Optimization of the Nutrient Medium Composition for Cultivation of Spirulina Platensis Geitl. (Cyanophyta) By the Mathematical Method of Experimental Design

Rudik VF; Bulmaga VL; Maksakova SV

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Optimization of the Nutrient Medium Composition for Cultivation of Spirulina Platensis Geitl. (Cyanophyta) By the Mathematical Method of Experimental Design

机译：培养螺旋藻的营养培养基组成的优化。（蓝藻）通过实验设计的数学方法

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The full factorial experimental design used for optimization of the nutrient medium composition for cultivating Spirulina platensis Geitl. Optimization was carried out. The introduction into the medium of selenium (Na2SeO3), germanium (GeO2), and iodine (KI) considerably improved the nutritive value of the biomass. Productivity on the optimized medium made up 1.55-1.60 g/L for six days of cultivation.

机译：用于优化螺旋藻培养的营养培养基组成的全因子实验设计。进行了优化。将硒（Na2SeO3），锗（GeO2）和碘（KI）引入培养基中可显着提高生物量的营养价值。经过6天的培养，优化培养基的生产力为1.55-1.60 g / L。

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《International Journal on algae》 |2008年第2期|共10页
作者
Rudik VF; Bulmaga VL; Maksakova SV;
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正文语种 eng
中图分类植物学;
关键词
Algae; Algal culture; Biomass; Iodine; Algae; Algal culture; Biomass; Iodine; Nutrients; Nutrients (mineral); Nutritive value; Phytoplankton; Primary production; Selenium; Algae; Cyanophyta; Spirulina platensis;

机译：藻类;藻类培养物;生物量;碘;藻类;藻类培养物;生物量;碘;营养素;营养素（矿物质）;营养价值;浮游植物;初级生产;硒;藻类;蓝藻;蓝藻;螺旋藻;

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专利

1. Optimization of the Nutrient Medium Composition for Cultivation of Spirulina Platensis Geitl. (Cyanophyta) By the Mathematical Method of Experimental Design [J] . Rudik VF, Bulmaga VL, Maksakova SV International Journal on algae . 2008,第2期

机译：培养螺旋藻的营养培养基组成的优化。（蓝藻）通过实验设计的数学方法
2. Experimental Design as a Tool for Optimization of C-Phycocyanin Purification by Precipitation from Spirulina platensis [J] . Silva LA, Kuhn KR, Moraes CC, Journal of the Brazilian Chemical Society . 2009,第1期

机译：实验设计作为一种工具，用于优化螺旋藻沉淀纯化C-藻蓝蛋白
3. Growth, Productivity and Some Physico-chemical Factors of Spirulina platensis Cultivation as Influenced by Nutrients Change [J] . Gildas Parfait Ndjouondo, Siegfried Didier Dibong, Fotsop Oscar Wamba, International Journal of Botany . 2017,第2期

机译：养分变化对螺旋藻生长，生产力和某些理化因子的影响
4. CO2 Flue Gas Capture for Cultivation of Spirulina Platensis in Paper Mill Effluent Medium [C] . Yusup Setiawan, Prima Besty Asthary, Saepulloh International Conference on Biology and Applied Science . 2019

机译：CO2烟气捕获培养磨削液流出培养基中螺旋藻浆料
5. Design of a Nutrient Reclamation System for the Cultivation of Microalgae for Biofuel Production and Other Industrial Applications. [D] . Sandefur, Heather Nicole. 2016

机译：用于生物燃料生产和其他工业应用的微藻栽培养分回收系统的设计。
6. Cultivation of Arthrospira (spirulina) platensis in desalinator wastewater and salinated synthetic medium: protein content and amino-acid profile [O] . Harriet Volkmann, Ulisses Imianovsky, Jorge L.B. Oliveira, 2008

机译：在淡化器废水和盐渍合成培养基中培养螺旋藻（螺旋藻）：蛋白质含量和氨基酸谱
7. Оптимизация состава питательной среды для культивирования Spirulina platensis Geitl. (Cyanophyta) методом математического планирования эксперимента [O] . Рудик В.Ф., Бульмага В.П., Максакова С.В. 2008

机译：螺旋藻栽培培养基的组成优化。（蓝藻）实验的数学设计方法

Optimization of the Nutrient Medium Composition for Cultivation of Spirulina Platensis Geitl. (Cyanophyta) By the Mathematical Method of Experimental Design

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