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声学密度定量技术对无名动脉斑块致脑梗死的危险性的价值 被引量:1

Evaluating innominate artery plaques as a risk factor of cerebral infarction using acoustic densitometry
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摘要 目的探讨声学密度定量技术评价无名动脉粥样斑块致脑梗死的危险性价值。方法分析脑梗死组与无脑梗死组无名动脉各类斑块的例数、狭窄程度,测定各类斑块声学密度值及复合斑块内各种回声面积占整个斑块面积百分比。结果脑梗死组脂质斑块及复合斑块例数明显多于无脑梗死组,且复合斑块内低回声区域占整个斑块面积的百分比明显大于无脑梗死组。结论声学密度定量技术能够评价无名动脉斑块的稳定性及危险性。 Objective: To assess the value of acoustic densitometry(AD ) technique in evaluating innominate artery plaque to be a risk factor of cerebral infarction. Methods The numbers of different plaques and the stenosis degree of the innominate artery were analysed, The IBS walue of different plaques, the percentage of low echo, high intersity echo areas in the total plaques in the cerebral infarction group (CI group) and no cerebral infarction group (ON group) were detected. Results In CI group, the number of fatty plaques, complex plaques and the percentage of low echo areas in the total plaques were larger than thee of the (2ON group. Conclusions AD technique can be used to evaluate the stability and risk of atherosclerotic plaques for cerebral infarcion accidents.
出处 《中国心血管杂志》 2006年第6期457-459,共3页 Chinese Journal of Cardiovascular Medicine
关键词 声学密度定量技术 无名动脉粥样硬化 斑块 Acoustic densitometry Innominate artery atherosclerosis Plaque
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  • 1Takiuchi S,Rakugi H,Honda K, et al. Quantitative ultrasonic tissue characterization can identify high-risk atherosclerotic alteration in human carotid arteries [ J ].Circulation, 2000,102: 766-770.
  • 2Michdangdo Pio Urbani, Eugenic Picano,Giuliano Parenti, et al. in vivo radiofrequeney-based ultrasonic tissue characterization of the artherosclerotie plaque [ J ].Stroke, 1993,24 : 1507-1512.

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