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Assessing cephalopelvic disproportion: back to the basics.

机译:评估头盆骨比例失调:回归基础。

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摘要

Dystocia, or abnormally slow progress in labor, can result from cephalopelvic disproportion (CPD), malposition of the fetal head as it enters the birth canal, or ineffective uterine propulsive forces. Cephalopelvic disproportion occurs when there is mismatch between the size of the fetal head and size of the maternal pelvis, resulting in "failure to progress" in labor for mechanical reasons. Untreated, the consequence is obstructed labor that can endanger the lives of both mother and fetus. Despite the use of imaging technology in an attempt to predict CPD, there is poor correlation between radiologic pelvimetry and the clinical outcome of labor. Clinical pelvimetry still has a place in obstetrics for predicting or confirming CPD, but without appropriate training and repeated practice of this clinical skill, it is in danger of becoming a lost art. For this review, a computerized search of the terms cephalopelvic disproportion, dystocia, pelvimetry, obstructed labor, and malposition was done using MEDLINE, PUBMED, SCOPUS, and CINAHL, and historical articles, texts, articles from indexed journals, and references cited in published works were also reviewed.
机译:难产或异常缓慢的工作进展可能是由于头盆骨比例失调(CPD),胎儿进入产道时的头部错位或无效的子宫推动力引起的。当胎儿头的大小与产妇骨盆的大小不匹配时,发生头孢菌素失配,由于机械原因导致分娩“无法进展”。如果不加以治疗,后果就是劳动受阻,可能危及母亲和胎儿的生命。尽管使用成像技术来预测CPD,但放射线骨盆测量与分娩的临床结果之间的相关性很差。临床骨密度仪在产科中仍然可以预测或确认CPD,但是如果没有适当的培训和对该临床技能的反复实践,就有可能成为失落的技术。在本次审查中,使用MEDLINE,PUBMED,SCOPUS和CINAHL以及历史文章,文本,来自索引期刊的文章以及已发表论文中引用的参考文献,对头颅骨盆比例失调,难产,骨盆造影,分娩阻塞和错位进行了计算机搜索工作也进行了审查。

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