cardioplegia
释义
心脏停搏[法]；
权威例句
Cardioplegia balloon cannulaIntermittent antegrade warm blood cardioplegia
Performing cardiac surgery without cardioplegia
Retrograde continuous warm blood cardioplegia: a new concept in myocardial protection.
The short-term and long-term effects of warm or tepid cardioplegia
Advantages of blood cardioplegia over continuous perfusion or intermittent ischemia. Experimental and clinical study
Prospective, randomized trial of retrograde warm blood cardioplegia: myocardial benefit and neurologic threat.
Superoxide dismutase plus catalase enhances the efficacy of hypothermic cardioplegia to protect the globally ischemic, reperfused he...
Effects of potassium channel modulation during global ischaemia in isolated rat heart with and without cardioplegia
Remote ischaemic preconditioning reduces myocardial injury in patients undergoing cardiac surgery with cold-blood cardioplegia: a ra...
1. Objective: To evaluate the myocardial protection of changing temperature blood cardioplegia for heavy valve replacement.
目的：探讨变温含血停跳液对重症心脏瓣膜置换的心肌保护作用。
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2. Objective To compare the effect of hyperpolarizing cardioplegia and depolarizing cardioplegia on the porcine coronary artery tone.
目的比较超极化心脏停搏液和去极化心脏停搏液对猪冠状动脉张力的影响。
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3. Myocardial protection in the present research is still mainly concentrated in the low temperature, cardioplegia, the myocardial protective effect of drugs, perfusion methods.
目前有关心肌保护的研究课题仍主要集中在低温、心脏停跳液、对心肌有保护作用的药物、灌注方法等方面。
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4. To evaluate the effect of continuous retrograde cold blood cardioplegia on myocardial protection.
目的：观察持续逆行灌注冷血停搏液对心肌的保护作用。
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5. Objective To observe the effect of lidocaine hyperkalemia warm blood cardioplegia (LHKWBCP) on dog electrocardia action.
目的观察利多卡因高钾温血心停搏液对犬心电活动的影响。
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6. Objective To observe the therapeutic effect of continuous warm potassium containing blood cardioplegia(warm group) and intermittent cold blood cardioplegia(cold group) in open heart surgery.
目的观察含钾温氧合血持续和冷氧合血间歇灌注心肌保护方法应用于先天性心脏病直视手术的疗效。
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7. The study shows that continuous oxygenated warm blood cardioplegia perfusion coronary artery is a safty, effective method, which can prevent clod injury and ischemic reperfusion damage.
本实验说明持续灌注氧合心麻液是一种安全、有效的心肌保护方法，可避免心脏冷损伤及缺血心肌再灌注损伤。
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8. Conclusion The myocardial protective effect of tepid blood cardioplegia in an isolated working heart model was dependable.
结论亚低温血微量持续灌注对心肌保护的效果是可靠的。
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9. Conclusion:Continuous tepid blood cardioplegia perfusion has better protective effect on myocardium than intermittent cold crystalloid cardioplegia perfusion.
结论：持续微温血灌注对心肌的保护作用较以往间断冷晶体灌注为佳。
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10. Objective To investigate the effects of clod plasma cardioplegia on the function and structure of immature myocardium.
目的评价冷血浆停搏液对未成熟心肌结构及功能的影响。
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11. This study tests the hypothesis that L-glutamate-enriched blood cardioplegia provides safe and effective protection in an isolated working heart model.
采用兔离体工作心模型，研究谷氨酸强化冷血停搏液对未成熟心肌的保护效果。
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12. Conclusion United-infusion of cold and warm blood cardioplegia solution is superior to cold blood cardioplegia solution in children with congenital heart disease.
结论冷温血停搏液联合灌注对儿童先天性心脏病病人的心肌保护作用优于冷血心脏停搏液。
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13. Objective:To evaluate clinical efficacy of the terminal warm blood cardioplegia reperfusion for myocardial protection in the patients undergoing valve replacement.
目的：评估末次温血停搏液灌注对瓣膜置换术患者的心肌保护作用。
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14. Conclusion:The terminal warm blood cardioplegia reperfusion is of benefit to the myocardial protection in patients undergoing valve replacement.
