首页> 外文期刊>The Journal of Urology >Test-retest variation of pressure flow parameters in men with bladder outlet obstruction.
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Test-retest variation of pressure flow parameters in men with bladder outlet obstruction.

机译:膀胱出口梗阻的男性压力流量参数的重新测试变化。

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PURPOSE: We assess short-term (5 to 10 minutes) and long-term (24 weeks) test-retest changes of repeated pressure flow examinations. MATERIALS AND METHODS: The pressure flow charts of 84 patients with benign prostatic enlargement and bladder outlet obstruction who had received either androgen suppressive therapy or placebo were reviewed retrospectively. Pressure flow examinations were performed at baseline, and at weeks 24 and 48. Each pressure flow session included 3 sequential voids. RESULTS: Median detrusor opening pressure, maximum detrusor pressure, detrusor pressure at maximum flow rate and minimum voiding pressure decreased statistically significantly from void 1 to 2, ranging from 9.5% to 15.8%. From void 2 to 3 during the same pressure flow session there was a further reduction in obstruction parameters. Median Abrams/Griffiths number was 10.7% lower at void 2 compared to void 1 (p <0.0001) and the urethral resistance algorithm was 3.2% lower (p <0.0001). Long-term test-retest changes from baseline to week 24 and from week 24 to week 48 for the pressure flow parameters studied were negligible. CONCLUSIONS: Changes in pressure flow parameters at short-term test-retesting are considerable and probably of clinical significance. The standard pressure flow nomograms, which are based on single void pressure flow studies, might need modification when applied to repeat void studies.
机译:目的:我们评估短期(5至10分钟)和长期(24周)重复测压流量测试的重测变化。材料与方法:回顾性回顾了84例接受雄激素抑制治疗或安慰剂治疗的前列腺增生和膀胱出口梗阻患者的压力流程图。在基线以及第24和48周进行压力流量检查。每个压力流量会话均包含3个连续的空隙。结果:逼尿肌开放压力,最大逼尿肌压力,最大流速时的逼尿肌压力和最小排尿压力从空隙1到2均在统计学上显着降低,范围从9.5%至15.8%。在相同的压力流动过程中,从空隙2到空隙3,阻塞参数进一步降低。与空隙1相比,空隙2的中位艾布拉姆斯/格里菲思数降低了10.7%(p <0.0001),尿道阻力算法降低了3.2%(p <0.0001)。对于所研究的压力流量参数,从基线到第24周以及从第24周到第48周的长期重测变化可以忽略不计。结论:短期测试-重新测试时压力流量参数的变化是相当大的,可能具有临床意义。基于单孔隙压力流量研究的标准压力流量诺模图在应用于重复孔隙研究时可能需要修改。

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