1)microcystins藻毒素
1.Study on microbe enrichment effect of assembled-medium and its removal to microcystins in Lake Taihu water source;组合介质的微生物富集效果及其去除太湖水源水中微囊藻毒素的研究
2.Review of technologies for control of microcystins;微囊藻毒素污染控制技术的研究进展
3.Development of Assay Methods and Hazards of Microcystins;藻毒素的危害及分析方法进展
英文短句/例句
1.Progress on Degrading Algal Poison of the Blue Algal by Microorganism利用微生物降解蓝藻藻毒素研究进展
2.Relationship between extra-cellular microcystin and intra-cellular microcystin水体中溶解性微囊藻毒素与藻类细胞内微囊藻毒素的关系研究
3.Toxic Effects of Microcystin-LR to Rat;微囊藻毒素LR对大鼠毒性效应研究
4.PHOTOCATALYTIC DEGRADATION OF MICROCYSTIN-LR WITH CHLOROPHYLL叶绿素作用下微囊藻毒素-LR的光降解
5.Inactivation of Algae and Degradation of Microcystins by Electrochemical Oxidation and Pulsed Magnetic Field;杀灭和降解水中藻细胞与藻毒素的电磁效应
6.Study on the Effect of Killing Algae and Removal of Microcystin-LR by Electro Catalytic Oxidation;电催化氧化杀藻和去除藻毒素的效果研究
7.The Interactivity of Algae-lysing Microorganism and Microcystin;几株溶藻微生物与微囊藻毒素的相互作用
8.The Study on the Toxicity and Toxicological Mechanism of Microcystin-LR;微囊藻毒素-LR的毒性和毒作用机制的研究
9.The Effect of Environmental Factors on Microcystins Production of Microcystis Aeruginosa and the Decrease of Microcystins by Lemna Minor;环境因子对铜绿微囊藻产毒的影响及浮萍对微囊藻毒素的去除
10.Ecological Studies on Microcystins in Lakes Chaohu and Taihu;巢湖和太湖微囊藻毒素的生态学研究
11.Researches on the Apoptosis Mechanisms Induced by Microcystins;微囊藻毒素诱导细胞凋亡机理的研究
12.Removal of Microcystin-LR from Drinking Water by Fenton Reagent;Fenton作用去除藻毒素的效能与机制
13.The Induction, Isolation, Extraction and Identification of Cyanophycean Toxin;蓝藻毒素的诱导、分离、提取及鉴定
14.Application of Raman spectroscopy in the detection of Microcystin拉曼光谱在微囊藻毒素检测中的应用
15.Influence of pH on microcystins oxidation by chlorinepH对氯氧化微囊藻毒素能力的影响
16.Elimination of interferences in the determination of trace level microcystins微囊藻毒素测定中产生的干扰及排除
17.Degradation of MC-LR by Combination of UV/H_2O_2 ProcessUV/H_2O_2工艺降解微囊藻毒素-LR
18.Contamination and Food Safety of Cyanobac Terial Toxins in Eutrophic Freshwater富营养化水体藻毒素污染与食品安全
相关短句/例句
microcystin藻毒素
1.Mechanism of microcystin removal from eutrophicated source water by aquatic vegetable bed;水生植物床去除富营养化水源水中藻毒素的机制(英文)
2.Screening the High Efficient Bacteria for Degrading Microcystin-LR and Their Removal Efficiency;高效藻毒素降解菌的筛选及其降解藻毒素的效能研究
3.Investigation of Microcystin-LR and Identification of Toxic Algae Strains in A Reservoir;水库水的藻毒素污染调查及产毒藻株的分离鉴定
