赤潮藻

运用PCR-RFLP技术区分赤潮藻

Distinction of Red Tide Causing Algae by Using the PCR-RFLP Technology

改性膨润土对赤潮藻种及海水中DRP、COD的去除效应

Effect of bentonite modified removing red tide organisms and DRP 、 COD of sea water

研究了外源NO与金属（Fe、Cu）对微藻生长的共同影响，并探讨了金属对微藻培养液中NO浓度的影响。（4）研究了外源高浓度NO对赤潮藻的抑制作用及规律。

Study the effect of exogenous NO and trace metals ( Fe , Cu ) on the growth of marine microalgae , and discuss the influence of trace metals on the NO concentration in the culture medium ;

本研究利用S1酶能够保护完全匹配的双链核酸的性质，将分子生物学中的酶保护分析技术和夹心杂交技术融合在一起，创立了双特异分子探针技术以实现对赤潮藻的检测。

In this study , combining traditional S1 enzyme analysis with sandwich hybridization , sandwich hybridization integrated with nuclease protection assay ( NPA-SH ) was developed .

羟基自由基能够分解叶绿素a，破坏赤潮藻细胞膜结构完整性；可以降低SOD酶活性，实现致死赤潮藻的效果。

Hydroxyl radicals can decompose chlorophyll a , destroy the structural integrity of red tide algae cell membrane . It can decrease the activity of SOD enzyme , realize the lethal effect of red tide algae .

几种海藻和赤潮藻的DCMU增益荧光比率及其与增殖速率的关系

Dcmu-enhanced fluorescence ratio and its relation to growth rate in various seaweeds and red tide species

由于同离子效应，反应介质中高价金属阳离子的存在提高了亚稳态HDTMA的量，因此相应的改性粘土具有更高的赤潮藻去除能力。

Because of the homo-ion effect the bivalent or trivalent metal ions induced more HDTMA in metastable state and the corresponding organo-clays had high capacities to remove red tide organisms .

三角褐指藻是极具危害的赤潮藻之一。

Phaeodactylum tricornutum is one of the harmful red tide algae .

赤潮藻毒素检测研究进展（综述）

Research development of analysis of red tide phycotoxins ( Review )

有害赤潮藻对浮游动物影响的研究进展

Research advance in effects of harmful algal bloom species on zooplankton

海洋胶体物质的性质及其对有害赤潮藻生长的影响

The Properties of Marine Colloids and Their Influence on Micro-algal Growth

我国东海4种赤潮藻的细胞氮磷营养储存能力对比

Nutritional Storage Ability of Four Harmful Algae from the East China Sea

大米草对赤潮藻的抑制作用及其抑藻物质的分离鉴定稻草浸泡液的抑藻效果与抑藻活性组分的初步分析

Preliminary Analysis on Algal Inhibition by Rice Straw Extract and Allelopathic Components

凹凸棒石改性及其用于去除赤潮藻的研究

Study on Modified Attapulgite and Its Application of Removing Red Tide Algae

赤潮藻毒素生物合成研究进展

Studies on Biosynthesis of Algal Toxins in Red Tide : A Review

玉米叶对我国几种典型赤潮藻生长的影响研究

Study on effect of corn leave on growth of some HABs algae

基于双特异分子探针技术的赤潮藻自动化分析仪研制

Research on Biochemical Analysis Instrument for Red Tide Alga Based on Double-Differential-Molecule-Probe Technique

赤潮藻毒素危害及其检测方法研究进展

Research Progress on Algal Toxins of the Red Tide and its Detection Analysis

麻痹性贝毒素是其中重要的一类赤潮藻毒素。

Paralytic ( shellfish ) poisonings are one of the main red tide toxins .

氮磷比对两种赤潮藻生长特性的影响

Influence of N / P Ratio on The Growth of Two Red Tide Algae

中国沿海典型赤潮藻的生态位研究

Study on Niche of Representative Harmful Algal Bloom Species in the Coastal Waters of China

四种赤潮藻多克隆抗体的制备及特异性分析

The preparation and characterisation analysis of polyclonal antibodies against the 4 kinds red - tide algae

赤潮藻毒素的检测常规方法&生物法和化学法；

Biological and chemical methods are by far the common assays used to analyze the toxins .

双特异分子探针技术的建立及对十二种常见赤潮藻的检测

Establishment of Sandwich Hybridization Integrated with Nuclease Protection Assay and Detection of Several HAB Species with It

一些藻际细菌对赤潮藻有抑制甚至裂解作用。

Some bacteria in the phycosphere could control the growth of algal cells and even lyse them .

大亚湾浮游植物群落结构与赤潮藻分子鉴定研究

Studies on the Phytoplankton Community and Molecular Identification of Typical HAB Species in Daya Bay , South China Sea

赤潮藻对桡足类摄食、产卵及孵化影响的研究进展

Advances of research on effects of red tide algae on the feeding , egg production and hatching of copepods

两种海洋细菌对赤潮藻的细胞生物量的影响研究

Influence on the cell biomass of red tide alga Alexandrium tamarense ( lebour ) balech cul-tured with two marine bacteria

休眠期是甲藻和硅藻抵御外界不利环境条件的一种有效的生理反应机制，也是许多赤潮藻生活史中的一个重要生活阶段。

Resting stage is an effectively physiologic mechanism and an important life stage for dinoflagellates and diatoms avoiding from adverse environmental conditions .

本论文介绍了船载近海赤潮藻自动化生化分析工作站电气控制系统的研制。

This dissertation mainly introduces the research on electric control system of ship-carrying automatic biochemical analysis workstation for maritime red tide alga .