以化肥为培养基的四叶虫生长

C. Vallejo, Alejandro Acosta Cárdenas
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引用次数: 1

摘要

微藻在水产养殖的食物链中发挥着非常重要的作用,它们已经被用于软体动物、虾和鱼类不同生长阶段的营养和养殖。Tetraselmis sp.是一种公认的微藻,因其在水产养殖中作为活饲料的应用而闻名,其生长可能因培养条件而异。在这个意义上,对不同的生长条件,如培养基、商品肥料、光周期(12:12和24:0)和盐度(0-55gL-1)进行了评估,以获得不同的生长动力学参数。最佳生长条件为商品肥料,光周期为12:12,盐度为35gL-1,比生长速率为1.071d-1,倍增时间为0.64d,生物量产量(Yx/s)相对于硝酸盐、磷和铵的消耗为4.3;37.7;10.5(g-1),蛋白质含量为55%(w/w)。此外,对生物量生产的Gompertz模型进行了评估,该模型与实验结果拟合良好(r2=0.9)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Crecimiento de Tetraselmis sp. Empleando fertilizante como medio de cultivo
Microalgae play a very important role in the food chain of aquaculture, they have already been used in the nutrition and breeding of mollusks, shrimps and fish in their different stages of growth. Tetraselmis sp. is a recognized microalgae for its applications as live feed in aquaculture and its grow could vary according to the culture conditions. In this sense, different growing conditions such as culture medium, commercial fertilizer, photoperiod (12:12 and 24:0) and salinity (0-55 gL -1 ) were evaluated to obtain different growth kinetic parameters. The best growing conditions were achieved with a commercial fertilizer, a 12:12 photoperiod, salinity of 35 gL -1 , a specific growth rate of 1.071 d -1 , doubling time of 0.64 days, yields (Yx/s) of biomass with respect to the consumption of nitrate, phosphorus and ammonium of 4.3; 37.7; 10.5 (gg -1 ) respectively, with a protein content of 55% (w/w). In addition, the Gompertz model for biomass production was evaluated, presenting a good fit (r 2 = 0.9) between the model and the experimental results.
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