3)Algae toxins藻毒素
1.Algae are growing quickly in natural water and producing amounts of algae toxins.受人类生活与生产的影响,自然水体被富在营养化,导致藻类滋生,并产生大量藻毒素,严重威胁到人类饮用水的安全。
2.How to control water blooms and eliminate algae toxins is a difficult problem to the field of environmental science.藻毒素是湖泊水华现象滋生的有害有毒污染物,它严重恶化了饮用水水源地的水质,有效控制水华爆发及去除藻毒素是环境科学领域的一个难题。
3.This paper discusses the quality and safety of urban drinking water in the fields of algae toxins,by-products of disinfection,endocrine disrupters,aluminum concentration exceeding the standard and secondary pollution of effluent liquid.阐明了目前我国城镇供水水质安全所存在的问题:主要从藻毒素、消毒副产物、内分泌干扰物、铝浓度超标、出厂水的二次污染等五个方面加以讨论,且分析了它们的危害及产生原因。
4)algae toxin藻毒素
1.Monitoring and control of algae toxins in surface water;地表水中藻毒素的监测与控制研究
2.Introduced the research of control and treatment of pollution of algae and algae toxin in drinking water recently the physical and chemical characteristics and control criterion of microcystins.系统介绍了近几年国内外饮用水藻类和毒素污染控制及处理方法的研究近况 ;藻毒素的理化特性和控制标准 ;提出了一些今后在藻毒素污染控制及处理方面值得进一步研究及需要关注的问
3.In this paper,various advanced treatment techniques and developing tendency of drinking water were reviewed,and the hazard of the presence of endocrine disruptors and algae toxins in drinking water and their removal methods were discussed.综述了国内外广泛应用的饮用水深度处理技术及其发展现状,提出了今后的研究方向,阐述了饮用水中内分泌干扰物质和藻毒素的危害及去除方法,同时,介绍了具有特殊功能的活性水和功能水。
5)algal toxin藻毒素
1.The pollution of algal toxins in the drinking water in Henan Province and its control;河南省饮用水中藻毒素污染与控制对策
2.The degradation of algal toxin Microcystin-LR (MCLR) through electrochemical oxidation processes and its influence factors were studied.使用Ti/RuO2阳极,对电氧化法降解微囊藻毒素MCLR的效能及其影响因素进行了研究。
6)cyanotoxins蓝藻毒素
1.On account of the unsafe factors of cyanotoxins, this paper provides a review of cyanotoxins and their analytical methods.鉴于蓝藻毒素的安全性问题 ,对蓝藻毒素及其分析方法进行了综述 ,首先阐述了蓝藻毒素的分类及各自产生的主要藻种、毒素的作用机理、半致死剂量等 ,然后从生物法、生物化学法、化学法三个方面介绍了蓝藻毒素的分析检测方法 ,最后还从加强监测控制、完善检测手段、制定相应水质标准等方面提出了建议 ,相信对更好地认识及控制蓝藻及其毒素会有一定的帮
延伸阅读
岩藻毒素分子式：CAS号：性质：又称蛤蚌毒素，岩藻毒素。石房蛤是一种属软体动物的贝类生物。当贝类吞食了含有神经毒素的涡旋鞭毛藻类，如链状膝沟藻（Gonyaulax catanella），小丽腰鞭虫（G.calenella），塔玛琳膝沟藻（Gonyaulax tamalrensis）等，人再食用此类贝类而中毒。食用了生长有含毒的涡旋鞭毛藻类的海域的贝类易发石房蛤毒素中毒症。中毒症状呈麻痹性，食后几分钟后就由口唇、舌头和手指尖麻木开始，接着腿、臂和颈部感觉麻木，并伴有周身肌肉运动失调、患者常有一种像腾云驾雾样的感觉，随着病情发展可有呼吸困难，重者在2～12h内以呼吸麻痹而死亡，如24h后仍活着，一般预后良好。1971年美国佛罗里达州出现大规模含有石房蛤毒素的藻类形成大规模“红潮”时被毒死的鱼，估计达2270万公斤以上，对渔业危害很大。通常从“红潮”，又称“赤潮”中的涡旋鞭毛藻类中提取，在生化上作用钠通道阻断剂。
