一种新型细菌培养基:果渣琼脂

Dhiraj S. Girase, Rahulsing G. Girase, Prasad P. Girase, Neha R. Jaiswal
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引用次数: 0

摘要

微生物学的发展始于19世纪培养基的发明。细菌培养是1860年研究人体微生物群的第一种方法。路易斯·巴斯德是第一个在培养基上繁殖细菌的人。培养基为细菌的正常发育提供必需的营养物质,如碳水化合物、蛋白质、维生素和一些生长因子。现在,这些生长介质都是在实验室里用各种昂贵的化学成分制备出来进行研究实验,最终导致我们的实验成本很高。而不是使用高成本的培养基,水果废料可以证明是生产低成本培养基的一个很好的替代来源。家庭实践和厨房产生的废物包括蔬菜和水果废物。几乎每家每户每天都会产生垃圾。它可以作为微生物的营养和维生素的良好来源。因此,这些材料可以用来配制细菌生长的固体培养基。本研究采用芒果皮、香蕉皮、柠檬皮、碎坚果壳等废弃物配制培养基。这种材料是从厨房垃圾和蔬菜市场收集的。通过对保加利亚乳杆菌标准商业培养基和水果废物与琼脂的生长情况进行比较,发现水果废物制备的培养基对许多细菌来说是一种物美价廉的营养来源。因此,它可以很好地用于各种微生物的分离和培养。
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A Novel Bacterial Culture Media: Fruit Waste Agar
The development of microbiology began in the 19th century with the invention of the culture medium. Bacterial culture was the first method to study human microbiota in 1860. Louis pasteur was the first to propagate bacteria on culture media. The culture media provides the essential nutrients such as carbohydrates, protein, vitamins and some growth factors for the proper development of bacteria. Nowadays, these growth medias are prepared by different expensive chemical ingredients in laboratories for research experiments, which ultimately makes our experiments expensive. Instead of using high-cost culture media, fruit waste material could prove to be a good alternate source for the production of low-cost media. The waste generated in household practices and kitchen includes vegetables and fruit waste. It is waste that almost every house generates every day. It can serve as a good source of nutrients and vitamins for in microorganisms. Hence these materials can be used to formulate solid media for the growth of bacteria. In the current study waste material like mango peels, banana peels, lemon peels and ground nut shell have been included to formulate the media. This material was collected from kitchen waste and vegetable market. Comparing the growth of organism (lactobacillus bulgaricus) standard commercial media and fruit waste with agar, it was found that the media prepared from fruit waste serves as a good and inexpensive source of nutrients for many bacteria. Thus, it can good be feather and used commercially for isolation and cultivation of various microorganisms.
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