如果需要，我们可以培养细菌，直接从表土提取资源——这项技术在地球上也非常实用。
Out of necessity we could develop bacteria to extract resources directly from the regolith - a useful technology for Earth as well.
阿米瑞斯生物技术公司开始运行时大规模使用也被称作合成生物技术的基因工程来培养能够制作治疗疟疾的药物的细菌。
Amyris started off using large-scale genetic engineering, also known as synthetic biology, to create bugs that make a malaria drug.
真正活菌—本剂使用高科技微胶囊技术，保存休眠活菌。绝非普遍称之“硝化细菌”的液态培养物。
Living bacteria - the product use the micro-capsule technology to protect the live bacteria in a dormant state. The product is not nitrifying bacteria medium.
现代细菌学研究的方法学始于19世纪晚期，包括建立细菌染色方法和在培养基中进行微生物分离的技术，当时的培养基是用明胶和琼脂固化的营养物质。
The modern methods of bacteriological technique began in the late 19th century with the use of stains and the development of methods of cultivating organisms on plates of nutrients.
一种双相培养瓶，属于细菌培养器具技术领域。
The utility model relates to a biphase culturing bottle belonging to the technical field of a bacteria culture appliance.
首先使用特定的培养基，以及富集和分离技术，从青岛栈桥海域的底泥中分离出海洋光合细菌菌株；
Firstly marine PSB is separated and purified from sea mud around Qingdao Pier by specifically culture medium and means of agar dilution.
锦鲤硝化细菌是以最新的细菌分离培养技术，结合了活性光合成细菌及特殊粘着性硝化细菌；特别适合大型水槽及户外锦鲤池。
PSBIO Koi is an active Photosynthetic bacteria and Ana bacteria cultivated by the latest bacterium separation technology. Work efficiently in outdoor Koi pond.
锦鲤硝化细菌是以最新的细菌分离培养技术，结合了活性光合成细菌及特殊粘着性硝化细菌；特别适合大型水槽及户外锦鲤池。
PSBIO Koi is an active Photosynthetic bacteria and Ana bacteria cultivated by the latest bacterium separation technology. Work efficiently in outdoor Koi pond.
应用推荐