OBJECTIVE: With an incidence of up to 5% in the general population, genital malformations are a frequent clinical occurrence. However, using the existing published classifications of malformations, difficulties arise in classifying genital malformations appropriately. The aim of the present study was to produce a simple, systematic, and reproducible classification system. DESIGN: A systematic arrangement of genital and associated malformaltions, using a structure similar to that in the TNM classification of oncological tumors, was developed and validated. SETTING: Patients with genital malformations in a university hospital. PATIENT(S): Ninty-nine premenopausal patients with genital malformations. INTERVENTION(S): Patients were diagnosed for genital malformation using laparoscopy or magnetic resonance imaging. MAIN OUTCOME MEASURE(S): A new classification (VCUAM) is presented to evaluate patients with different genital malformations. RESULT(S): The external and internal female genital organs were divided into the following subgroups in accordance with the anatomy: vagina (V), cervix (C), uterus (U), and adnexa (A). Associated malformations were assigned to a subgroup (M) relative to each specific organ. The classification was validated in a group of 99 patients with genital malformations. CONCLUSION(S): The VCUAM classification for the first time makes it possible to reflect even complex malformations in a precise and individual fashion, taking associated malformations into account. The classification makes it easier to provide appropriate clinical care for the affected patients.
OBJECTIVE: With an incidence of up to 5% in the general population, genital malformations are a frequent clinical occurrence. However, using the existing published classifications of malformations, difficulties arise in classifying genital malformations appropriately. The aim of the present study was to produce a simple, systematic, and reproducible classification system. DESIGN: A systematic arrangement of genital and associated malformaltions, using a structure similar to that in the TNM classification of oncological tumors, was developed and validated. SETTING:Patients with genital malformations in a university hospital. PATIENT(S): Ninty-nine premenopausal patients with genital malformations. INTERVENTION(S): Patients were diagnosed for genital malformation using laparoscopy or magnetic resonance imaging. MAIN OUTCOME MEASURE(S): A new classification (VCUAM) is presented to evaluate patients with different genital malformations. RESULT(S): The external and internal female genital organs were divided into the following subgroups in accordance with the anatomy: vagina (V), cervix (C), uterus (U), and adnexa (A). Associated malformations were assigned to a subgroup (M) relative to each specific organ. The classification was validated in a group of 99 patients with genital malformations. CONCLUSION(S): The VCUAM classification for the first time makes it possible to reflect even complex malformations in a precise and individual fashion, taking associated malformations into account. The classification makes it easier to provide appropriate clinical care for the affected patients.