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Undergraduate research at the interface of medicine and engineering: development of a tracheal cell delivery system

机译:医学与工程界面的本科研究:天气管传递系统的发展

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The Center for Tissue Engineering at the University of Massachusetts Medical School and the Chemical Engineering Department at WPI have collaborated on several projects involving undergraduate chemical engineering students in biomedical research. One goal is to develop a tracheal cell delivery system for smoke inhalation victims. Destruction of tracheal cell lining from smoke inhalation is a major cause of fatality and serious injury during fires. A method that delivers viable tracheal cells to a victim could significantly impact patient recovery. An undergraduate chemical engineer (A. Roberts) used a jet-atomizer to successfully nebulize viable chondrocytes suspended in a polymer solution. The polymer carrier gelled at body temperature, trapping the cells and depositing them in the inner annular region of a model trachea. Radial and axial profiles were measured. We describe the collaboration, the instructional design, and student learning outcomes that allowed significant undergraduate multidisciplinary research. The student will describe his research experience including project-specific results.
机译:马萨诸塞州大学医学院和WPI化学工程部的组织工程中心合作了涉及生物医学研究的本科化学工程学生的几个项目。一个目标是开发一种用于烟雾吸入受害者的气管传递系统。从烟雾吸入的气管细胞破坏是火灾时致命和严重伤害的主要原因。向受害者提供可行气管细胞的方法可能会显着影响患者恢复。本科化工工程师(A. Roberts)使用喷射雾化器来成功雾化悬浮在聚合物溶液中的可行性软骨细胞。聚合物载体在体温下凝胶,捕获细胞并将它们沉积在模型气管的内部环形区域中。测量径向和轴向曲线。我们描述了允许大量大学多学科研究的协作,教学设计和学生学习结果。学生将描述他的研究经验,包括特定项目的结果。

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