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1)  Antarctic ice microalgae
南极冰藻
1.
Preliminary study on the antiultraviolet irradiation active substances of mycosporine-like amino acids from four kinds of Antarctic ice microalgae;
4种南极冰藻中抗紫外辐射活性化合物类菌胞素类氨基酸(MAAs)的初步研究
2.
Antarctic ice microalgae refers to micro algae which lives in the Antarctic sea ice, the sea ice edge or water.
南极冰藻就是指生活在南极海冰、海冰边缘或海水中的一大类微藻。
3.
The contribution proportion of Antarctic ice microalgae to Antarctic sea ice ecosystem primary productivity exceeds 20%, and Antarctic ice microalgae are rare biological community on the Earth capable of vigorously growing in sea ice.
南极冰藻对南极海冰生态系统初级生产力的直接贡献率超过20%,是地球上能够在海冰中旺盛生长的罕见的生物群落。
2)  antarctic ice alga
南极冰藻
1.
Purification and molecular configuration primary analysis of free radical scavenging substances in antarctic ice alga Berkeleya rutilans H-15;
南极冰藻Berkeleya rutilans H-15中清除自由基活性物质的分离纯化及其结构分析
2.
In order to construct the cDNA library from Antarctic ice alga Chlamydomonas sp.
为构建南极冰藻Chlamydomonassp。
3)  Antarctic ice algae
南极冰藻
1.
Heterotrophic cultivation research of Antarctic ice algae Chlorophyceae B-7;
南极冰藻绿藻B-7的异养培养
2.
The growth-promoting effect of magnesium glycinate was studied by culturing 2 species of Antarctic ice algae L1 and H1 in magnesium glycinate solutions at different concentrations (0, 25×10 -6, 50×10 -6, 100×10 -6, 200×10 -6, 400×10 -6).
研究了甘氨酸镁对南极冰藻的促生长作用。
4)  antarctic ice microalga
南极冰藻
1.
Optimum culture of antarctic ice microalgae Pyramidomonas sp. and Chlorophyceae L-4;
南极冰藻Pyramidomonas sp.和Chlorophyceae L-4的优化培养
2.
Responses of bio-chemical compositions of four Antarctic ice microalgae to UV-B irradiation enhancement;
4种南极冰藻的生化组成对UV-B辐射增强的响应
5)  Antarctic cyanophyceae
南极蓝藻
1.
Effect of UV-B on the Morphology, Ultrastructure and Biochemical Constituents of Antarctic Cyanophyceae-B and Induction of the Synthesis of Anti-UV and Anti-Oxidant Bioactive Substances;
UV-B辐射对南极蓝藻-B形态、生理生化的影响及其对抗紫外抗氧化活性物质的诱导
6)  Antarctic Chlamydomonas
南极衣藻
1.
Study on Expressed Sequence Tags of Griffithsia Japonica and Phylogenetic of Antarctic Chlamydomonas;
日本凋毛藻表达序列标记及南极衣藻分子系统学研究
补充资料:南极冰盖

在南极大陆上覆盖着巨厚的冰盖,它的面积达1398万平方千米,最厚的地方4200为米。南极冰盖的总体积多达2450立方千米,如果全部融化,全球洋面将升高60米,地球上的陆地面积将因此而缩小2000万平方千米。这将会给世界上人口相对稠密的低海拔地区造成巨大灾难。

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