Effects of a-naphthol on the glutathione and its reductase in Chlorella.
萘酚对小球藻谷胱甘肽及其还原酶的影响。
Unicellular green alga chlorella is kind of important eukaryotic microalga.
摘要单细胞真核藻类-小球藻是一种重要的微藻资源。
Our research also showed that the Chlorella virus is very specific to its host.
研究还表明小球藻病毒对宿主有很强的专一性。
The bioavailability of protein found in Spirulina is comparatively lower than Chlorella.
螺旋藻所含的蛋白质，其蛋白质的生物可用度较绿藻低。
For an in-depth look at both spirulina and chlorella, read Superfoods for Optimum health .
深入研究这两个螺旋藻和小球藻，从而了解优等食品的对人体的最佳健康模式。
The results indicate that chlorine dioxide has good efficacy in killing chlorella in water.
结果表明，二氧化氯对水中小球藻具有很好的杀灭效果。
Unique pure line chlorella vulgaris species with thin 3 layer cell wall for easy digestion.
独有的纯净3层细胞墙绿藻素有效帮助消化。
The toxicities of the Dichlorvos to the Marine Chlorella at different salinities were researched.
本文对不同盐度下敌敌畏对海水小球藻的毒性效应进行了研究。
One popular health food for today health conscious is the algae products such as Chlorella and Spirulina.
含有保健意识的藻类如绿藻和蓝藻是现今最流行的保健食品。
The harvesting of the chlorella is optimize to provide the best chlorella with optimize nutrients contents.
收割后的绿藻提供最完好并充满营养的绿藻素。
Objective: To study the antitumor activity and immune modulation of extract from Chlorella pyrenoidosa Chick. (CE).
目的：研究蛋白核小球藻提取物（CE）的抗癌作用及其对免疫功能的影响。
Chlorella is noted for its high cellular lutein content, which makes it a potential resource for lutein production.
与其它叶黄素源相比，小球藻具有生长迅速、可进行异养培养、含游离叶黄素等优势。
The studies on bean product wastewater treatment were carried out by using Photosynthetic Bacteria and Chlorella vulgaris .
对光合细菌与小球藻复合处理豆制品有机废水进行了研究。
This chlorella extract-containing material is used in a chlorella-containing drink or a chlorella-containing food additive.
该含小球藻提取物的物质被用于含小球藻的饮料或含小球藻的食品添加剂。
The biomass of Chlorella vulgaris was increased without influence on its chlorophyll content when nitrate was used as nitrogen source.
在以硝酸盐为氮源时，谷氨酸可增加小球藻的生物量，对叶绿素含量无明显影响。
PurposeThe main components, stability and its stimulating immunity on mice of chlorella growth factor (CGF) were investigated in this study.
目的研究小球藻生长因子(CGF)的主要成分、稳定性及其增强小鼠免疫调节的生理活性功能。
Kale, spirulina, parsley and chlorella offer a super green blend of detoxifying antioxidants and vitamins to promote healthy, youthful skin.
甘蓝、螺旋藻、欧芹和小球藻提供一个超级绿色排毒抗氧化剂和维生素，促进肌肤保持健康和年轻。
The nutritional substances and the control of conditions on the heterotrophy of Chlorella are reviewed, and its applications are introduced.
介绍了小球藻异养培养的营养需求，条件控制以及应用前景。
The growth and utilization of nitrogen, phosphorus of Chlorella ellipsoidea L1 strain were studied under autotrophic and heterotrophic conditions.
研究了自养与异养条件下小球藻对富营养化水体中氮、磷的利用及藻体的生长。
Haematococcus is found in the scientific community following the Spirulina, Chlorella, the rich nutritional value and medicinal value of the algae food.
红球藻是目前科学界发现的继螺旋藻、小球藻之后，富含营养价值和药用价值的藻类食品。
In this study, a three factor and four level orthogonal experiment was designed to study the biologic effect of ultrasonic radiation on Marine Chlorella.
设计了一个超声频率、超声功率和辐射时间三因素四水平的正交实验，研究超声辐射对海水小球藻的生物效应。
The most recommended form of chlorella is “broken-cell”, which increases the availability of the nutrients, and is available in tablets, capsules, or powder.
小球藻最受推荐的存在形式是“细胞破碎”式，这样增加了可提供的养分，并可以制成片剂，胶囊剂，或粉末。
But a human can only choke down so much algae each day. Even if algae was all one ate, chlorella only provides 10 percent of the daily nutrients a person needs.
一个人一天能勉强下咽的绿藻实在有限，而且，就算一个人只吃绿藻，小球藻每天能为人类提供的养分也只达到人类所需的十分之一。
To study the relationships between the co-immobilized nitrifying bacteria and Chlorella system and the remove efficiency of nitrogen and phosphorus in waste water.
探讨共同固化硝化细菌与小球藻体系生物量变化与去除氮磷效果的关系。
The effects of plant hormones, IBA and 6-ba, on the flask fed-batch heterotrophic culture and the constituents of Chlorella vulgaris were researched in this paper.
研究了植物激素IBA与6 - BA对摇瓶分批流加异养培养小球藻的生长及化学组成的影响。
The invention extracts the nucleotide, proteins, polysaccharide, Chlorella vulgaris dry powder and etc. so as to utilize the Chlorella vulgaris adequately and reasonably.
本发明对小球藻具体提取了核苷酸、蛋白质、多糖、藻干粉等，所以对小球藻的利用非常充分、非常合理；
Both the culture technology researches and the constituent analyses will lay a foundation for the application of plant hormones in the heterotrophic culture of Chlorella vulgaris.
培养工艺研究与化学组成分析将为植物激素应用于小球藻的异养培养奠定基础。
Both the culture technology researches and the constituent analyses will lay a foundation for the application of plant hormones in the heterotrophic culture of Chlorella vulgaris.
培养工艺研究与化学组成分析将为植物激素应用于小球藻的异养培养奠定基础。
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