Acién Pedro, Acién Maribel, Sánchez-Ferrer M Luisa
Service of Obstetrics and Gynecology, University Hospital of San Juan, Department/Division of Gynecology, Miguel Hernández University, Campus of San Juan, Alicante, Spain.
Fertil Steril. 2009 Jun;91(6):2369-75. doi: 10.1016/j.fertnstert.2008.01.079. Epub 2008 Mar 25.
To point out possible discrepancies in the classic hypothesis of Müllerian development and to present cases that support an alternative hypothesis.
Case reports.
University hospital.
PATIENT(S): Six women with uterine malformation.
INTERVENTION(S): Surgical, clinical, and outpatient evaluation of the anomalies.
MAIN OUTCOME MEASURE(S): Assessment of the genital anomalies according to our embryologic investigations and embryologic-clinical classification and standard classifications for Müllerian malformations.
RESULT(S): We have included examples of cases presenting with didelphys uterus with normal cervix, didelphys uterus with septate cervix, and bicornuate (or didelphys) uterus with septate cervix and vagina versus septate uterus with double cervix and vagina, septate bicervical uterus with isthmic communication, and normal simplex uterus with septate cervix and vagina.
CONCLUSION(S): These case reports prove that the fusion and reabsorption processes in the development of the Müllerian ducts can be affected to different degrees in the superior-convergent and inferior-divergent portions, thus resulting in atypical or transitional cases without a classification. Therefore, for a more appropriate classification of the uterine malformations, even if the same degrees of fusion, resorption, and development defects are used, a separate classification should be made for each superior and inferior uterine segment.
指出苗勒管发育经典假说中可能存在的差异,并展示支持另一种假说的病例。
病例报告。
大学医院。
6名子宫畸形女性。
对异常情况进行手术、临床和门诊评估。
根据我们的胚胎学研究以及苗勒管畸形的胚胎学-临床分类和标准分类对生殖器异常进行评估。
我们纳入了以下病例示例:宫颈正常的双子宫、宫颈有隔的双子宫、宫颈和阴道有隔的双角(或双)子宫,与宫颈和阴道双份的纵隔子宫、有峡部连通的纵隔双宫颈子宫,以及宫颈和阴道有隔的正常单子宫。
这些病例报告证明,苗勒管发育过程中的融合和重吸收过程在上部汇聚和下部发散部分可能受到不同程度的影响,从而导致无分类的非典型或过渡性病例。因此,为了更恰当地对子宫畸形进行分类,即使采用相同程度的融合、重吸收和发育缺陷,也应对子宫的每个上部和下部节段进行单独分类。