I-Corps: Microfluidic Device for the Evaluation of Drug Carrier Delivery

I-Corps：用于评估药物载体输送的微流体装置

• 批准号: 1611718
• 负责人: Yaling Liu
• 金额: $ 5万
• 依托单位: Lehigh University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2015
• 资助国家: 美国
• 起止时间: 2015-12-01 至 2016-05-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1611718&HistoricalAwards=false
• 关键词: Corps; Microfluidic; Device; Evaluation; Drug

Current therapeutic drugs are typically tested in static culture dish first, followed by testing within animals, and finally progressed into pre-clinical trials in humans. This is a long and expensive process, which could benefit from a tool designed to assess nanomedicine performance in an inexpensive manner while still maintaining conditions presented within the human body. The proposed technology is a small and transparent device which allows for blood vessels to be mimicked outside of the human body while still retaining the characteristic features of such vessels. The significantly easier to use and more cost effective system will save both time and money when testing therapeutic performance prior to animal and pre-clinical testing. The proposed platform allows for therapeutic candidate screening which in turn reduces costs and time required to run animal and pre-clinical trial. As such, any researcher working in industry or academia would benefit from the use of the proposed microfluidic system to analyze key characteristics of new therapeutics. Through the use of the proposed novel microfluidic device, this I-Corps team is able to deliver a platform capable of improving the testing and analysis process for drug/therapeutic development and ultimately aiding in the delivery of new and improved drugs to market for patients in need. Overall, expediting the drug development process will help extend and improve the lives of patients around the world. Technically, the device is comprised of a microfluidic chip that is cast from molds in order to form micro-scale channels. The bilayer channels which make up the devices are separated from each other with a semipermeable membrane which spans the entire device, allowing only specific content to pass from the apical (top) channel into the basal (bottom) channel. Using this simple yet effective device, research has been conducted proving the ability to culture cells within the device, ability to assess drug carrier binding and uptake, as well as work geared towards more specific applications such as tumor micro-environment studies, inflammation, and permeability. As such, the main goals for the I-Corps program are, to further develop a customer base through in-depth market analysis and research, to identify customers' needs and perspective of the technology, and to gather customer feedback for improvement of the technology. Given such goals, the major scope for the completion of the I-Corps program is to bring the technology to market so that it can begin to assist researchers and scientists outside of the Lehigh University lab.

当前的治疗药物通常首先在静态培养皿中进行测试，然后在动物内进行测试，最后进展为人类的临床前试验。 这是一个漫长而昂贵的过程，它可以从旨在以廉价方式评估纳米医学性能的工具中受益，同时仍保持人体内部呈现的条件。 提出的技术是一种透明且透明的装置，可以使血管模仿在人体外部，同时仍保留此类血管的特征。 在进行动物和临床前测试之前测试治疗性能时，使用更容易使用和更具成本效益的系统可以节省时间和金钱。 提出的平台允许治疗性候选筛查，进而减少运行动物和临床前试验所需的成本和时间。 因此，任何在工业或学术界工作的研究人员都将受益于使用拟议的微流体系统来分析新疗法的关键特征。 通过使用拟议的新型微流体设备，该I-Corps团队能够提供一个平台，能够改善药物/治疗性开发的测试和分析过程，并最终协助将新的和改进的药物用于需要的患者。 总体而言，加快药物开发过程将有助于延长和改善世界各地患者的生活。从技术上讲，该设备由一个微流体芯片组成，该芯片是从模具中铸造而成的，以形成微型通道。 构成设备的双层通道彼此彼此分开，该膜跨越整个设备，仅允许特定内容从顶端（顶部）通道传递到基础（底部）通道。 使用这种简单而有效的设备，已经进行了研究，证明了在设备中培养细胞的能力，评估药物载体结合和摄取的能力，以及针对更具体应用的工作，例如肿瘤微环境研究，炎症和渗透率。 因此，I-Corps计划的主要目标是通过深入的市场分析和研究进一步发展客户群，以确定客户的需求和观点，并收集客户反馈以改进技术。 鉴于这样的目标，完成I-Corps计划的主要范围是将技术推向市场，以便它可以开始协助Lehigh University Lab以外的研究人员和科学家。