A nutrient method for cutivation of macroalgae Ulva papenfussii

Vo T. Trung, T. Huynh, Tran Mai Duc, Phan Duc Thinh, P. T. San, Nguyễn Thị Thanh Hằng
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Abstract

Macroalgae species of the genus Ulva are widely distributed in the wild. Many species of this genus has been used as food as an attractive material for the study of materials, fuels, food etc.. In this paper, we are focusing on nutrient method for cultivation of Ulva papenfussii and A nutrient source for cultivation of U. papenfussii was also investigated with the perspective of utilizing the produced biomass for feed. U. papenfussii is fragmented into 1 × 1 cm size, then it keep in Ulva extract of 0.1 g/l concentrate for 7 days. Then continue to keep fragments in the following conditions: 20 ml/l of PES medium, 700 μmol photon/m2/s of light, 25oC of temperature, 3% of salinity, 28 days of time. Under this condition the productivity U. papenfussii was 17.8 g/l of weight and its growth rate was 4.3–6.5% day. Nutritional cultivation is successful for U. papenfussii speceies, which is of great importance to study the potential of producing seaweed varieties like blades for commercial application of seaweed species. 
一种培养大型藻叶藻的营养法
藻属大型藻类广泛分布于野外。本属的许多种已被用作食物,作为研究材料、燃料、食物等的有吸引力的材料。本文重点研究了papenfussii的营养培养方法,并从利用产出的生物量作为饲料的角度研究了papenfussii的营养来源。将巴氏菌粉碎成1 × 1 cm大小,放入0.1 g/l浓缩液的Ulva提取物中保存7 d。然后在PES培养基20 ml/l、光照700 μmol光子/m2/s、温度25℃、盐度3%、时间28天的条件下继续保存片段。在此条件下,产率为17.8 g/l,生长速率为4.3 ~ 6.5% d。papenfussii品种的营养培养是成功的,这对于研究海藻品种如叶片的生产潜力和商业化应用具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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