结论：末次温血停搏液灌注对瓣膜置换术患者具有良好的心肌保护作用。
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15. Objective To study the myocardial protective effects of cold crystalloid cardioplegia and warm blood cardioplegia administration.
目的研究冷晶体及温血停搏液对心肌的保护作用。
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16. The effectiveness of cold cardioplegia of the heart can be measured by placing a temperature probe in the left ventricle and directly measuring the temperature of the heart.
冷心脏停博的效果可以通过在左心室放置温度传感器直接测量心脏温度来判定。
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17. Continuous warm oxygenated blood cardioplegia is superior to cold crystalloid cardioplegia for myocardial protection.
持续含氧温血灌注停跳法对心肌保护优于冷晶体停跳液法。
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18. Objective To evaluate the effect of cardioplegia solution supplemented with diazoxide(DZ) and fructose-1,6-diphosphate(FDP) on myocardial energy metabolism in preserved rat hearts.
目的观察附加二氮嗪（DZ）与1，6-二磷酸果糖（FDP）心麻痹液对冷保存大鼠心肌能量代谢的作用。
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19. Methods Divide 53 patients into two groups: blood cardioplegia group(B-CAD) and crystalloid cardioplegia group (C-CAD).
方法将53例择期手术的CAD患者分为两组：血液停跳液组（B-CAD）和晶体停跳液组（C-CAD）。
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20. Conclusion Oxygenated blood cardioplegia solution is superior to cold crystalloid cardioplegia solution for myocardial preservation.
结论氧合血心肌停搏液较冷晶体心肌停搏液具有更好的保护心肌效果。
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21. Conclusion:Cold blood cardioplegia appears to be superior in safety, release of myocardial enzymes and protection of the myocardial ultrastructure to crystal cardioplegia.
结论：含血停跳液有很多优点，如临床安全性、心肌酶释放减少、超微结构损伤轻等。
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22. Microscopic examination showed that myocardial edema was milder in group P. Conclusion Cold plasma cardioplegia exerts less effects on the function and structure of immature myocardium.
结论冷血浆停搏液比冷晶体停搏液对未成熟心肌结构和功能的影响较小。
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23. Objective To assess the effects of myocardial protection by intermittent warm blood cardioplegia(IWBC).
目的研究间断温血灌注的心肌保护效果。
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24. Results:The results showed that the postoperative complications could be reduced significantly by the method of continuous oxygenated blood cardioplegia.
结果：氧合血心脏停搏液持续灌注方法术后低心排血量综合征、室性心律失常发生例数和起搏器使用率较低；
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25. CONCLUSION Modified cold cardioplegia gives more protections for warm ischemia donor heart in structure and function.
结论改良心肌保护液可有效改善供心因短暂常温热缺血而造成的结构和功能损害。
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26. Conclusion:The continuous warm oxygenated blood cardioplegia is a good method for myocardial protection, and is superior to intermittent cold crystalloid cardioplegia.
结论：氧合血心脏停搏液持续灌注比冷晶体心脏停搏液间断灌注在心肌保护方面具有明显的优越性，是一种较好的心肌保护方法。
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27. METHODS Deep hypothermia low flow rate (DHLF) were used during CPB, 4:1 cold blood hyperkalemic cardioplegia were used in all patients.
方法CPB采用深低温低流量（DHLF），心肌保护为4：1高钾含血停搏液灌注。
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28. Conclusion The technic of "warm-cool-warm"provdes more myocardium protection than simple cool blood cardioplegia in congenital heart disease patients.
结论温-冷-温灌注技术更有利于先心病矫治术中患者的心肌保护。
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29. Conclusion The technic of "warm-cool-warm"provdes more myocardium protection than simple cool blood cardioplegia in congenital heart disease patients.
结论温-冷-温灌注技术更有利于先心病矫治术中患者的心肌保护。
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30. Concerning its physiological structure, metabolism and function, this article respectively compared the advantages and disadvantages of utilizing cold or warm cardioplegia and crystalloid or blood technique, and discussed the integrated myocardial protection technique.
本文结合婴幼儿未成熟心肌在生理结构、谢和功能上的特点,回顾和总结了低温与常温,晶体与血液灌注等技术各自的优缺点,并就温冷结合加终末温血灌注的一体化综合心肌保护技术作一综述。
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cardioplegia
