软骨藻酸

软骨藻酸对小鼠脑组织HO-1蛋白表达的影响

Effects of domoic acid on heme oxygenase-1 protein expression in mouse brain

软骨藻酸对H4细胞氨基酸释放和Ca~（2+）浓度的影响

Effects of domoic acid on amino acid release and intracellular free Ca ~ ( 2 + ) in H4 Cell

血红素氧化酶在软骨藻酸对细胞DNA损伤中的作用

The role of heme oxygenase system in cell DNA damage induced by domoic acid

结果表明，HPLC方法是检测水及水生动物中软骨藻酸的简便有效方法。

The result showed that HPLC analysis was a simple and effective method for determining domoic acid in water and aquatic animals .

结论软骨藻酸能诱导H4细胞DNA损伤，HO系统对这种损伤有一定的保护作用。

Conclusion HO system may play a protective role in H4 cell DNA damage induced by domoic acid .

为了解水及水生动物体内软骨藻酸的污染状况，采用高效液相色谱（HPLC）方法检测了部分水及水生动物中软骨藻酸的含量。

The content of domoic acid in water and in the body of some aquatic animals was detected by HPLC in order to find out the pollutant condition .

David教授称在三月八日收集来的死鱼胃里应为含有软骨藻酸经过测验呈强烈的阳性。

Professor David Caron said fish collected on March eighth , the day of the kill , tested " strongly positive " for domoic acid in their stomach contents .

目的研究血红素氧化酶（HemeOxygenase，HO）系统在软骨藻酸（domoicacid，DA）对H4细胞DNA损伤中的作用。

Objective To study the role of heme oxygenase system ( HO ) in H4 cell DNA damage induced by domoic acid .

Caron教授表示，软骨藻酸中毒会导致一些鱼反常游动。

Professor Caron said research shows that domoic acid poisoning can cause swimming in some kinds of fish .

高效液相色谱法测定贝类中的软骨藻酸

High Performance Liquid Chromatographic Determination of Domoic Acid in Shellfish Samples

鲜淡菜中软骨藻酸的液相色谱紫外法研究

Research on Determination of Domoic Acid in Fresh Mussel by Liquid Chromatography

国外软骨藻酸的研究概况

A survey of the study of domoic acid abroad

拟菱形藻软骨藻酸研究进展

Progress in the study of domoic acid from Pseudo-nitzschia

或者软骨藻酸可以解释这些鱼涌入码头的原因。

Or the domoic acid may help explain why they entered the marina .

软骨藻酸是一种功能强大的神经毒素一类的微藻生产。

Domoic acid is a powerful neurotoxin produced by one kind of microalgae .

记忆缺失性贝类毒素的主要成分&软骨藻酸的毛细管电泳分析

Capillary Electrophoretic Analysis of Amnesic Shellfish Toxin-Domoic Acid

部分海洋贝壳动物体内检出软骨藻酸；海水及地面淡水中未检出软骨藻酸。

Domoic acid has been found in some marine shellfish and not in seawater or freshwater .

软骨藻酸和谷氨酸受体

Domoic acid and glutamate receptors

为防止软骨藻酸中毒，应加强软骨藻酸污染状况的监测。

It is necessary to strengthen monitoring the contamination of domoic acid to prevent the toxin poisoning .

软骨藻酸还可能造成吃了这些中毒鱼类的动物神经紊乱和死亡。

Domoic acid can also cause neurological disorders and death in animals that eat fish poisoned with the neurotoxin .

卡隆教授表示，研究人员证实，软骨藻酸可以导致某些鱼类的异常游动。

Professor Caron said research shows that domoic acid poisoning can cause abnormal swimming in some kinds of fish .

该分子印迹聚合物还可用于软骨藻酸标准品的制备。

Furthermore , the molecularly imprinted polymer can also be applied in preparation of the domoic acid standard substance . 3 .

这些贝壳类动物的滤食性动物，并可以累积较高层次的有毒物质，包括软骨藻酸，所产生的微小藻类。

These shellfish are filter feeders and can accumulate high levels of toxics including domoic acid , produced by microscopic algae .

南加州大学的研究人员证实，第二天在雷东多比奇西南方20公里处收集的浮游生物中含有很高的软骨藻酸。

Researchers from USC confirmed that plankton collected about twenty kilometers southwest of Redondo Beach the next day had very high levels of domoic acid .

采用含甲醇的水溶液，选择性地提取鲜淡菜中软骨藻酸，经离心、过滤等手段进行样品处理，在最优化的条件下进行液相色谱检测。

The method includes the selective extraction of domoic acid in fresh mussel , the pretreatment with centrifuge and filter , chromatographic analysis in the optimized conditions .

当这些鱼都涌入有限的空间时，沙丁鱼体内高含量的软骨藻酸会加剧水中缺氧的影响。

High levels of domoic acid in the sardines may have worsened the effects of oxygen loss in the water as the fish crowded into a limited space .

当这些鱼拥挤进入有限的空间，沙丁鱼体内高含量的软骨藻酸会加剧水域中氧气缺乏的影响。

High levels of domoic acid in the sardines may have ed the effects of oxygen loss in the water as the fish crowded into a limited space .

目的观察胎儿关节软骨细胞在藻酸钙微载体培养中的特征，探讨用藻酸钙微载体培养胎儿关节软骨细胞的优缺点。

Aim To investigate the advantages and disadvantages of calcium alginate on microcarrier culture of fetus articular chondrocytes .

结论软骨细胞以藻酸钙为载体在具有正常免疫功能的动物体内能形成特定形态的软骨组织。

Conclusion Predetermined shapes neocartilage can be regenerated using calcium alginate as a carrier of chondrocytes in the bodies of immune animals .

结果实验组，于注射复合软骨细胞的藻酸钙凝胶载体第2周时，HE染色结果显示皮下注射点出现大量软骨细胞增殖，第4周时有软骨组织形成；

Results In the HE stained specimens in the experimental groups , proliferation of chondrocytes was demonstrated at the 2nd week and the formation of neo-cartilage at the 4th week after injection of calcium alginate chondrocyte-composite .