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首页> 外文期刊>American Journal of Potato Research >Low-Cost Potato Tissue Culture with Microwave and Bleach Media Preparation and Sterilization
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Low-Cost Potato Tissue Culture with Microwave and Bleach Media Preparation and Sterilization

机译:微波和漂白培养基的低成本马铃薯组织培养及灭菌

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摘要

Labor and equipment costs are the main expenses in potato micropropagation. To determine if we could reduce costs associated with media sterilization, a disinfectant, sodium hypochlorite (NaOCl), in combination with microwave heating, were assayed as media sterilants. Incorporating a common 5 % NaOCl household beach at a concentration of 9 ppm (active chlorine) in media sterilized with an autoclave or microwave oven controlled microorganism growth and maintained plantlet growth performance. Non-sterile 473 ml (16 oz.) clear deli containers were selected as an inexpensive replacement for traditional culture vessels and were effectively sterilized with a 50 ppm (active chlorine) NaOCl solution. Reuse of the non-sterile clear deli containers and alternate media water sources were also tested but this decreased plantlet growth performance. Comparison of a controlled growth chamber and ambient laboratory conditions was also investigated. Microorganism growth was significantly less in a controlled growth chamber (5 %) as compared to uncontrolled conditions (26-36 %).
机译:人工和设备成本是马铃薯微繁的主要支出。为了确定我们是否可以降低与介质灭菌有关的成本,我们将消毒剂次氯酸钠(NaOCl)与微波加热相结合,作为介质灭菌剂进行了分析。在高压灭菌器或微波炉灭菌的培养基中加入浓度为9 ppm(活性氯)的普通5%NaOCl家庭海滩,可控制微生物的生长并维持苗的生长性能。选择了非无菌的473毫升(16盎司)透明熟食店作为传统培养皿的廉价替代品,并使用50 ppm(活性氯)NaOCl溶液进行了有效灭菌。还测试了非无菌透明熟食容器和备用培养基水的重复使用,但这降低了幼苗的生长性能。还研究了受控生长室和实验室环境条件的比较。与不受控制的条件(26-36%)相比,在受控的生长室(5%)中的微生物生长显着减少。

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