交通医学
交通醫學
교통의학
MEDICAL JOURNAL OF COMMUNICATIONS
2015年
2期
121-124
,共4页
袁翠平%陈岩%秦斌%崔延安
袁翠平%陳巖%秦斌%崔延安
원취평%진암%진빈%최연안
泌尿系梗阻%多层螺旋CT%尿路成像术
泌尿繫梗阻%多層螺鏇CT%尿路成像術
비뇨계경조%다층라선CT%뇨로성상술
multislice computed tomography%urography%urologic obstruction
目的:评价多层螺旋CT尿路三维成像在泌尿系梗阻性疾病中的诊断价值。方法:对102例临床初步诊断为梗阻性泌尿系疾病并作MSCTU成像的患者进行回顾性分析。对泌尿系的MSCTU显示率,梗阻部位和原因,梗阻程度与病变部位及性质相互关系进行评价。结果:102例患者共计110处病变,泌尿系CTU显示106处,显示率为96.36%。泌尿系腔内病变引起尿路0、Ⅰ、Ⅱ、Ⅲ度梗阻分别为15、33、25、17处;腔外病变引起0、Ⅰ、Ⅱ、Ⅲ度梗阻分别为15、4、1、0处,泌尿系腔内病变引起尿路梗阻较腔外病变严重,两者在梗阻程度上差异有统计学意义(P<0.001);泌尿系良性病变中0、Ⅰ、Ⅱ、Ⅲ度梗阻分别为20、31、25、16处,恶性病变中0、Ⅰ、Ⅱ、Ⅲ度梗阻分别为10、6、1、1处,恶性病变致尿路梗阻程度轻于良性病变,两者比较有差异有统计学意义(P<0.05)。结论:128层螺旋CT尿路三维成像能清晰显示泌尿系梗阻部位、原因、程度,以及尿路与邻近组织或病变的关系,对梗阻病变的定性有较高的准确率,并能提示肾脏排泄功能有无受影响。创伤性小、检查便捷、梗阻检出阳性率高,可作为泌尿系梗阻性疾病诊断的重要检查方法。
目的:評價多層螺鏇CT尿路三維成像在泌尿繫梗阻性疾病中的診斷價值。方法:對102例臨床初步診斷為梗阻性泌尿繫疾病併作MSCTU成像的患者進行迴顧性分析。對泌尿繫的MSCTU顯示率,梗阻部位和原因,梗阻程度與病變部位及性質相互關繫進行評價。結果:102例患者共計110處病變,泌尿繫CTU顯示106處,顯示率為96.36%。泌尿繫腔內病變引起尿路0、Ⅰ、Ⅱ、Ⅲ度梗阻分彆為15、33、25、17處;腔外病變引起0、Ⅰ、Ⅱ、Ⅲ度梗阻分彆為15、4、1、0處,泌尿繫腔內病變引起尿路梗阻較腔外病變嚴重,兩者在梗阻程度上差異有統計學意義(P<0.001);泌尿繫良性病變中0、Ⅰ、Ⅱ、Ⅲ度梗阻分彆為20、31、25、16處,噁性病變中0、Ⅰ、Ⅱ、Ⅲ度梗阻分彆為10、6、1、1處,噁性病變緻尿路梗阻程度輕于良性病變,兩者比較有差異有統計學意義(P<0.05)。結論:128層螺鏇CT尿路三維成像能清晰顯示泌尿繫梗阻部位、原因、程度,以及尿路與鄰近組織或病變的關繫,對梗阻病變的定性有較高的準確率,併能提示腎髒排洩功能有無受影響。創傷性小、檢查便捷、梗阻檢齣暘性率高,可作為泌尿繫梗阻性疾病診斷的重要檢查方法。
목적:평개다층라선CT뇨로삼유성상재비뇨계경조성질병중적진단개치。방법:대102례림상초보진단위경조성비뇨계질병병작MSCTU성상적환자진행회고성분석。대비뇨계적MSCTU현시솔,경조부위화원인,경조정도여병변부위급성질상호관계진행평개。결과:102례환자공계110처병변,비뇨계CTU현시106처,현시솔위96.36%。비뇨계강내병변인기뇨로0、Ⅰ、Ⅱ、Ⅲ도경조분별위15、33、25、17처;강외병변인기0、Ⅰ、Ⅱ、Ⅲ도경조분별위15、4、1、0처,비뇨계강내병변인기뇨로경조교강외병변엄중,량자재경조정도상차이유통계학의의(P<0.001);비뇨계량성병변중0、Ⅰ、Ⅱ、Ⅲ도경조분별위20、31、25、16처,악성병변중0、Ⅰ、Ⅱ、Ⅲ도경조분별위10、6、1、1처,악성병변치뇨로경조정도경우량성병변,량자비교유차이유통계학의의(P<0.05)。결론:128층라선CT뇨로삼유성상능청석현시비뇨계경조부위、원인、정도,이급뇨로여린근조직혹병변적관계,대경조병변적정성유교고적준학솔,병능제시신장배설공능유무수영향。창상성소、검사편첩、경조검출양성솔고,가작위비뇨계경조성질병진단적중요검사방법。
Objective:To evaluate the 128-slice spiral CT with 3-dimensional reconstruction in the diagnosis of uro-logic obstruction. Methods:102 cases of patient primarily diagnosed as urinary obstructive disease in clinic underwent the multislice CT urography scan. The images were reconstructed by 3-dimensional post-process techniques retrospectively to explore the obstructive causes, levels, degrees, and to evaluate the relationships. Results: There were 110 cases of affected urinary tracts in the 102 patients, and 106 cases (96.36%) were shown by MSCTU. Different degrees (no, mild, moderate and severe) of obstructions were exhibited in 15,33,25 and 17 cases with lesions inside of the urinary tract, and 15,4,1 and 0 cases with lesions outside of the urinary tract, respectively. There was significant difference in obstructions between le-sions inside and outside the urinary tract (P<0.001). Different degrees (no, mild, moderate and severe) of obstructions were presented in 20,31,25 and 16 cases with benign lesions, and 10,6,1 and 1 cases with malignant lesions, respectively. The difference was also significant in obstructions between benign and malignant lesions (P<0.05). Conclusion: The 128-slice spiral CT with 3-dimensinal reconstruction can reveal the locations and degrees of obstruction, and the relationship with the peripheral tissue or lesions. The method can identify the obstructive causes conveniently. It is also a hint of the excreto-ry function of kidney. It can be considered as the preferred method to check the obstruction of the urinary system in the light of its minor wound, and the easiest operation with higher positive rates.