water brain
英 [ˈwɔːtə(r) breɪn]
美 [ˈwɔːtər breɪn]
网络 脑袋进水了; 水脑袋; 水壶脑袋
双语例句
- If you lost two percent of your body weight in water, your brain power and performance level may start to weaken.
参考译文：如果你身体中的水份减少2%，你的头脑开始迟钝，表现力开始下降。 - He said he had water in his brain, whatever that means.
他说过他脑积水，或什麽的。 - This process of cellular damage causes an increase in the "apparent diffusion coefficient," or ADC, which is a measurement used to study the distribution of water in the brain.
这一细胞受损过程使“表观弥散系数（ADC）”升高，ADC是研究脑中水分子分布的一种测量方法。 - Either too much or too little water will disturb brain function.
水分太多或太少都将使大脑的功能产生紊乱。 - Conclusion: Cranial mild-moderate hypothermia can significantly reduce the body temperature and water content of brain tissues so as to protect the ischemic brain tissues.
结论：头部亚低温能明显降低全身温度，减轻脑水肿，保护缺血的脑组织。 - The enormous size of the child's skull showed him to have water on the brain.
这个孩子的头颅特别大，说明他有脑积水。 - The effect of immediate hyperbaric oxygen therapy on water content of brain in cerebral ischemia rats
立即高压氧治疗对大鼠局灶性脑缺血后脑水含量的影响 - Cleft palate, neural tube defects, excessive numbers of fingersortoes, congenital heart disease and water on the brain are the top five birth defects among Chinese babies, the report said.
报告中提到，唇腭裂、神经管缺损、多趾症、先天性心脏病和脑积水是困扰我国新生儿的五大出生缺陷。 - The guy's got water on the brain.
那家伙八成脑子进水了。 - It can improve the neurologic impairment symptoms of rat, decrease the water content of brain tissue, LDH and CK in serum, the content of MDA, increase the activity of SOD.
可显著改善脑出血大鼠神经功能缺损症状，降低脑组织含水量，降低血清中LDH，CK及MDA含量，提高SOD活性。 - It was found that after cerebral ischemia and reperfusion, in the brain tissue SOD activiy reduced and the MDA content increased, showing further injuries and obvious increase of water content of brain tissue were caused by reperfusion.
结果发现，在脑缺血并再灌流后，大鼠脑组织的SOD活性下降而MDA含量增加，证明再灌流导致缺血脑组织进一步受损；脑组织含水量也显著增加。 - EA along the Meridian could decrease the contents of Glu, Asp, Ca2+ and water in brain tissue, but no significant difference in acupoint control group and non-acupoint control group, compared with model control group.
穴位对照组和非穴位对照组脑组织GLU、ASP、GLY、Ca2+含量和含水量与模型组比较，均无显著性差异。 - Methods 200 mice exposed to various altitude gradient and various times at high altitude regions were sampling respectively to determine the intracerebral ET and NO content as well as the water content in brain tissue.
方法将小鼠置于不同海拔梯度下和高海拔区不同时间暴露下分别测定脑组织中ET和NO含量及脑含水量。 - METHOD Biphasic injection method was used to make rat cerebral hemorrhage models to determine the contents of SOD, NO, LPO, MPO, Na+-K+-ATPase, water content of brain tissue and neurological function ratings.
方法采用二次注血/退针法制作大鼠脑出血模型测定脑组织匀浆中SOD，NO，LPO，MPO，Na+-K+-ATPase含量及脑组织含水量、神经功能缺损评分。 - They always connected water with their attitude. Design of Injection Mold for the Water Receiver Brain Box
接水盒注射模设计 - The Effect of Caspase-3 Inhibitor on Neurocyte Apoptosis, Brain Water Content and Brain NO after Rat Traumatic Brain Injury
Caspase-3抑制剂对大鼠外伤性颅脑损伤后神经细胞凋亡、脑含水量及脑NO的影响 - The index and water content of brain were decreased in rats which were pretreated with CXT ( 10, 20, 40mg/ kg).
CXT（10、20、40mg／kg）能够降低急性脑缺血大鼠脑指数和脑含水量。 - Conclusion These data suggest that chronic depression could result in brain atrophy and increase the fluidity of water in some brain areas of limbic system.
结论提示抑郁大鼠存在脑萎缩，边缘系统各脑区水的流动性增加。 - Method Collagenase was injected to made a rat model of caudate nucleus hemorrhage. A dry wet method was used to measure the water content of brain tissue and a xanthine oxidase method to determine SOD level in brain tissue.
方法采用胶原酶注入诱导的大鼠尾壳核出血模型，用干湿法测定脑组织含水量，用黄嘌呤氧化酶法测定脑组织SOD水平。 - Relationship between CT value and brain tissue water content in brain edema
实验性脑水肿CT值和脑组织含水量的关系 - In this experiment observation on the relationship between the water content of brain in rats exposed in different altitude gradients and brain edema was made.
观察了小鼠暴露在不同海拔梯度下脑含水量改变及其与脑水肿的关系。 - In global cerebral ischemic experiments, we found Scutellarin significantly prolonged electroencephalogram ( EEG) disappearing time, shortened righting reflex and EEG recovering time with a concomitant decreased the water content of brain tissue.
明显延长全脑缺血再灌注模型中缺血后脑电图的消失时间，缩短缺血再灌注后脑电图的恢复时间和翻正反射的恢复时间，同时显著降低缺血再灌注后的脑组织含水率。 - The water content of brain tissue was much lower than that of the control group ( P 0.01).
脑组织含水量明显低于对照组（P0.01）。 - The percentages of water content in brain gray matter and white matter were determined with water analytic apparatus.
通过水分分析仪分别测定各组脑灰、白质水分含量百分比。 - The dry and wet weights of other piece were weighed immediately on electronic scale and the water content of brain tissue was calculated to evaluate brain edema.
另一份立即在电子天平上称取干、湿重，计算脑组织含水量评估脑水肿情况。 - Pathological changes were observed with hematoxylin-eosin staining, and content of water in brain was detected;
各时相点取材，苏木素-伊红染色观察病理改变，并进行脑含水量测定； - Methods Acute toxic encephalopathy model was copied with the consecutive static inhalation of 1,2-DCE. The water content of brain tissue was measured, and the blood brain barrier permeability was detected with lanthanum nitrate.
方法用1,2-二氯乙烷静式呼吸道急性染毒复制大鼠急性中毒性脑病模型，用硝酸镧染色法测定脑组织的含水量并检测血脑屏障的通透性；