Mercé L T, Barco M J, Garcés D, Caballero R, López-García G
Departamento de Obstetricia y Ginecología, Universidad de Navarra, Pamplona, España.
Rev Esp Fisiol. 1989;45 Suppl:119-23.
The results of the velocimetric evolution of the ovarian flow with pulsed Doppler in 15 normal ovulatory cycles are presented. During the follicular phase the blood flow velocity waveforms (FVW) of the dominant ovary presented a progressive albeit non significant increment of its conductance. This rise was not confirmed in the contralateral ovary. After the echographic ovulation the ovarian FVW showed qualitative and quantitative modifications that determine its "luteal conversion". The conductance index (D/S x 100) was significantly higher (p less than 0.001) during the luteal phase than during the follicular and in the contralateral ovary. The luteal conversion of the ovarian FVW is proposed as a new criteria of ovulation and luteal function.
本文展示了15个正常排卵周期中，使用脉冲多普勒测量卵巢血流速度变化的结果。在卵泡期，优势卵巢的血流速度波形（FVW）的电导虽有渐进性增加，但无统计学意义。对侧卵巢未出现这种升高。超声排卵后，卵巢FVW显示出定性和定量的变化，这决定了其“黄体转化”。黄体期的电导指数（D/S×100）显著高于卵泡期及对侧卵巢（p<0.001）。卵巢FVW的黄体转化被提议作为排卵和黄体功能的新指标。
