实用医学影像杂志
實用醫學影像雜誌
실용의학영상잡지
JOURNAL OF PRACTICAL MEDICAL IMAGING
2014年
5期
337-338
,共2页
甲状腺%超声检查%诊断,鉴别
甲狀腺%超聲檢查%診斷,鑒彆
갑상선%초성검사%진단,감별
Thyroidgland%Ultrasonography%Diagnosis,differential
目的:分析彩色多普勒血流成像(CDFI)检查甲状腺时出现“火海征”的相关疾病的声像图特征,并对其进行鉴别诊断。方法回顾分析我院85例CDFI呈“火海征”甲状腺的大小形态、内部回声,观测甲状腺上动脉血流频谱特征、峰值流速及阻力指数(RI)。结果毒性弥漫性甲状腺肿(甲亢)、慢性淋巴细胞性甲状腺炎(桥本甲状腺炎)、亚临床甲状腺功能低下(亚甲低)CDFI均可出现“火海征”,但各自声像图特征及甲状腺上动脉血流频谱、峰值流速及RI存在差异。结论甲状腺CDFI出现“火海征”多见于甲亢,但并不是甲亢所特有,在桥本甲状腺炎及亚甲低等甲状腺疾病中都可出现“火海征”声像图,应结合各自声像图表现及甲状腺上动脉频谱、流速及RI改变加以鉴别。
目的:分析綵色多普勒血流成像(CDFI)檢查甲狀腺時齣現“火海徵”的相關疾病的聲像圖特徵,併對其進行鑒彆診斷。方法迴顧分析我院85例CDFI呈“火海徵”甲狀腺的大小形態、內部迴聲,觀測甲狀腺上動脈血流頻譜特徵、峰值流速及阻力指數(RI)。結果毒性瀰漫性甲狀腺腫(甲亢)、慢性淋巴細胞性甲狀腺炎(橋本甲狀腺炎)、亞臨床甲狀腺功能低下(亞甲低)CDFI均可齣現“火海徵”,但各自聲像圖特徵及甲狀腺上動脈血流頻譜、峰值流速及RI存在差異。結論甲狀腺CDFI齣現“火海徵”多見于甲亢,但併不是甲亢所特有,在橋本甲狀腺炎及亞甲低等甲狀腺疾病中都可齣現“火海徵”聲像圖,應結閤各自聲像圖錶現及甲狀腺上動脈頻譜、流速及RI改變加以鑒彆。
목적:분석채색다보륵혈류성상(CDFI)검사갑상선시출현“화해정”적상관질병적성상도특정,병대기진행감별진단。방법회고분석아원85례CDFI정“화해정”갑상선적대소형태、내부회성,관측갑상선상동맥혈류빈보특정、봉치류속급조력지수(RI)。결과독성미만성갑상선종(갑항)、만성림파세포성갑상선염(교본갑상선염)、아림상갑상선공능저하(아갑저)CDFI균가출현“화해정”,단각자성상도특정급갑상선상동맥혈류빈보、봉치류속급RI존재차이。결론갑상선CDFI출현“화해정”다견우갑항,단병불시갑항소특유,재교본갑상선염급아갑저등갑상선질병중도가출현“화해정”성상도,응결합각자성상도표현급갑상선상동맥빈보、류속급RI개변가이감별。
Objective By color Doppler flow imaging (CDFI), to analyse and check thyroid sonographic fea-tures “flames sea sign” of related diseases for differential diagnosis. Methods Retrospectively analyze thyroid size and shape, internal echo of 85 cases whose CDFI showed “flames sea sign”, observe the spectral characteristics of the thyroid artery arterial blood flow, peak velocity and resistance index(RI). Results CDFI of toxic diffuse goiter (hy-perthyroidism), chronic lymphocytic thyroiditis (Hashimoto′s thyroiditis) and subclinical hypothyroidism (methylene low) might occur “flames sea sign”, but their thyroid sonographic features ,the arterial blood flow, peak velocity and RI spectral had differences. Conclusion Thyroid CDFI with “flames sea sign” is more common in hyperthyroidism, but not unique to hyperthyroidism, and it can occur in Hashimoto′s thyroiditis and methylene inferior thyroid disease. Sonogram should be combined with each sonographic and arterial spectrum and velocity and RI change to identify the thyroid gland.