首页> 外文会议>ASME bioengineering conference >MODELING UNSTABLE BRAIN ANEURYSMS: MR MOLECULAR IMAGING OF MYELOPEROXIDASE IN VASCULAR WALL AND CORRELATION WITH HUMAN PATHOLOGY
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MODELING UNSTABLE BRAIN ANEURYSMS: MR MOLECULAR IMAGING OF MYELOPEROXIDASE IN VASCULAR WALL AND CORRELATION WITH HUMAN PATHOLOGY

机译:模拟不稳定的脑动脉瘤:血管壁中髓过氧化物酶的MR分子成像及其与人类病理学的关系

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Brain aneurysm bleeding is associated with high rates of fatality or permanent neurological impairment. Despite the low risk of bleeding of an unruptured cerebral aneurysm (UCA) , the dismal outcome of aneurysmal rupture has led to the aggressive treatment of these aneurysms. In 2008, approximately 60,000 UCAs were treated in the USA . The rate of morbidity and mortality from treatment is high: approximately 5 and 14% for coil embolization and surgical clipping, respectively . The risk-benefit analysis does not support treatment of all UCAs and in an era of significant attention to healthcare economics, considerable expense for treatment of unruptured aneurysms may not be justified. Thus, there is a strong clinical need to identify asymptomatic patients with UCA who would benefit from preventative interventional or surgical procedures.
机译:脑动脉瘤出血与高死亡率或永久性神经系统损害有关。尽管未破裂的脑动脉瘤(UCA)的出血风险较低,但是动脉瘤破裂的令人沮丧的结果导致对这些动脉瘤的积极治疗。 2008年,在美国治疗了大约60,000个UCA。治疗的发病率和死亡率很高:线圈栓塞和手术钳位分别约为5%和14%。风险收益分析并不支持所有UCA的治疗,并且在医疗保健经济学受到高度重视的时代,治疗未破裂动脉瘤的大量费用可能是不合理的。因此,强烈需要确定无症状的UCA患者,这些患者将从预防性干预或外科手术程序中受益。

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