阅读说明：本技术 眼戴式治疗剂释放装置 (Ocular therapeutic agent delivery device ) 是由 C·古铁雷斯 于 2020-01-07 设计创作，主要内容包括：本公开涉及将治疗剂靶向和受控递送到眼睛治疗部位的装置和系统。具体而言,各方面涉及一种治疗剂递送装置(200),其包括：聚合物基材(205),其具有释放区域(210)、递送区域和接收区域；在释放区域(210)中形成的一个或多个储存部(215)；位于一个或多个储存部(215)中的治疗剂；主动、被动或其组合的控释机制,用于将治疗剂从一个或多个储存部(215)释放到递送区域中；和形成于聚合物基材(205)上的电路(275),该电路(275)具有电流源、用于通过电迁移将治疗剂从递送区域递送到靶组织中的位于递送区域内的第一离子导入电极、以及用于维持组织内电中性的位于接收区域内的第二离子导入电极。(The present disclosure relates to devices and systems for targeted and controlled delivery of therapeutic agents to the treatment site of the eye. In particular, aspects relate to a therapeutic agent delivery device (200) comprising: a polymeric substrate (205) having a release region (210), a delivery region, and a receiving region; one or more reservoirs (215) formed in the release region (210); a therapeutic agent located in one or more reservoirs (215); a controlled release mechanism, active, passive, or a combination thereof, for releasing the therapeutic agent from the one or more reservoirs (215) into the delivery region; and an electrical circuit (275) formed on the polymeric substrate (205), the electrical circuit (275) having a source of electrical current, a first iontophoresis electrode located within the delivery region for delivering the therapeutic agent from the delivery region into the target tissue by electrotransport, and a second iontophoresis electrode located within the receiving region for maintaining electrical neutrality within the tissue.)