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- Maintain normal cerebral perfusion pressure by avoiding hypotension and cerebral retraction. 维持正常脑灌注压。
- What is the Optimal Threshold for Cerebral Perfusion Pressure Following Traumatic Brain Injury? 创伤性脑损伤后理想的脑灌注压阈值?
- Causes of syncope include any process that transiently reduces cerebral perfusion. 晕厥的原因包括任何可以暂时性减少脑灌注的病变.
- The effect of losartan on global and focal cerebral perfusion and on renal function in hypertensives in mild early ischaemic stroke. 高血压患者轻度缺血性脑卒中早期使用氯沙坦对全脑和脑局灶灌注及肾功能的影响。
- Objective In order to study the clinical value of intracranial pressure (ICP) and cerebral perfusion pressure (CPP) applied in severe brain injury. 研究颅内压（ICP）和脑灌注压（CPP）在重型颅脑损伤中的临床应用价值。
- In patients with entricular fibrillation of recent onset, myocardial and cerebral perfusion are the primary determinants of CPR effectieness (1). 最近研究的室颤病人，心肌和脑灌注是CPR效果的基本决定因素[1]。
- Objective To evaluate the application of 64 multislice spiral CT cerebral perfusion imaging (CTP) and CT angiography(CTA) in patients with hyperacute stroke. 目的评价64层螺旋CT脑灌注成像(CTP)联合CT血管造影(CTA)对超早期脑梗死的应用价值。
- Although arious methods hae been used to measure cerebral perfusion including PET, SPECT, xenon CT, and TCD, these require the patients to remain still for a long period. 尽管已经有很多方式用于测量大脑灌注，包括PET、SPECT、氙CT和TCD，但是这些要求患者较长一段时间保持静止。
- Methods:Two patients underwent the modified Bentall procedure and the elephant trunk technique during deep hypothermic circulatory arrest and selective cerebral perfusion. 方法:在全麻、深低温停循环加选择性脑灌注下行主动脉根部替换和象鼻技术联合治疗2例。
- Abstract:Objective To evaluate the application of 64 multislicespiral CT cerebral perfusion imaging (CTP) and CT angiography(CTA) in patients with hyperacute stroke. 摘要：目的 评价64层螺旋CT脑灌注成像(CTP)联合CT血管造影(CTP)对超早期脑梗死的应用价值。
- Methods Five neuropsychological tests and SPECT were performed in 30 normal aged(NA), 30 AD and 31 PD to compare the difference on cognitive functions and cerebral perfusion. 方法对30例正常老人（NA），30例AD和31例PD进行神经心理学测验和SPECT检查，比较三组认知功能和脑血流灌注特点。
- Momjian-Mayor I, et al. The pathophysiology of watershed infarction in internal carotid artery disease: review of cerebral perfusion studies. Stroke. 2005 Mar;36(3):567-77. 影像学研究表明:在严重的颈内动脉疾病(狭窄或闭塞);脑分水岭梗死的发生率为19%25-64%25.
- Selective antegrade cerebral perfusion (ACP) and retrograde cerebral perfusion (RCP) are modified methods for prolonging the effect of cerebral protection. 目前选择性脑部动脉灌流或逆行性静脉灌流法被使用，以延长其低温保护脑部的效果。
- These include establishing a neurophysiologic baseline and identifying any evidence of cerebral ischemia that might suggest a reduction in cerebral perfusion. 这其中包括建立神经生理的基础值识别大脑缺血的证据。
- Objective To evaluate the value and limit of CT plain scan, CT cerebral perfusion imaging and transcranial Doppler (TCD) in transient ischemic attacks (TIA). 目的评价CT平扫、CT脑灌注成像和经颅多普勒超声(TCD)检查对短暂性脑缺血发作(TIA)的诊断价值和限度。
- Cerebral perfusion decreases as the intracranial pressure is raised.Irreversible ischemic change occurs when cerebral perfusion pressure is below 40 mmHg. 颅内高压发生时相对的脑灌流压下降，脑部的循环便受到影响，当颅内高压无法控制而脑灌流持续低于四十毫米汞柱时脑部终至缺血而死。
- Objective Cerebral perfusion pressure(CPP)of brain tumor patients during induction and tracheal intubation after intravenous sodium pentothal succinylcholine or etomidate atracurium was compared. 目的 脑瘤病人手术时对比硫喷妥钠、琥珀胆碱和依托咪酯、阿曲库铵两组药物诱导麻醉对病人脑灌注压 ( CPP)不同的影响 ;
- Results:cognitive functions assessed by neuropsychological tests(MMSE,FOM,DST,RVR,BD)and cerebral perfusion examined by SPECT in PD group were significant different from that in NA. 结果 :两组间各测验(MMSE ,FOM ,DST ,RVR ,BD)结果均有显著差异 ,NA各测验得分均高于PD。
- When the aneurysm included the aortic arch, brain protections were executed by adopting deep hypothermia circulatory arrest (DHCA) or DHCA combined with retrograde cerebral perfusion (RCP). 其中夹层动脉瘤 2 2 2例 ,74例累及弓部 ,为实施脑保护 ,将此类病人分为 4个亚组 :深低温停循环组 (DHCA)、深低温停循环辅以上腔静脉逆行灌注组 (DHCA +RCP)、应急重建脑灌注组、上下分离灌注组 ;
- After propofol 2mg/kg intravenous injection,systolic pressure(SP),diastolic pressure(DP),mean arterial pressure(MAP),cerebral perfusion pressure(CPP) and ICP were determined 1,2,3,5,7,10,15 and 20 minutes after the injection. 在麻醉诱导时，静注异丙酚2mg/kg。 分别于注药前、后1、2、3、5、7、10、15和20分钟，观察收缩压（SP），舒张压（DP），平均动脉压（MAP），心率（HR），脑灌注压（CPP），颅内压（ICP）的变化。
