中华实验外科杂志
中華實驗外科雜誌
중화실험외과잡지
CHINESE JOURNAL OF EXPERIMENTAL SURGERY
2011年
4期
632-633
,共2页
潘登%皇甫雪军%王伟%刘奔%赵耀瑞
潘登%皇甫雪軍%王偉%劉奔%趙耀瑞
반등%황보설군%왕위%류분%조요서
低顺应性膀胱%膀胱出口梗阻%结扎法
低順應性膀胱%膀胱齣口梗阻%結扎法
저순응성방광%방광출구경조%결찰법
Low compliance%Bladder outlet obstruction%Ligation
目的 探讨通过膀胱出口部分梗阻建立低顺应性膀胱模型的方法.方法 将成年雄性新西兰兔20只随机分为2组:对照组10只于实验开始时行尿动力学检测;梗阻组10只应用膀胱颈部分结扎的方法,造成膀胱出口部分梗阻,分别于8、12、14周进行尿动力检查,观察膀胱顺应性和膀胱重量的变化.结果 膀胱重量:梗阻14周组(14.1±2.3)g显著高于对照组(2.7±0.5)g(P<0.01);膀胱顺应性:梗阻14周膀胱顺应性(1.21±0.44)ml/cmH2O显著低于对照组(2.68±0.67)ml/cm H2O(P<0.01).结论 结扎法致膀胱出口部分梗阻是建立低顺应性膀胱模型的可靠方法.
目的 探討通過膀胱齣口部分梗阻建立低順應性膀胱模型的方法.方法 將成年雄性新西蘭兔20隻隨機分為2組:對照組10隻于實驗開始時行尿動力學檢測;梗阻組10隻應用膀胱頸部分結扎的方法,造成膀胱齣口部分梗阻,分彆于8、12、14週進行尿動力檢查,觀察膀胱順應性和膀胱重量的變化.結果 膀胱重量:梗阻14週組(14.1±2.3)g顯著高于對照組(2.7±0.5)g(P<0.01);膀胱順應性:梗阻14週膀胱順應性(1.21±0.44)ml/cmH2O顯著低于對照組(2.68±0.67)ml/cm H2O(P<0.01).結論 結扎法緻膀胱齣口部分梗阻是建立低順應性膀胱模型的可靠方法.
목적 탐토통과방광출구부분경조건립저순응성방광모형적방법.방법 장성년웅성신서란토20지수궤분위2조:대조조10지우실험개시시행뇨동역학검측;경조조10지응용방광경부분결찰적방법,조성방광출구부분경조,분별우8、12、14주진행뇨동력검사,관찰방광순응성화방광중량적변화.결과 방광중량:경조14주조(14.1±2.3)g현저고우대조조(2.7±0.5)g(P<0.01);방광순응성:경조14주방광순응성(1.21±0.44)ml/cmH2O현저저우대조조(2.68±0.67)ml/cm H2O(P<0.01).결론 결찰법치방광출구부분경조시건립저순응성방광모형적가고방법.
Objective To investigate the approaches of establishing the model of low compliance bladder by partial bladder outlet obstruction. Methods Twenty adult male New Zealand rabbits were randomly divided into 2 groups (n = 10 each group). In control group the rabbits were given urodynamic examination at the beginning. In obstruction group, the bladder neck of 10 adult male New Zealand rabbits was partially ligated. Eight, 12 and 14 weeks later, urodynamic examinations were carried out to observe the changes of bladder compliance. Results The bladder weight was increased significantly in obstruction group at 14th week ( 14. 1 ±2. 3) g as compared with that in control group (2. 7 ±0. 5) g,P <0. 01. The compliance in obstruction group at 14th week (1.21 ± 0. 44) ml/cm H2O was less than in control group (2. 68 ± 0. 67) ml/cm H2O,P < 0. 01. Conclusion Bladder neck ligation-induced bladder partial outlet obstruction is a reliable method to build the model of low compliance bladder.