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1·Aim: To clone MAR-binding protein cDNA fragment from Dunaliella salina.

目的：克隆杜氏盐藻核基质附着区(MAR)结合蛋白片段。

2·Conclusion: The cloned sequence is probably MAR binding protein cDNA fragment from Dunaliella salina.

结论：所克隆的序列可能为杜氏盐藻MAR结合蛋白片段。

3·The experiment study regulation of different consideration fe on growth and material accumulation of Dunaliella salina.

实验研究了不同浓度的铁对盐藻细胞生长与物质积累的调控作用。

4·Aim: To clone the cross-intron genomic DNAs of the duplicated carbonic anhydrase (DCA1) and carbonic anhydrase (CA1) genes from Dunaliella salina.

目的：克隆杜氏盐藻双拷贝碳酸酐酶(DCA1)和碳酸酐酶(CA1)基因跨内含子基因组dna序列。

5·The results showed that the surface of Dunaliella salina cells has hydrophobicity and the hydrophobicity changed with cell growth phase and culture conditions.

结果表明，盐藻细胞表面具有疏水性质，其疏水性与细胞生长阶段及环境条件有关。

6·It has been proved by animal tests that Dunaliella salina powder soft capsule possesses the functions of anti-radiation, tumor inhibition and immunity enhancement.

动物试验表明盐藻粉软胶囊具有抗辐射、抑制肿瘤和免疫调节的保健功能。

7·Contains extracts from three natural sources - dunaliella salina algae, palm fruit oil and marigold flowers? That are beneficial to body parts with dense blood capillaries, such as eye cells.

提炼自三种天然浓缩素，包括杜氏海藻、棕榈果油及万寿菊，对微丝血管密集的部位如眼球细胞起重要保护作用。

8·In this thesis, the biological characteristic of Dunaliella salina, which included the axenic purification, physiology characteristics and genetics characteristics, was studied systematically.

本文系统研究了杜氏盐藻的生物学特性，主要内容包括杜氏盐藻无菌纯化、杜氏盐藻生理学特性、杜氏盐藻遗传学特性等三部分。