The electrical activity excites the brain and increases oxygen - and glucose-rich blood flow to the cerebral cortex, the area of the brain that controls cognitive function, personality and emotion.
电子活动激发大脑，并增加氧和葡萄糖丰富的血液流向大脑皮质——大脑的控制认知功能，个性和情绪的领域。
As such, Adinoff and his research team plan to continue their study of brain activity and cerebral blood flow changes associated with the addictive behavior.
这样，阿迪那夫博士和他的研究小组计划继续他们的研究，探索大脑活动和脑血流量变化与成瘾行为的关联。
BACKGROUND: in clinical, propofol can contract cerebral vessels, decrease cerebral blood flow, decrease brain metabolic oxygen consumption, which can decrease pressure in brain.
背景：在临床实践中异丙酚可以收缩脑血管，降低脑血流量，减少脑代谢耗氧量，从而达到降低颅压的目的。
Conclusion the changes of Cerebral Blood Flow are different in different types of brain injured patients, but the changes of Cerebral Vessels Responsivity could evaluate patients prognosis.
结论不同类型脑损伤脑血流的变化不同，但其脑血管反应性的变化均可评估患者预后。
ObjectiveTo study the change of cerebral blood flow and hemorheology in patients with brain post-traumatic syndrome (PTS) and heavy cerebral trauma.
目的研究脑外伤后综合征(PTS)和重型颅脑外伤的脑血流、血液流变学的变化规律。
Objective To evaluate the value of brain SPECT imaging for the decrease of regional cerebral blood flow (rCBF) and localization of epileptic foci.
目的应用SPECT脑显像定量测定癫痫局部脑血流量的变化，旨在评价其在致痫灶定位诊断中的意义。
Conclusion Improving the local blood flow and reducing the brain water content, injection of urokinase via carotid artery is effective in treatment of cerebral venous sinus thrombosis.
结论应用颈动脉注射尿激酶栓治疗静脉窦血栓效果肯定，即使治疗不能开通静脉窦，局部脑血流量及脑含水量仍有明显改善。
Strokes, also known as cerebral ischemia, are caused by inadequate blood flow to the brain and are the third-leading cause of death in the United States.
中风，又称中枢性缺血，为脑血供不足造成的为美国死亡原因中占第三位的疾病。
Deep in the brain during sleep, central inhibition process is strengthened apparently, decrease of the cerebral blood flow, reduce the level of organism the new supersedes the old.
在深睡眠过程中，大脑中枢抑制过程明显加强，脑血流量减少，机体新陈代谢水平降低。
Phenytoin sodium may protect brain tissues from cerebral ischemic injury by inhibiting formation of free radical, anti-lipid peroxidation and improving regional cerebral blood flow.
苯妥英钠对缺血性脑损伤的神经保护作用与其能抑制自由基形成，减轻自由基介导的毒性，抗脂质过氧化反应以及扩张血管，增加局部脑血流量有关。
Under the physiology condition, cerebral blood flow to keep relative stabilization, to keep the normal nerve function and metabolism activity of brain tissue.
生理状态下，脑血流量维持相对稳定，以维持脑组织的正常神经功能和代谢活动。
The results showed that SM increased the blood flow of brain and cerebral cortex in a dose-dependent manner and had no effect on the blood flow of femoral arteries.
结果表明，桑葛合剂可以明显增加兔脑及大脑皮层的血流量，且呈剂量依赖性，但对股动脉血流量则无明显影响；
Conclusion Stimulation of cerebellar fastigial nucleus can increase the cerebral blood flow of patients with cerebral blood supplying deficiency and improve their brain function significantly.
结论小脑顶核刺激可显著提高脑供血不足患者的脑血流量，改善脑细胞功能。
In brain regions active in memory processing, however, regional cerebral blood flow responses were more highly correlated after treatment.
可是，记忆处理中活跃的脑区域，治疗后局部脑血流反应关联更密切。
Objective To observe the influence of low molecular weight heparin on cerebral blood flow and brain function in patients with acute cerebral infarction in different therapy time window.
目的研究不同时间窗低分子量肝素治疗急性脑梗死的疗效及其对患者脑血流量和脑电图的影响。
To study the changes of cerebral oxidative metabolism and cerebral blood flow in newborns of asphyxia during brain auditory activation.
目的了解窒息新生儿在听觉刺激诱发脑神经活动时的脑氧合代谢和脑血流量的改变。
Objective To estimate cerebral blood flow and prognosis by TCD in patients with subarachnoid hemorrhage for brain injury.
目的探讨经颅多普勒对外伤性蛛网膜下腔出血脑血变化及预后判断。
The purpose was to observe the changes of cerebral blood flow at different position using the model of the cats with brain ischemia.
应用猫局灶性脑缺血模型，利用计算机控制的激光多普勒血流计，持续监测猫脑不同位置在脑缺血时的血流变化。
Dip could protect against the ischemic brain injury by selective dilating cerebral vessels, increasing cerebral blood flow and improving energy metabolism.
它可通过选择性扩张脑血管、增加脑血流、改善脑缺血能量代谢等而发挥脑保护作用。
Dip could protect against the ischemic brain injury by selective dilating cerebral vessels, increasing cerebral blood flow and improving energy metabolism.
它可通过选择性扩张脑血管、增加脑血流、改善脑缺血能量代谢等而发挥脑保护作用。
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