上海医学影像
上海醫學影像
상해의학영상
SHANGHAI MEDICAL IMAGING
2009年
2期
101-104
,共4页
超声%冠状动脉疾病%颈动脉%血管回声跟踪技术
超聲%冠狀動脈疾病%頸動脈%血管迴聲跟蹤技術
초성%관상동맥질병%경동맥%혈관회성근종기술
Ultrasonography%Coronary artery diseases%Carotid%Echo tracking technique
目的 探讨应用血管回声跟踪技术(E-Tracking)评价颈动脉弹性与冠心病的相关性.方法 对103例疑似冠心病患者同时行冠状动脉造影检查(CAG)和E-Tracking检查,根据造影结果分为非冠心病组(A组:对照组)和冠心病组,冠心病组又根据冠状动脉病变的范围和血管阻塞程度由轻至重依次分为B、C、D、E四组.分析比较各组间应用E-Tracking检查获得的颈动脉弹性参数(包括压力应变弹性系数Ep、硬化参数β、动脉顺应性AC、单点脉搏波速度PWVβ、增大指数AI).结果 冠心病组的参数Ep、β和PWV β较对照组明显增高,差异有统计学意义(p<0.05),且随着各组间冠状动脉病变程度的不断加重,参数Ep、β和PWVβ逐渐增高,差异有统计学意义(p<0.05),两者之间存在相关性.参数AC和AI在各组间无明显差异(p>0.05).结论 应用血管回声跟踪技术测量的颈动脉弹性参数大小与冠状动脉的病变程度有相关性.
目的 探討應用血管迴聲跟蹤技術(E-Tracking)評價頸動脈彈性與冠心病的相關性.方法 對103例疑似冠心病患者同時行冠狀動脈造影檢查(CAG)和E-Tracking檢查,根據造影結果分為非冠心病組(A組:對照組)和冠心病組,冠心病組又根據冠狀動脈病變的範圍和血管阻塞程度由輕至重依次分為B、C、D、E四組.分析比較各組間應用E-Tracking檢查穫得的頸動脈彈性參數(包括壓力應變彈性繫數Ep、硬化參數β、動脈順應性AC、單點脈搏波速度PWVβ、增大指數AI).結果 冠心病組的參數Ep、β和PWV β較對照組明顯增高,差異有統計學意義(p<0.05),且隨著各組間冠狀動脈病變程度的不斷加重,參數Ep、β和PWVβ逐漸增高,差異有統計學意義(p<0.05),兩者之間存在相關性.參數AC和AI在各組間無明顯差異(p>0.05).結論 應用血管迴聲跟蹤技術測量的頸動脈彈性參數大小與冠狀動脈的病變程度有相關性.
목적 탐토응용혈관회성근종기술(E-Tracking)평개경동맥탄성여관심병적상관성.방법 대103례의사관심병환자동시행관상동맥조영검사(CAG)화E-Tracking검사,근거조영결과분위비관심병조(A조:대조조)화관심병조,관심병조우근거관상동맥병변적범위화혈관조새정도유경지중의차분위B、C、D、E사조.분석비교각조간응용E-Tracking검사획득적경동맥탄성삼수(포괄압력응변탄성계수Ep、경화삼수β、동맥순응성AC、단점맥박파속도PWVβ、증대지수AI).결과 관심병조적삼수Ep、β화PWV β교대조조명현증고,차이유통계학의의(p<0.05),차수착각조간관상동맥병변정도적불단가중,삼수Ep、β화PWVβ축점증고,차이유통계학의의(p<0.05),량자지간존재상관성.삼수AC화AI재각조간무명현차이(p>0.05).결론 응용혈관회성근종기술측량적경동맥탄성삼수대소여관상동맥적병변정도유상관성.
Objective To investigate the correlation between carotid elasticity measured by echo tracking technique and coronary artery diseases (CAD). Methods Totally, 103 cases suspected with CAD were examined by cardioangiography (CAG) and echo tracking technique on carotid arteries. All the cases were divided into non-CAD group (group A: control group) and four groups (B, C, D and E) according to the degree of steuosis of coronary arteries on CAG. Carotid elasticity parameters in the five groups measured by echo tracking technique included pressure-strain elastic modulus (Ep), stiffness parameter (β) , arterial compliance (AC), augment index(AI) and pulse wave conducting velocity (PWV β). Results Ep, β and PWV β in the CAD groups were significantly higher than those in the control group (p<0.05). The value of Ep, β and PWV β increased with the degree of stenosis of coronary arteries. The correlation showed statistical differences in different groups (p<0.05). There was no significant difference among the five groups about AC and AI (p>0.05). Conclution There is correlation between the value of carotid elasticity parameters on echo tracking technique and the degree of stenosis of coronary arteries on CAG.