目的探讨在脑创伤和亚低温干预后肠道吸收功能的改变。
Objective To study the effect of brain trauma and moderate hypothermia on intestinal absorptive function in rats.
超微结构显示常温组和亚低温组心肌均有缺血性损伤，但亚低温组的损伤较常温组轻。
The ischemic myocardial damage in the rat of mild hypothermic group was milder than that of normal thermic group.
目的评估和比较体外血液冷却和体表降温形成亚低温对兔心肺复苏后的脑保护作用。
Objective To compare the protective effects of mild hypothermia induced by extracorporeal blood shunt cooling or surface cooling on brain after resuscitation from cardiac arrest.
目的探讨亚低温对大面积脑梗死患者血清神经元特异性烯醇化酶(nse)和超氧化物歧化酶(SOD)的影响及临床意义。
ObjectiveTo investigate the effect of mild hypothermia on neuron specific enolase (NSE) and superoxide dismutase (SOD) in serum of patients with large-area cerebral infarction.
结论局部亚低温可调节脑出血后血浆npy、NT、CGRP和ET的浓度，具有明显的脑保护作用。
Conclusion Local mild hypothermia therapy can obviously modulate the concentration of plasma NPY, nt, CGRP and ET post acute cerebral hemorrhage.
结论：亚低温能明显减轻脑组织形态学和神经功能损害，提示亚低温有脑复苏效果。
Conclusions: the results suggest that mild hypothermia can markedly reduce early brain morphological and functional injury, and it has beneficial effect on cerebral resuscitation.
大量临床和实验研究证明，亚低温治疗对脑部疾病具有肯定的疗效。
A vast amount of clinical and experimental researches have demonstrated that mild hypothermia therapy has a definite effect on cerebrovascular diseases.
微创钻颅术联合病灶中心亚低温联合治疗高血压脑出血可明显降低病死率和致残率。
Combined minimally invasive surgery crashing and aspirating hematoma with mild hypothermia on locus center can obviously lower the death rate and the mutilate rate of intracerebral hemorrhage.
亚低温能有效抑制脑梗死后AQP4的表达和血脑屏障通透性的增加。
Mild hypothermia may relieve cerebral edema after cerebral infarct since it can inhibit AQP4 expressions and increase blood brain-barrier permeability.
以亚州百合为试材，探讨了低温冷藏、设施栽培和赤霉素结合低温处理对亚洲百合开花及新球繁殖的效应。
Effects of chilling, protected culture and gibberellin combined with low temperature on flowering and new bulb reproduction of Asiatic hybrid lily were studied.
实验研究和临床实践发现亚低温具有脑保护作用，其具体机制尚不完全清楚。
Experimental studies and clinical practices have found that mild hypothermia has neuroprotective effects. However, its specific mechanism is unclear.
方法：将90例重型颅脑损伤患者随机分为亚低温组和对照组各45例。
MethodTotal 90 patients with severe traumatic brain injury were randomly divided into the control group and the mild hypothermia group of 45 patients each.
方法对37例多种原因造成的急性重度颅脑损伤病人分别应用亚低温技术治疗和非亚低温技术治疗。
Methods 37 cases of cerebral trauma caused by varied reasons were treated with sub-hypothermia and non sub-hypothermia method.
亚低温(MHT)的应用为重型颅脑损伤患者的救治提供了新的思路和方法，国内外多个临床试验证实了其在救治中的有效性和实用性。
The application of mild hypothermia (MHT) provides a new thread for severe traumatic brain injury patients. Increasing clinic trials suggest the efficiency and commodity of MHT.
目前亚低温结合常规治疗仍是治疗重型颅脑损伤的有效方法，但亚低温治疗应该早期、系统和规范化实施。
At present, mild hypothermia treatment combined with routine treatment is still effective method for severe craniocerebral trauma. But it is necessary to apply mild hypothermia systematically, norm...
亚细胞组分测定表明，ATP主要存在于叶绿体和线粒体中，胆固醇对低温下叶绿体的保护作用尤为明显。
ATP was mainly located in chloroplastid and mitochondria. The protection to chloroplastid of cholesterol was more effective than that to mitochondria and cytosol.
亚细胞组分测定表明，ATP主要存在于叶绿体和线粒体中，胆固醇对低温下叶绿体的保护作用尤为明显。
ATP was mainly located in chloroplastid and mitochondria. The protection to chloroplastid of cholesterol was more effective than that to mitochondria and cytosol.
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