Progress in study of quantitative detection of tetrodotoxin

河豚 毒素定量检测的研究进展

Methods The emergency rescue measures and outcomes of33 cases tetrodotoxin intoxication were reviewed .

方法总结分析33例诊断明确的 河豚 鱼中毒患者采取不同抢救方法与效果。

The concentrations of tetrodotoxin in 17 livers and 20 muscles of puffer fishes were detected by mouse bioassay and indirect competitive inhibition enzyme-linked immunosorbent assay ( ELISA ) respectively .

应用小鼠生物试验和间接竞争抑制酶联免疫吸附试验（ELISA）同步检测17份河豚鱼肝组织和20份河豚鱼肌肉组织中的 河豚 毒素含量.并对2种方法进行比较。

The Puffer fish has Tetrodotoxin .

河豚鱼有 河豚 毒素。

Objective : Summarize the rescue experience of a collective tetrodotoxin food poisoning .

目的：总结一起集体 河豚 毒素食物中毒抢救经验。

Microbial Synthesis Transformation and Degradation of Tetrodotoxin

TTX的微生物合成及微生物转化和降解的 可能性

Toxicity of tetrodotoxin towards mice and rabbits

河豚 毒素对小鼠和家兔的毒性研究

Intoxication mechanism of tetrodotoxin and Its clinical treatment

河豚 毒素中毒机理与临床救治 探讨

The intoxication mechanism of tetrodotoxin ( TTX ) and its effective treatment methods were introduced in this article .

探讨 河豚 毒素（TTX）的中毒机理及临床TTX中毒的有效救治措施。

Effects of cardioplegia with tetrodotoxin on intracellular sodium overload of ischemia / reperfusion cardiomyocytes

河豚 毒素停搏液对缺血/再灌注心肌细胞钠超载的影响

Influence of tetrodotoxin on sodium channel and the possible mechanism of the analgesic effect

河豚 毒素对钠通道的影响及其可能的镇痛机制

Objective To evaluate the electrophysiological changes in patients with acute tetrodotoxin ( TTX ) poisoning .

目的分析急性河豚毒素（ tetrodotoxin， TTX）中毒患者的神经电生理变化的 特点 与 意义。

Tetrodotoxin can be found in the liver ovaries and skin and accidental death is the common result of ineffectual removal .

河豚的肝、卵巢和皮肤都含有河豚 毒素，如果去除得 不够 干净会导致意外死亡。

Study on Processing of Tetrodotoxin Mechanism of Poisoning and Preparation

河豚 毒素中毒机制和 防治的研究进展

Rapid Determination of Tetrodotoxin in Human Urine and Plasma Using Hydrophilic Interaction Liquid Chromatography Coupled with Triple Quadrupole Mass Spectrometry

亲水液相色谱三重四极杆质谱联用法快速检测尿液和血浆中 河豚 毒素

Objective To investigate the protective effects of polarizing cardioplegia with Na + channel inhibitor tetrodotoxin ( TTX ) in ex vivo rat heart preservation .

目的研究含Na+通道阻滞剂 河豚 毒素（TTX）极化停搏液在离体大鼠心脏保存中的心肌保护作用。

On the other hand the possibility dehydration tetrodotoxin was tested and characterized based on the roast fish dried sliced processing in the experiment .

另一方面，基于本研究中对鱼片干进行烘烤的处理方法，对脱水 河豚 毒素进行了检测和表征。

Effects of Tetrodotoxin Cardioplegia on Cardiomyocyte Apoptosis and Related Protein Expression in Rat Hearts

河豚 毒素对 缺血 再灌注大鼠心肌细胞凋亡及相关蛋白表达的影响

The analgesia effect of tetrodotoxin ( TTX ) in mice treated with chemical and thermal stimuli was studied .

为探讨 河豚 毒素（TTX）镇痛作用与剂量的效应关系，应用化学刺激和热刺激法研究了TTX对小鼠的镇痛作用。

Objective : To study the analgesic effects and mechanisms of microdose of tetrodotoxin ( TTX ) combined with morphine .

目的：研究微量河豚毒素（ tetrodotoxin， TTX）与吗啡联合给药的协同镇痛效应并探讨其作用机制。

Development of a Direct Competitive ELISA Method for Tetrodotoxin Detection

河豚 毒素直接竞争ELISA检测方法的研究

The effects of tetrodotoxin ( TTX ) monoclonal antibody ( McAb ) 8A_5 on TTX blockade of sodium channel were studied with the use of neuropharmacological and electrophysiological techniques .

应用神经药理和电生理技术探讨了河豚毒素（ Tetrodotoxin， TTX）单克隆抗体8A＿5对河豚毒素阻滞钠通道作用的影响。

Determination of tetrodotoxin in globefish by gas chromatographymass spectrometry

河豚鱼中 河豚 毒素的气相色谱质谱法测定

Study on quantitative determination of tetrodotoxin by high performance liquid chromatography-fluorescent detection

河豚 毒素的高效液相/荧光精确定量技术研究

A method for the determination and analysis of tetrodotoxin ( TTX ) in nassarius using liquid chromatography-mass spectrometry ( LC-MS ) has been developed .

建立了液相色谱-质谱法测定织纹螺中 河豚 毒素的分析方法。

Effects of intracerebroventricular tetrodotoxin and veratridine on the MAC of isoflurane in rats

侧脑室注射 河豚 毒素和藜芦定对大鼠异氟醚MAC的影响

Sodium channel in AT-1 cells is highly sensitive to blocker tetrodotoxin .

钠通道对阻滞剂 河豚 毒高度敏感。

Study on Application of Membrane Separation Technology in Purification and Concentration of Tetrodotoxin

膜分离技术在 河豚 毒素纯化及浓缩中的应用研究

Tetrodotoxin is one of the strong marine neural toxins which block sodium channels .

河豚 毒素是钠离子通道阻断剂，是一种强海洋神经毒剂。