedles for Transdermal Drug Delivery.

作者信息

Sadeqi Aydin, Nejad Hojatollah Rezaei, Kiaee Gita, Sonkusale Sameer

出版信息

Annu Int Conf IEEE Eng Med Biol Soc. 2018 Jul;2018:5737-5740. doi: 10.1109/EMBC.2018.8513691.

Abstract

In this paper we present fabrication of hollow and solid chitosan microneedles using a recently proposed low-cost and cleanroom-free fabrication method called Cross-Over Lines (COL) laser engraving. COL engraving is achieved using a commercial CO laser-cutter to create microneedle molds on acrylic sheet. PDMS is then casted on the acrylic sheet microneedle mold to create base PDMS microneedles which are then used to generate other polymeric needles. In this paper, we cast and cure chitosan solution on the base PDMS microneedles which easily detaches from PDMS needles on drying. The resulted microneedles are hollow chitosan microneedles. We also made solid microneedles by silanizing and casting PDMSon-PDMS microneedles. We report promising preliminary results on drug delivery using these hollow and solid chitosan microneedles.

摘要

在本文中,我们展示了使用一种最近提出的名为交叉线(COL)激光雕刻的低成本且无需洁净室的制造方法来制造中空和实心壳聚糖微针。COL雕刻是通过使用商用CO激光切割机在丙烯酸板上创建微针模具来实现的。然后将聚二甲基硅氧烷(PDMS)浇铸在丙烯酸板微针模具上,以制造基础PDMS微针,随后这些微针被用于制造其他聚合物针。在本文中,我们将壳聚糖溶液浇铸并固化在基础PDMS微针上,干燥后它很容易从PDMS针上分离。所得的微针即为中空壳聚糖微针。我们还通过对PDMS - PDMS微针进行硅烷化处理和浇铸来制造实心微针。我们报告了使用这些中空和实心壳聚糖微针进行药物递送的有前景的初步结果。

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