用于培养箱内螺旋盖烧瓶的细胞培养基交换自动化系统

Lucas W. Artmann, Valentin Ameres, Tim C. Lueth
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引用次数: 0

摘要

该研究介绍了一种用于自动交换细胞培养培养基的新系统。该系统设计用于普通培养箱,使用 T75 烧瓶作为生长容器。它遵循一个循序渐进的过程,包括旋转和倾斜机制,以排出旧培养基、清洁烧瓶内部并重新装入新鲜培养基。该系统的设计包括一个可容纳四个烧瓶的装载平台,由步进电机和齿轮机构驱动。倾斜由伺服电机控制,同时蠕动泵注入新鲜培养基。包括 Arduino Nano 在内的电子元件均密封保护。传感器确保烧瓶的存在和培养基的状态。经过 200 次水基循环验证,成纤维细胞成功培养了 8 天。该系统显示出简化细胞维护的潜力,但长期耐久性和污染问题仍需进一步研究。
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Cell Culture Media Exchange Automation for Screw Cap Flasks within Incubators
The study presents a new system for automating media exchange in cell cultures. This system is designed to fit inside common incubators and uses T75 flasks as growth vessels. It follows a step-by-step process, involving rotating and tilting mechanisms to drain old media, cleanse flask interiors, and refill with fresh media. The system's design incorporates a loading platform for four flasks, driven by a stepper motor and gear mechanism. Tilting is controlled by a servo motor, while a peristaltic pump refills with fresh media. Electronics, including an Arduino Nano, are sealed for protection. Sensors ensure flask presence and media condition. Validation involved 200 water-based cycles and successful fibroblast cell culture for eight days. The system shows potential for streamlining cell maintenance, although long-term durability and contamination concerns require further investigation.
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