中国医学装备
中國醫學裝備
중국의학장비
CHINA MEDICAL EQUIPMENT
2014年
4期
47-48,49
,共3页
王萍%时惠平%马晓璇%祝红线%方红
王萍%時惠平%馬曉璇%祝紅線%方紅
왕평%시혜평%마효선%축홍선%방홍
血管外渗探测技术%注射速率%增强扫描%体层摄影术,X线计算机
血管外滲探測技術%註射速率%增彊掃描%體層攝影術,X線計算機
혈관외삼탐측기술%주사속솔%증강소묘%체층섭영술,X선계산궤
Extravasation detection technology%Enhancement scanning%Tomography,X-ray computed
目的:比较血管外渗探测技术在不同注射速率和不同穿刺部位下监测对比剂外渗的报警率结果,探讨该技术的临床应用价值。方法:收集接受CT增强扫描的5572例患者资料,将其分为常规增强扫描组和CTA成像组,注射速率分别为2~3 ml/s、4~6 ml/s,所有患者均使用血管外渗探测贴片,每组内穿刺针穿刺部位分为肘正中静脉处及腕关节头静脉起始处,血管外渗探测片平铺或卷铺于皮肤表面。比较不同组别血管外渗探测贴片对对比剂外渗监测报警率。结果:常规增强组中探测贴片平铺1165例,对比剂外渗报警3例;卷铺1921例,报警0例,差异有统计学(x2=4.952,P<0.05);CTA组中探测贴片平铺1426例,对比剂外渗报警6例;卷铺1060例,报警0例,差异有统计学意义(x2=4.471;P<0.05)。探测贴片平铺时对对比剂外渗的监测效果明显优于卷铺。结论:血管外渗探测贴片可监测对比剂外渗的发生,合理、正确使用,有助于降低对比剂外渗发生率,减少对比剂外渗量。
目的:比較血管外滲探測技術在不同註射速率和不同穿刺部位下鑑測對比劑外滲的報警率結果,探討該技術的臨床應用價值。方法:收集接受CT增彊掃描的5572例患者資料,將其分為常規增彊掃描組和CTA成像組,註射速率分彆為2~3 ml/s、4~6 ml/s,所有患者均使用血管外滲探測貼片,每組內穿刺針穿刺部位分為肘正中靜脈處及腕關節頭靜脈起始處,血管外滲探測片平鋪或捲鋪于皮膚錶麵。比較不同組彆血管外滲探測貼片對對比劑外滲鑑測報警率。結果:常規增彊組中探測貼片平鋪1165例,對比劑外滲報警3例;捲鋪1921例,報警0例,差異有統計學(x2=4.952,P<0.05);CTA組中探測貼片平鋪1426例,對比劑外滲報警6例;捲鋪1060例,報警0例,差異有統計學意義(x2=4.471;P<0.05)。探測貼片平鋪時對對比劑外滲的鑑測效果明顯優于捲鋪。結論:血管外滲探測貼片可鑑測對比劑外滲的髮生,閤理、正確使用,有助于降低對比劑外滲髮生率,減少對比劑外滲量。
목적:비교혈관외삼탐측기술재불동주사속솔화불동천자부위하감측대비제외삼적보경솔결과,탐토해기술적림상응용개치。방법:수집접수CT증강소묘적5572례환자자료,장기분위상규증강소묘조화CTA성상조,주사속솔분별위2~3 ml/s、4~6 ml/s,소유환자균사용혈관외삼탐측첩편,매조내천자침천자부위분위주정중정맥처급완관절두정맥기시처,혈관외삼탐측편평포혹권포우피부표면。비교불동조별혈관외삼탐측첩편대대비제외삼감측보경솔。결과:상규증강조중탐측첩편평포1165례,대비제외삼보경3례;권포1921례,보경0례,차이유통계학(x2=4.952,P<0.05);CTA조중탐측첩편평포1426례,대비제외삼보경6례;권포1060례,보경0례,차이유통계학의의(x2=4.471;P<0.05)。탐측첩편평포시대대비제외삼적감측효과명현우우권포。결론:혈관외삼탐측첩편가감측대비제외삼적발생,합리、정학사용,유조우강저대비제외삼발생솔,감소대비제외삼량。
Objective:To compare the alarm rates of contrast agent extravasation at different injection rate of contrast agent in different puncture site using extravasation detection technology ,discuss its clinical application value.Methods: About 5572 cases were underwent CT enhancement scanning from 2012.2-2012.10. All cases were divided into two groups according to the different rate of contrast agent injection: the first group is routine enhanced scanning group, the injection rate of the first group is 2-3ml/s, second group is CTA ,the injection rates is 4-6ml/s, all patients with vascular extravasation detection technology. The foregone groups were divided into two groups according to the different puncture site: the first group of the puncture site at cubital vein, vascular extravasation detection can be tiled on skin; second groups was located in the head start of wrist vein, extravasation detection sheet rolling and spreading on skin. Comparison of different groups of extravasation detection chip alarm rates for contrast agent extravasation monitoring.Results: In the contrast agent injection rate 2-3ml/s group, extravasation detection patch tiled in 1165 cases extravasation contrast alarmed in 3 cases, rolling and spreading in 1921 cases, alarmed in 0 cases, there was a significant difference in statistical analysis showed that among the two (x2=4.952,P<0.05) in the 4-6ml/s group, extravasation detection patch tiled in 1426 cases, 6 cases alarmed, 1060 cases of rolling and spreading, extravasation of contrast and alarm in 0 cases, there was a significant difference in statistical analysis indicated that two (x2=4.471,P<0.05). The detection effect of vascular extravasation detection patch was significantly better in tiling group.Conclusion: On the basic of reasonably and correctly applicate, extravasation detection patch can effectively monitor the contrast agent extravasation occurred, reduce the incidence of extravasation of contrast, decreased the amount of contrast medium extravasation.