机构地区:[1]河南省新乡市中心医院泌尿外一科,453000
出 处:《中国综合临床》2012年第2期158-161,共4页Clinical Medicine of China
基 金:基金项目:新乡市科技发展计划项目(09S013)
摘 要:目的研究中年女性(35—55岁)尿失禁患者的尿流动力学变化,提高相应诊治水平。方法对56例尿失禁的中年女性患者进行尿流动力学研究,并与正常对照组(17例)比较。结果56例患者中压力性(SUI)尿失禁患者为33例(58.93%)(SUI组)、急迫性(UUI)尿失禁患者为9例(16.07%)(UUI组)、混合性(SUI/UUI)尿失禁患者为14例(25.00%)(SUI/UUI组)。SUI组患者最大尿流率(Qmax)(27.72±5.21)ml/s高于正常对照组(20.45±7.15)ml/s,差异有统计学意义(P〈0.05);UUI组的膀胱初感容量(FS)、正常排尿感觉(ND)、强烈排尿感觉(SD)、急迫排尿感觉(UD)与正常对照组[(135.65±42.73)ml与(132.70±40.65)ml、(166.24±51.42)ml与(160.70±50.44)ml、(315.75±42.34)ml与(320.75±42.34)ml、(320.24±45.03)ml与(335.75±51.98)ml]比较差异均有统计学意义(P均〈0.05);SUI组及SUI/UUI组患者测得Valsalva漏尿点压力(ALPP)[(62.29±25.40)cmH2O与(88.30±28.54)cmH2O]比较差异有统计学意义(t=13.041,P〈0.05);SUI组患者的最大尿流率时逼尿肌压(Pdet-Qmax)、最大尿道压(MUP)及最大尿道闭合压(MUCP)明显低于正常对照组[(24.29±6.24)cmH2O与(34.45±8.20)cmH2O、(68.20±18.27)cmH2O与(87.14±17.26)cmH2O、(74.24±35.75)cmH2O与(90.66±30.10)cmH2O]差异均有统计学意义(P均〈0.05)。练论中年女性尿失禁患者具有较大患者群体,其分类较为复杂,尿流动力学检查对于明确其诊断及选择正确治疗方法,提高疗效具有重要指导意义。Objective To study the changes of urodynamics of middle-aged (35 -55 years old)female patients with urinary incontinence and imprgve the diagnosis and treatment. Methods Analyze and compare the urodynamics between 56 cases of middle-aged female patients with urinary incontinence and 17 cases of normal control. Results Among the 56 patients, 33 cases with stress incontinence ( SUI group 58.93 % ), 9 cases with urgency urinary incontinence(UUI group 16.07% ), 14 cases with mixed urinary incontinence( SUI/UUI group 25. 00% ). There was significant difference on maximum flow rate ( Qmax [ 27.72 ± 5.21 ] ml/s vs [ 20. 45 ± 7. 15 ] ml/s ,P 〈0. 05 )between the SUI group and control group. The beginning of a sense of capacity (FS), normal urination feeling ( ND ), strong feeling of urination ( SD ) and urgent urination feeling ( UD ) were (135.65 ±42.73)ml, (166.24 ± 51.42) ml, (315.75 ±42.34) ml, (320.24 ± 45.03) ml and (132.70± 40. 65) ml, ( 160.70 ± 50. 44 ) ml, ( 320. 75 ± 42. 34 ) ml, ( 335.75 ± 51.98 ) ml in the UUI group and control group respectively. And there were significant differences on the four indexes between UUI group and control group ( P 〈 0. 05 ). There was significant difference on ALPP ( [ 62.29 ± 25.401 em H20 vs [ 88. 30 ± 28.54 ] cm H2O,P 〈 0.05 ) between the SUI group and SUI/UUI group. Pressure at maximum flow rate (Pdet-Qmax, [ 24. 29 ± 6. 24 ] cm H2O vs [ 34.45 ± 8.201 cm H2 O, maximum urethral pressure ( MUP ( [ 68.20 ± 18.27 ] cm H2O vs [87. 14 ± 17. 26]cm H2O) and maximum urethral closure pressure (MUCP( [74. 24 ±35. 75]cm H2O vs [90. 66 ± 30. 10] em H2O) in SUI group were significantly lower than those in control group (P 〈 0. 05 ) . Conclusion There were large groups of middle-aged female urinary incontinence in patients and the classification is more complex. It shows important guiding significance for diagnosis and selecting proper treatments by detecting urodynamie.
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