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微型藻类培养的成败,在许多水产育苗领域中起着决定作用。海产小球藻因含有高度不饱和脂肪酸,成为海产无脊椎动物和鱼类育苗的实用饵料之一。但在室外扩大培养中,常被其它更适应于室外环境条件的种类占据优势,导致小球藻培养的失败。科威特的研究人员从当地海区分离出一种小球藻,采用连续培养获得藻类高浓度培养的新方法:用防腐触的玻璃纤维材料,制成体积200升的半透明直立管道(直径30厘米);管道上备有添加培养液和收集藻液的出入口;培养液预先配好,含有尿素、硝酸钾、磷肥及
The success or failure of microalgae culture plays a decisive role in many areas of aquaculture. Chlorella is one of the most practical bait for marine invertebrates and fish breeding because of its high content of unsaturated fatty acids. However, in outdoor expansion training, it is often dominated by other species more suitable for outdoor environmental conditions, resulting in the failure of chlorella culture. A Kuwaiti researcher isolated a chlorella from a local sea area using a continuous culture to obtain a new method of high-density algae culture: 200 liters of semitransparent upright tubing (30 cm in diameter) made of preservative-resistant fiberglass material, ; Pipeline with additional culture medium and access to the collection of algae; culture medium pre-equipped with urea, potassium nitrate, phosphate fertilizer and