暴露在象那些在合成表面麻醉剂中那样的高浓度局麻药能导致严重反应如癫痫发作和心律失常。
Exposure to high concentrations of local anesthetics, like those in compounded topical anesthetic creams, can cause grave reactions including seizures and irregular heartbeats.
目的探讨乙胺噻嗪抗心律失常作用是否与抑制慢反应心肌细胞有关。
METHODS The beating rate and action potentials of cultured slow response cardiomyocyte from neonatal rats was recorded.
结果老年患者在治疗过程中最易发生的心脏毒性反应为心律失常和急性左心衰。
Results we found that the most incidental heart toxic reactions during therapy period were arrhythmia and left heart failure.
结果两组患者在心悸、心律失常以及总不良反应的发生率差异有统计学意义（P〈0．05）。
Results The two group in the incidence rate of cardiopalmus, arrhythmia and total adverse reaction were significantly different(P <0.05).
结论：稳心颗粒具有显著的抗心律失常作用，且无明显不良反应，安全性好。
Conclusion: Wenxin Keli has the function of anti arrhythmia obviously and it is safe in usage.
严重的副反应包括心律失常、血小板减少和超敏反应等，而且可出现与其他药物的交叉反应。
Serious adverse events have included cardiac arrhythmias, thrombocytopenia, and severe hypersensitivity reactions; potentially serious interactions with other drugs can also occur.
辅助检查结果提示患者全心扩大、心律失常，生化检查提示超敏c反应蛋白持续增高。
The results of auxiliary examinations showed enlargement of heart and cardiac arrhythmia. Biochemical examination also indicated the increased hyper-sensitive C-reactive protein.
结果含乌头碱类药物致不良反应共653例，主要涉及神经和心血管系统，主要表现为各种类型心律失常。
RESULTS: a total of 653 aconitine induced ADR cases were found, involving mainly the nervous system and the cardiovascular system, with arrhythmias of different types as the main symptom.
两组均未出现严重不良反应。结论：静脉联用胺碘酮与美托洛尔治疗快速心律失常安全且有效。
There was no obvious adverse effect in both groups. CONCLUSION: Intravenous amiodarone combined with metoprolol is effective and safe in the treatment of tachycardia.
结果在6个月的随访中，所有患者未观察到与起搏器相关的房性和室性心律失常及其他不良反应事件。
Results Patients were followed up for 6 months, and no pacemaker-associated atrial and ventricular arrhythmias and other adverse events were observed.
由这些结果，我们推论在活体动物内，抗登革病毒且具交叉反应的自体抗体与自体抗原的结合，会导致细胞功能的失常或破坏。
We conclude that the anti-dengue antibodies that cross-react to autoantigen will cause target cell to damage or function loss.
由这些结果，我们推论在活体动物内，抗登革病毒且具交叉反应的自体抗体与自体抗原的结合，会导致细胞功能的失常或破坏。
We conclude that the anti-dengue antibodies that cross-react to autoantigen will cause target cell to damage or function loss.
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