1)Myocardium oxygen delivery心肌供氧
英文短句/例句
1.Change of Aerobic Working Capacity and Myocardial Oxygen Supply of Coronary Heart Disease Patients after Cardiac Rehabilitation;冠心病人康复训练后有氧工作能力和心肌供氧的变化
2.Effects of Rocuronium on Myocardial Oxygen Supply-Demand in Patients with Rheumatic Heart Disease during Induction of Anaesthesia罗库溴铵对风湿性心脏病患者心肌供氧和耗氧量的影响
3.Effects of Creatine on the Translocation of Glucose Transport Protein4 in Hypoxic H9C2 Cardiomyocytes;肌酸对缺氧H9C2心肌细胞GLUT4转位的影响
4.The New Drug Candidates Targeting Cardiac Mitochondria Against Hypoxia-injury;靶向心肌线粒体抗心肌缺氧损伤药物的研究
5.Experimental Research of Integrated Myocardial Protection for Hypoxia Immaturity Myocardium of Rat Heart;鼠未成熟缺氧心肌综合心肌保护的实验研究
6.Apoptosis and Donor Heart on Ischemie-reprefusion Injury供心缺血再灌注损伤与心肌细胞凋亡
7.H_2O_2-induced Oxidative Injury to Cultured Cardiac Myocytes and Cardioprotective Effects of Melatonin;过氧化氢对培养心肌细胞的氧化损伤和褪黑素的心肌保护作用
8.Consumed oxygen of myocardium is large, oxygen intake much, oxygen uptake potency low. So the demand of myocardium to oxygen increase mainly depends on coronary distension.心肌耗氧量大，摄氧多，摄氧潜力低。故心肌对氧需求增加主要依赖冠脉扩张。
9.Acute Coxsackie Virus Myocarditis and Oxidative Stress急性柯萨奇病毒性心肌炎与氧化应激
10.The Effect of High Pressure Oxygen on the Recover of Cardiac Muscle Fatigue of White Rats;高压氧对大白鼠心肌疲劳恢复的作用
11.Effect of Long-term Endurance Exercise on Cardiac Apoptosis长期有氧运动对心肌细胞凋亡的影响
12.Cardioprotection role of hypoxia-inducible factor-1缺氧诱导因子-1在心肌保护中的作用
13.Effects of adiponectin against hydrogen peroxide induced myocardial injury in cultured rat neonatal cardiomyocytes脂联素对氧应激所致心肌损伤的影响
14.Electron microscopic observation on freeze etching of lack oxygen-reoxygen myocardial cdll of baby dog缺氧－复氧幼狗心肌细胞冷冻蚀刻电镜观察?
15.Aerobic exercises can enhance the ability of muscle to use oxygen and improve heart and lung fitness.有氧运动能提高肌肉的运氧能力，改善心肺功能。
16.Study on Mechanism of Hypertrophic Cardiomyocytes Apoptosis Induced by Hypoxia and Reoxygenation;缺氧/复氧诱导肥大的心肌细胞凋亡的机制研究
17.Study of the Protective Effect of Lovastatin on Hypoxia-Reoxygenated Cardiomyocytes;洛伐他汀对缺氧复氧心肌细胞保护作用的研究
18.Effects of Prostaglandin E_1 on Hypoxia/Reoxygenation Apoptosis in Cultured Neonatal Rat Cardiomyocytes;PGE_1对缺氧复氧乳鼠心肌细胞凋亡的影响
相关短句/例句
myocardial hypoxia心肌缺氧
1.Protective effect of Acanthopanecis senticosus injection in rats with acute myocardial hypoxia;刺五加注射液对小鼠急性心肌缺氧的保护作用
3)hypoxic cardiomyocyte心肌缺氧
1.Objective: To study the effect of tolerance hypoxia of hypoxic cardiomyocyte mice by combined application of compound solvia miltiorrhiza injection and betaine hydrochloride,to compare the effect of the two drugs with that used alone,and to establish a laboratory foundation in developing new drugs.目的观察复方丹参注射液与盐酸甜菜碱合用对心肌缺氧小鼠耐缺氧作用的影响,并比较两药单用的效果,为研究新药提供实验依据。
4)myocardial anoxia心肌缺氧
1.Objective: To observe the effect of total saponin from Shengmaisan on myocardial anoxia by oral and intravenous administration so as to provide some experimental evidence for its further development.目的 :研究生脉散总皂苷口服和静脉给药抗心肌缺氧作用 ,并观察静脉给药的量效和时效性 ,为其临床应用提供实验依据。
2.Four effective prescriptions of Gualou xiebai baijiu tang extracts on myocardial anoxia and ischemia were investigated in mice and rats.考察了 4种组方的栝楼薤白白酒汤提取物抗小鼠心肌缺氧及大鼠心肌缺血作用 。
5)Myocardial oxygen consumption (MVO_2)心肌耗氧
6)centralized oxygen supply中心供氧
延伸阅读
电缆供油装置允许供油压力计算电缆供油装置允许供油压力计算calculation of the permissible pressure for cable oil feeding equipment d旧nlan gongyou zhuangZh【yunXU gongyou yol一J，suon电缆供油装t允许供油压力计算(calculationof the permissible pressure for eable 011 feedingequipment)为使充油电缆的油压保持在允许范围内，根据电缆线路的最大和最小允许工作压力，对电缆线路在环境温度最高的夏季满载时供油装t的最大允许供油压力，和在环境温度最低的冬季不带电时供油装t的最小允许供油压力的计算.最大和最小允许供油压力.取决于电缆线路的长度、高差、负荷和环境沮度等因素。 如图所示为由压力供油箱(见充油电垅供油装!)在一端供油的充油电缆线路最大和最小允许供油压力分布情况.P叮mi。P X 10一2 ~尸“m‘。十nP’r一几人沪万不万万二气陪片l一一一一一一一一一一一一_一产尸一 终端头.|一|州|||人;点叠掩__支________--一丁----------一终瑞头压力箱 卜 屯电组旦老 电缆线路由压力供油箱在一端供油时的压力分布 静态压力计算在电缆线路的负荷不变时，电缆内部的油压为静态压力。 (1)在夏季满载时压力箱的供油压力最大，线路最低处B点的油压为线路上的最大静油压，此值要小于电缆的最大允许静油压，即式中尸PT。、。为压力箱的最小允许供油压力，MP。;h、为电缆线路最高处A点的高程，m;Pcsml。为电缆的最小允许静油压，MPa，其余符号的意义同式(l). 暂态压力计算在电缆线路的负荷变化时，电缆内部的电缆油因膨胀或收缩而产生的油流在油道内分别产生暂态压力升或暂态压力降，两者均简称为暂态压力。在油压变化的暂态过程中.作用在电缆上合成的瞬时压力为暂态发生前的静态压力与暂态压力升之和。 (”电缆负荷增加时，在电缆线路的最低处B点出现最大瞬时压力不得大于电缆的最大允许瞬时油压。暂态压力升的最大值出现在冬季电缆线路由不带负荷状态突然满载时，但此时B点的静态压力最小.最大静态压力是在夏季满载时，但在夏季接近满载时产生的暂态压力升并不是最大值。因此要正确计算静态压力和暂态压力升两者之和的瞬时压力的最大值是很复杂的，但可按图所示近似地把B点的最大静态压力与最大暂态压力升之和视为最大瞬时压力，于是压力箱的最大允许供油压力应满足下列条件 尸p，二，二△尸，一尸。T，~ ‘井锣终;十h。
