微藻

重金属Cu对两种海洋微藻的毒性效应

Toxicity effects of heavy metal copper on two marine microalgae

海洋微藻对CO2加富响应的实验生态学研究

The Experimental Ecology Studies on Responses of Marine Microalgae to the CO_2 Enrichment

颗石球是深海的微藻，典型地繁生于开阔海滨外的透光带内。

Coccophores are pelagic microscopic algae and typically thrive in the offshore photic zone of the open sea .

该技术基于利用帮助微藻游向光的蛋白质，病人需要戴上一副特殊的护目镜以将自然光转换成适合这种蛋白质的波长。

It 's based on the proteins that microscopic1 algae2 use to swim towards the light and requires a special pair of goggles3 to convert natural light into the right wavelength4 for the proteins .

海洋微藻活体及乙醇固定状态下基因组DNA的微量提取方法

Genome DNA Extraction from Living and Alcohol-fixed Marine Micro-algae

三种赤潮微藻基因组DNA快速制备方法的研究

Reliable and rapid genomic DNA extraction method of three species of red tide algae

利用微藻固定CO2是一种经济、有效的方法。

CO2-fixation by microalgae photosynthesis was a economical and effective technique .

Cd（Ⅱ）对8种海洋微藻生长的影响

Effects of Cd (ⅱ) on the Growth of 8 Species of Marine Microalgae

水生微藻固定空气中CO2的研究进展

Progress on Carbon Dioxide Fixation by Aquatic-Microalgae

微藻（酶）膜反应器去除密闭环境空气中CO2的研究

Study on CO_2 Removal from Closed Air by Microalgae ( Enzyme ) Integrated Membrane Bioreactor

微藻固定CO2研究进展

Advances on CO_2 Fixation by Microalgae

影响微藻吸收CO2的因素是研究的热点内容。

The factors which affect the microalgae absorb CO2 is the hot content .

UV-B辐射增强对三种赤潮微藻DNA的伤害效应

Effects of UV-B radiation enhancement on DNA damage of three red-tide microalgae species

海洋微藻对UV-B辐射增强与CO2加富共同作用的复合响应

Combined Effects of Enhanced UV-B Radiation and Enriched CO_2 on Marine Microalgae

UV-B辐射对海洋微藻有明显的伤害作用，其损伤的主要目标是蛋白质、DNA和光合色素等。

The main targets are protein , DNA and photosynthetic pigments , and so on .

海洋微藻中EPA和DHA的超临界CO2提取方法研究

A study on sc-co_2 extracting technology of EPA and DHA from marine micro-algae

采用一次培养实验方法，研究了Cd（Ⅱ）对8种常见海洋微藻生长的影响。

Effects of Cd (ⅱ) on the growth of 8 species of marine microalgae were studied in batch culture experiment .

北极微藻在不同UV-B辐射强度下的生物学效应变化研究

Biological Changes of Arctic Microalgae under Different Intensity of UV-B Radiation

UV-B辐射对两种海洋微藻生长的影响

The effect of UV-B irradiation on growth of two marine microalgae

海洋微藻对UV-B辐射的生理生化响应

The physiological and biochemical responses of marine microalgae to UV-B radiation

利用海洋微藻生产DHA和EPA的研究现状及前景

Progress and prospect of production of DHA and EPA from oceanic microalgae

不同营养因子对微藻3种培养方式生产EPA的影响

Influence of different nutrient substance on epa-yielding under three culture modes by microalgae

本文通过实验和CFD优化微藻培养反应器结构，以提高生产效率。

The reactor structure of energy microalgae is studied through experiment and CFD to improve production efficiency .

利用变性淀粉微胶囊化微藻单细胞DHA油脂的研究

Study on Modified Starch Microencapsulation of DHA Single Cell Oil from Microalgae

3种赤潮微藻SOD活性的变化是指示UV-B辐射增强的优选生物学指标。

Therefore , the change of SOD activity was the best biomarker to indicate UV-B radiation enhancement .

UV-B辐射对2种海洋微藻的生理效应

The Physiological Effect of UV-B Radiation on Microalgae Two Species of Marine Microalgae

3种赤潮微藻对UV-B辐射处理的敏感性

The sensitivity differences between three species of red tide microalgae to UV-B radiation treatment

海洋微藻ChlorellasP.1061的脂类特征与分类探讨

Lipid characteristics and Taxonomic Implication of marine microalgae Chlorella sp. 1061

7种海洋微藻对UV-B辐射的敏感性差异分析

The sensitivity variability of seven species of marine microalgae to the influence of UV-B radiation

利用微藻培养生产DHA的研究进展

Progress in DHA Production by Microalgae Culture