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Keywords Ulva pertusa Kjellm;Chlorophyta;Polysaccharides;Chemical analysis; 孔石莼;绿藻;多糖;化学分析;
Keywords ulva pertusa;chlorophyll;abstraction technology; 石莼;叶绿素;提取工艺;
Keywords Ulva pertusa;phenolic compounds;sterol;triterpene;diterpene; 孔石莼;芳香性化合物;甾醇;三萜;二萜;
Keywords Ulva pertusa;absorption;piscatorial wastewater;nutrient salt; 孔石莼;吸收;养殖废水;营养盐;
Keywords Ulva pertusa;allelopathic effects;allelochemicals;chemical ecology; 孔石莼;克生活性物质;克生效应;化学生态学;
Keywords Ulva pertusa;extraction;separation;structure;anticoagulant; 孔石莼;多糖;提取;分离;结构;抗凝血活性;
Ulva pertusa Kjellm 孔石莼
Keywords Ulva pertusa;Polysaccharide;Ethanol extract;Hyperlipaemia;Hypolipemic-effect; 孔石莼;多糖;乙醇提取物;高脂血症;调血脂;
Keywords Ulva pertusa;chemical composition;biological activity;research progress; 孔石莼;化学组分;生物活性;研究进展;
Keywords Ulva pertusa;phytoplankton （Platymonas subcordiformis）;phosphorus;algal density; 孔石莼;浮游微藻（亚心形扁藻）;磷;种群密度;
Keywords Ulva pertusa Kjellm.;polysaccharides;hyperlipemia;antilipemic;biological activity; 孔石莼;多糖;高脂血症;降血脂;生物活性;
Keywords Ulva pertusa;Gracilaria lemaneiformis;Heterosigma akashiwo;allelopathy;nutrition competition;harmful algal bloom（HAB）; 石莼;江蓠;赤潮异弯藻;相生相克;营养竞争;有害赤潮;
Keywords Ulva pertusa;（2;4-dichlorophenyl）-2;4-dichlorobenzoate;N-phenyl-2-naphthylamine;methoxyflavones;4-ethoxybenzoic acid; 孔石莼;（2;4-二氯苯基）-2;4-二氯苯甲酸酯;N-苯基-2-萘胺;甲氧基黄酮;对乙氧基苯甲酸;
The effect of Ulva Pertusa on the removal of nutrient salt in piscatorial wastewater was studied. 在养殖废水中,利用大型海藻-孔石莼,研究其对各营养盐的吸收情况。
Chlorophyta Ulva pertusa,a kind of marine macroalgae,was widely used in the fields of food and medicine. 孔石莼是一种大型绿藻,在食品、药物等领域具有广泛应用。
Ulva pertusa is an edible macroalgae of Chlorophyta, and has many traditional active properties such as against heatstroke, hydropsy and so on. 孔石莼(UIva pertusa Kjellm)是一种广泛分布于太平洋沿岸的大型野生绿藻,具有软坚散结,利水消肿之功效,为我国一种传统的药用海藻。
Results showed that Ulva pertusa can remove nutrient salt effectively and plays a role in the purification of wastewater. 在养殖废水中,利用大型海藻-孔石莼,研究其对各营养盐的吸收情况。
This paper presents a study of the effect of initial algal density and phosphorus concentration on the competition between Platymonas subcordiformis and Ulva pertusa. 本文以磷浓度和种群密度为变量,以亚心形扁藻为浮游微藻代表,采用实验生态学手段研究了大型海藻孔石莼与浮游微藻(亚心形扁藻)间的竞争。
In this thesis, the responds of Ulva pertusa Kjellman and Platymonas helgolandica Kylin var. tsingtaoensis to UV-B radiation were studied by Indoor Emulative Experiment. 摘要通过室内添加模拟试验研究了UV-B辐射增强对孔石莼（重量固定）与青岛大扁藻（密度不同）间生长关系的影响。
Keywords seaweed, U/va pertusa Kjellm, aminoacylase, alkaline phosphatase, inhibition dynamics; 海藻;孔石莼;氨基酞化酶;碱性磷酸酶;抑制动力学;