What is the translation of " MICROALGAE " in Chinese?

• 微藻
• 微型藻类

Examples of using Microalgae in English and their translations into Chinese

It's probably the best place in the world to grow microalgae.
这里可能是世界上最适合种植微藻类的地方。

Scientists modified microalgae to convert sunlight into valuable medicine.
改良的微藻将阳光转化为有价值的药物.

At present, the researchers are trying to find the best way to cultivate different species of microalgae on a large scale.
目前，研究人员正在寻找大规模培养不同种类的微藻的最佳方法。

They screen and identify omega-3 rich microalgae strains, and optimize production.
他们筛选和鉴定富含omega-3的微藻菌株，并对其进行优化生产。

Microalgae are also being used in the treatment of wastewater, and lip-absorption of greenhouse gases.
微藻也被用于处理废水和温室气体的唇吸收。

In this study, the group applied this system in microalgae, to a kind of cyanobacteria that lives in water.
在这项研究中，该团队将该系统应用于微藻，一种生活在水中的蓝藻。

Microalgae Bioprocess Engineering is an academic curricular of the Process and Bioprocess Master's Degree.
MicroalgaeBioprocessEngineering是过程和生物过程硕士学位的学术课程。

However, the research team emphasizes that the method using genetically modified microalgae has its limitations at present time.
然而，研究小组强调，使用转基因微藻的方法目前存在局限性。

Microalgae, which are found in different phyla, are a largely untapped reservoir of novel and valuable bioactive compounds.
微型藻类见于不同门类，蕴含新型、珍贵的生物活性化合物，而且基本上未经开发利用。

With such a focus on the possibilities that microalgae can offer, various industrial methods have been developed for its production.
随着对微藻所能提供的可能性的关注，各种工业方法已经被开发出来用于其生产。

Current research includes investigating the production of fatty acids, pigments, vitamins and other bioactive compounds by microalgae.
当前的研究包括调查微型藻类生产脂肪酸、色素、维生素及其他生物活性化合物的情况。

What's even more incredible are the possible implications that 3D printed microalgae could have on 3D printed human or mammalian tissue.
而更令人难以置信的是3D打印的微藻能够用在3D打印的人或哺乳动物组织上。

The preference for microalgae has been reduced to a small complex structure, fast growth rates, and high oil content(for some species).
对微藻的偏爱主要是由于它们结构不太复杂，生长速度快，油含量高（对某些物种而言）。

OISE-1064672, Systems analysis for large-scale production of microalgae and investigation of nutrient and energy by-product recovery.
瓦兹-1064672，为规模化生产微藻和营养和能量的副产品回收的调查系统的分析。

Microalgae include both cyanobacteria,(similar to bacteria, and formerly called“blue-green algae”) as well as green, brown and red algae.
微藻既包括蓝藻(类似于细菌,以前称为"蓝绿藻"),也包括绿色、棕色和红色藻类。

Perfect sales channels and complete after-sales service are the strong guarantee that Green A can become a leading domestic microalgae company.
完善的销售渠道和完备的售后服务是绿A能够成为国内领先微藻领域公司的有力保障。

This preference towards microalgae is due largely to its less complex structure, fast growth rate, and high oil content(for some species).
对微藻的偏爱主要是由于它们结构不太复杂，生长速度快，油含量高（对某些物种而言）。

Sulphated polysaccharides are characteristic of macroalgae(they are not found in terrestrial plants, nor fresh water microalgae or yeast cell walls).
硫化多糖是大型藻类特有的（在陆地植物、淡水微藻或酵母细胞壁中均未发现）。

Green microalgae are photosynthetic water organisms that use sunlight and a few other nutrients to transform CO2 into energy and biomass.
绿色微藻是一种光合水生物，它利用阳光和其他一些营养物质将二氧化碳转化为能量和生物量。

Biocompatibility tests with human and mouse cells show that these magnetized microalgae are not harmful and could be used as biohybrid microrobots.
人和鼠细胞的生物相容性测试表明，这些磁化的微藻是无害的，可以用作生物混合的微型机器人。

To use microalgae as green protein source and to profit from their healthy nutritional aspects, it is necessary to apply them in great amounts.
要使用微藻作为绿色蛋白来源，利用其健康，营养的一面，需要大量的培养它们。

Open-air cultivation of this sort is completely normal in the farming world, and iWi has demonstrated that microalgae can be grown like any other crop.
在农业世界，这种露天种植是完全正常的，iWi已经证明微藻可以像其他作物一样生长。

She has also studied how microalgae and bacteria work together and how this impacts the composition of microbial communities in open algae cultures.
她还研究了微藻和细菌如何协同工作，以及这如何影响开放藻类培养中微生物群落的组成。

Bäckhammars Algbruk(Bäckhammar's Algae Factory) is a pilot plant where microalgae take up nutrients from waste water and fix carbon dioxide from flue gas.
BäckhammarsAlgbruk（Bäckhammar水藻厂）是一座试验工厂，在这里，微藻汲取废水中的养分并吸收烟气中的二氧化碳。

The preference for microalgae has come about due largely to their less complex structure, fast growth rates, and high oil-content(for some species).
对微藻的偏爱主要是由于它们结构不太复杂，生长速度快，油含量高（对某些物种而言）。

Economic opportunities for nutrients derived from microalgae have been deemed to be comparatively smaller than those derived from other commodity crops.
从微藻中提取营养物质的经济机会被认为比从其他商品作物中提取营养物质的机会要小。

Microalgae have received much attention in biomass production due to many strains having a high biomass productivity per unit time and per unit area.
微藻在生物质生产中已引起广泛关注，因为许多菌株在单位时间和单位面积内拥有高的生物质生产力。

She also studied how microalgae and bacteria work synergistically and how it affects the composition of microbial communities in open algae cultures.
她还研究了微藻和细菌如何协同工作，以及这如何影响开放藻类培养中微生物群落的组成。

Thus microalgae could provide a source of clean energy with little impact on the provisioning of adequate food and water or the conservation of biodiversity.
因此，微藻可以提供清洁能源，对提供充足的食物和水或保护生物多样性几乎没有影响。

Marine microalgae toxicology research is of a big importance because they are widespread and constitute the basis of the food chain in the ocean.".
因此，开展海洋中微型藻类的毒理学研究非常重要，因为它们分布广泛，是形成海洋食物链的基础。