Exner Friederike, Caspers Rebecca, Kennes Lieven Nils, Wittenborn Julia, Kupec Tomás, Stickeler Elmar, Najjari Laila
Department of Gynaecology and Obstetrics, University Hospital RWTH Aachen, 52074 Aachen, Germany.
Department of Economics and Business Administration, Hochschule Stralsund, 18435 Stralsund, Germany.
Diagnostics (Basel). 2024 Jan 30;14(3):293. doi: 10.3390/diagnostics14030293.
The aim was to compare transperineal ultrasound (TPU) with parameters of the Bishop Score during the first stage of labour and evaluate how TPU can contribute towards improving labour management. Digital examination (DE) and TPU were performed on 42 women presenting at the labour ward with regular contractions. TPU measurements included the head-symphysis distance, angle of progression, diameter of the cervical wall, cervical dilation (CD) and cervical length (CL). To examine if TPU can monitor labour progress, correlations of TPU parameters were calculated. Agreement of DE and TPU was examined for CL and CD measurements and for two groups divided into latent (CD < 5 cm) and active stages of labour (CD ≥ 5 cm). TPU parameters indicated a moderate negative correlation of CD and CL (Pearson: r = -0.667; Spearman = -0.611). The other parameters showed a weak to moderate correlation. DE and TPU measurements for CD showed better agreement during the latent stage than during the active stage. The results of the present study add to the growing evidence that TPU may contribute towards an improved labour management, suggesting a combined approach of TPU and DE to monitor the latent first stage of labour and using only DE during the active stage of labour.
目的是比较经会阴超声(TPU)与第一产程中 Bishop 评分的各项参数,并评估 TPU 如何有助于改善产程管理。对 42 名因规律宫缩而入住产房产科的女性进行了指诊(DE)和 TPU 检查。TPU 测量包括胎头-耻骨联合距离、进展角度、宫颈壁直径、宫颈扩张(CD)和宫颈长度(CL)。为了检验 TPU 是否能够监测产程进展,计算了 TPU 参数的相关性。对 CL 和 CD 测量值以及分为潜伏期(CD < 5 cm)和活跃期(CD ≥ 5 cm)的两组产妇的 DE 和 TPU 一致性进行了检查。TPU 参数表明 CD 和 CL 呈中度负相关(Pearson:r = -0.667;Spearman = -0.611)。其他参数显示出弱至中度相关性。CD 的 DE 和 TPU 测量值在潜伏期的一致性优于活跃期。本研究结果进一步证明了 TPU 可能有助于改善产程管理,这表明采用 TPU 和 DE 相结合的方法来监测第一产程潜伏期,而在活跃期仅使用 DE。