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different hypothermia
相关语句
  不同低温
     Experimental Research on Different Hypothermia Combined with Pharmacological Preconditioning to Enhance Cerebral Hypoxia-tolerance
     不同低温与药物预处理相结合提高脑缺氧耐受性的实验研究
短句来源
     Effects of Different Hypothermia on Cerebral Oxygen Metabolism During Cardiopulmonary Bypass
     不同低温麻醉下体外循环对脑氧代谢的影响
短句来源
     Objective: In order to study the changes of L-EK and cAMP inplasma and different brain regions and their mechanisms in different hypothermia mice to supply a theoretical basis for study of neuroendocrinclogy and hypothermia fields.
     目的:旨在研究不同低温条件下,这些物质含量变化及影响变化的机制,为内分泌及低温领域提供一定的理论基础。
短句来源
     Objective: To study the changes in plasma AVP and AngⅡ and the change mechanism in different hypothermia in rats for providing a theoretical basis for neuroendocrinology and hypothermia field.
     目的:探索不同低温条件下大鼠血浆AVP、AngⅡ含量的变化机制,为内分泌及低温领域提供一定的理论基础。
短句来源
     Objective To observe the effects of different hypothermia on cerebral oxygen metabolism during cardiopulmonary bypass(CPB).
     目的 观察不同低温麻醉下体外循环 (CPB)对脑氧代谢的影响。
短句来源
  “different hypothermia”译为未确定词的双语例句
     When the ischemic hearts were at different hypothermia accompanied with CCS, the recovery rate of left ventricular function and contents of ATP in SIP1 and SIP2 group were significantly higher than that of SCon 1 group and SCon 2 gr oup respectively(P<0.01,P<0.05),the contents of MDA in the two IP gr ou ps were lower than that of the two control groups.
     SIP1、SIP2组的左心室各功能指标的恢复率及心肌组织的ATP含量均分别显著高于SCon1组和SCon2组 ,其心肌组织MDA含量亦分别低于SCon1组和SCon2组。
短句来源
  相似匹配句对
     The different O.
     不同的O.
短句来源
     Different Stamps
     与众不同的邮票
短句来源
     The Experimental Research of Hypothermia from Immersing in Seawater by Compared with Different Methods
     不同方法对海水浸泡性体温过低症犬的复温效果
短句来源
     Observation on complications of ice blanket hypothermia apparatus under different modes
     冰毯降温仪不同降温模式下的并发症观察
短句来源
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The effect of cardiopulmonary bypass in different hypothermia on brain tissue was studied. Lactate dehydrogenase (LDH), creatine phosphokinase (CPK) in cerebral spinal fluid and histochemical analysis of LDH, CPK, ATP-ase in brain tissue were used as indicators in 18 mongrel dogs underwent cardiopulmonary bypass with ischemic arrest for 1 hour produced by infusing 4℃ potassium cardioplegic solution at aortic root every 20 minutes to protect the myocardium. The animals were randomly designed into four different...

The effect of cardiopulmonary bypass in different hypothermia on brain tissue was studied. Lactate dehydrogenase (LDH), creatine phosphokinase (CPK) in cerebral spinal fluid and histochemical analysis of LDH, CPK, ATP-ase in brain tissue were used as indicators in 18 mongrel dogs underwent cardiopulmonary bypass with ischemic arrest for 1 hour produced by infusing 4℃ potassium cardioplegic solution at aortic root every 20 minutes to protect the myocardium. The animals were randomly designed into four different systemic temperature groups i.e.Group Ⅰ (n=7), 18-24℃; Group Ⅱ (n=6), 25-28.4=0; Group in (n=5) 35-37℃, and Group Ⅳ, served as blank control without cardiopulmonary bypass, for which only anesthesia and thoracotomy was induced.It was found that LDH and CPK in CSF showed no. significant change in Group Ⅰ, but increased moderately in gronp n, and considerably in Group Ⅲ. Results in the histochemical study of cerebral tissues were similar to that of the CSF. The authors proposed that determination of CSF-LDH and/or-CPK were useful clinically in assessing cerebral damage. The profound hypothemia per se did not cause brain damage, instead it was a protective measure during cardiopulmonary bypass.

