1) percutaneous myocardial laser revascularisation
经皮激光血运重建术
1.
Currently,there were the non-conventional therapies to treat the refractory angina pectoris,which include pharmacotherapy,therapeutic angiogenesis,percutaneous myocardial laser revascularisation,spinal cord stimulation,enhanced external counterpulsation.
目前对顽固性心绞痛的治疗包括非常规药物治疗、治疗性血管再生、经皮激光血运重建术、脊髓刺激、增强型体外反搏,心脏冲击波疗法及经皮心肌冷冻疗法等,新的治疗方法也在不断探索中。
2) percutanous transluminal laser myocardial revascularization(PMR)
经皮激光心肌血运重建
1.
Objective To report the effects and follow-up results of percutanous transluminal laser myocardial revascularization(PMR) for the treatment of serious coronary disease.
目的报告和分析经皮激光心肌血运重建术(PMR)治疗严重冠心病患者的疗效和随访结果。
4) transmyocardial laser revascularization
激光血运重建术
1.
Clinical study of transmyocardial laser revascularization treating coronary artery disease;
激光血运重建术治疗冠心病的临床研究
5) Transmyocardial laser revascularization
激光心肌血运重建术
1.
Nursing of patients with coronary heart disease undergoing transmyocardial laser revascularization;
激光心肌血运重建术治疗冠心病病人的护理
2.
Therapeutic effect of transmyocardial laser revascularization combined with VEGF gene on collateral circulation for myocardial ischemia;
激光心肌血运重建术结合转VEGF基因对缺血心肌侧枝循环的影响
3.
Objective Transmyocardial laser revascularization combined with omentum graft was used for treatment of ischemic dog s myocardium and to observe the change of perfusion and hyperplasia of newly formed capillaries in the is- chemic area was studied so as to explore a new method of treatment.
目的采用激光心肌血运重建术(TMLR)联合大网膜移植作用于犬的缺血心脏,观察缺血心肌血供的变化和新生毛细血管的增生情况。
6) percutaneous revascularization intervention
经皮血运重建
1.
We herein: evaluate the current evidence of the use of percutaneous revascularization intervention(PCI)for unprotected LMS.
在此,本文在汇总了经皮血运重建技术(PCI)干预无保护左主干、对比支架和外科手术治疗无保护左主干的随机对照研究资料的基础上,总结认为,对于适合外科手术的无保护左主干狭窄患者,CABG仍旧是血运重建的首选。
补充资料：胎儿经皮血氧分压
胎儿经皮血氧分压
〖HT5”SS〗transcutaneous PaO2，PtO2
在生产过程中，用消毒剃刀把胎儿头皮上的毛发剃去后，把经皮血氧监护仪的探头用丙烯酸胶粘在头皮上测得。其与胎儿头皮血测得的PaO2基本相同。平均为2.5kPa。宫缩开始后50秒钟胎儿PtCO2下降。宫缩消失后，胎儿PtCO2又恢复正常。持久或频繁的宫缩引起胎儿缺氧，胎儿PtCO2降到1.33kPa以下，可引起胎儿心率减慢。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条