以脑脊液LDH、CPK及组化LDH、CPK、ATP-ase反应作为观察指标,探讨不同程度低温体外循环对脑组织的影响。结果发现,深低温组脊 LDH液及CPK 无明显变化;中度低温组略有增高;而常温组则显著增高(P<0.01)。脑细胞组化酶学反应结果显示情况与脑脊液酶学测定结果基本一致,表明脑脊液LDH 及/或CPK 测定在评价脑细胞损害方面有其临床应用价值。据此,作者认为,深低温本身不足以造成脑部损害,反而对脑组织有一定的保护作用。

Objective: In order to study the changes of L-EK and cAMP inplasma and different brain regions and their mechanisms in different hypothermia mice to supply a theoretical basis for study of neuroendocrinclogy and hypothermia fields. Methods: L-EK, cAMP, Ca2+ and Mg2+ of plasma and different regions were observed by RIA and atom aborption methods. Results: and Conclusions: Compared with control, L-EK, cAMP, Ca2+ and Mg2+ in the experimental groups were much increased (P<0.01),and they might...

Objective: In order to study the changes of L-EK and cAMP inplasma and different brain regions and their mechanisms in different hypothermia mice to supply a theoretical basis for study of neuroendocrinclogy and hypothermia fields. Methods: L-EK, cAMP, Ca2+ and Mg2+ of plasma and different regions were observed by RIA and atom aborption methods. Results: and Conclusions: Compared with control, L-EK, cAMP, Ca2+ and Mg2+ in the experimental groups were much increased (P<0.01),and they might be concerned with body temperature regulation.

目的:旨在研究不同低温条件下,这些物质含量变化及影响变化的机制,为内分泌及低温领域提供一定的理论基础。方法:本实验采用放射免疫法对36只大鼠在不同低温环境中亮氨酸-脑啡肽(L-EK)、环一磷酸腺苷(cAMP)、CA2+及Mg2+含量进行观察。结果和结论:实验各组与对照组相比,L-EK、cAMP、Ca2+及Mg2+差异具有显著性(P<0.01)。提示:在寒冷刺激过程中L-EK、cAMP、Ca2+及Mg2+参与体温调节。

Objective: To study the changes in plasma AVP and AngⅡ and the change mechanism in different hypothermia in rats for providing a theoretical basis for neuroendocrinology and hypothermia field. Method: The effects of cold stimulation on the plasma AVP and AngⅡ were observed by RIA. Results: Compared to the control group, the plasma AVP and AngⅡ in the experimental groups were increased significantly (P<0.01). Conclusion: It is suggested that the cold stimulation has obvious effects on plasma AVP and...

Objective: To study the changes in plasma AVP and AngⅡ and the change mechanism in different hypothermia in rats for providing a theoretical basis for neuroendocrinology and hypothermia field. Method: The effects of cold stimulation on the plasma AVP and AngⅡ were observed by RIA. Results: Compared to the control group, the plasma AVP and AngⅡ in the experimental groups were increased significantly (P<0.01). Conclusion: It is suggested that the cold stimulation has obvious effects on plasma AVP and AngⅡ and AVP and AngⅡ is involved in body temperature regulation.

目的:探索不同低温条件下大鼠血浆AVP、AngⅡ含量的变化机制,为内分泌及低温领域提供一定的理论基础。方法:本实验采用低温模型,使用放射免疫法观察以上指标。结果:与对照组相比,实验各组AVP、AngⅡ差异具有显著性(P<0.01)。其中8℃~10℃组和-1℃~-2℃组显著升高。2℃~4℃组显著下降。结论:浅低温可明显影响AVP、AngⅡ含量的变化,AVP、AngⅡ参与体温调节。

 
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