Eutheria Foundation, Cross Plains, Wisconsin, USA; Department of Pathobiological Sciences, School of Veterinary Medicine, University of Wisconsin-Madison, Madison, Wisconsin, USA.
Eutheria Foundation, Cross Plains, Wisconsin, USA.
Theriogenology. 2014 Feb;81(3):481-9. doi: 10.1016/j.theriogenology.2013.11.003. Epub 2013 Nov 11.
The diameter of the dominant follicle (DF) of wave 1 was studied on Days 9 to 17 (Day 0 = ovulation) in a survey of the ipsilateral and contralateral relationships between the location of the DF and CL, and number of follicular waves per interovulatory interval (IOI). For contralateral relationships, regardless of number of waves the diameter of the DF of wave 1 decreased (P < 0.03) between Days 11 and 13 when referenced to the follicle-CL relationship of wave 1 and decreased (P < 0.008) between Days 9 and 11 when referenced to the preovulatory follicle (PF)-CL relationship. For wave 2 in two-wave IOIs, the CL ovary of ipsilateral relationships had more (P < 0.05) follicles that reached at least 6 mm than the non-CL ovary. In three-wave IOIs, frequency of IOIs with the DF in the CL ovary was greater (P < 0.02) for wave 2 than for wave 3. In wave 3, the preovulatory and the largest subordinate follicles were located more frequently (P < 0.005) in the contralateral ovary. Ovulation in two-wave IOIs occurred more frequently (P < 0.0009) from the right ovary. In three-wave IOIs with a contralateral relationship ovulation occurred more frequently (P < 0.003) from the left ovary; a negative intraovarian effect of the CL on location of the PF may account for more ovulations from the left ovary and a reported greater frequency of the contralateral relationship. The hypothesis was supported that the ipsilateral versus contralateral relationship between the PF and CL is affected by the DF-CL relationship during the previous follicular waves and by the number and identity of waves per IOI.
研究人员在排卵日(Day 0)的前 9 天至 17 天(Day 9 至 17)对波 1 主导卵泡(DF)的直径进行了研究,该研究调查了同侧和对侧 DF 与 CL 位置之间的关系,以及每个卵泡期(IOI)的卵泡波数。对于对侧关系,无论波数多少,波 1 的 DF 直径在第 11 天至第 13 天与波 1 的卵泡-CL 关系相比均减小(P<0.03),与第 9 天至第 11 天与排卵前卵泡(PF)-CL 关系相比均减小(P<0.008)。在两波 IOI 中,同侧关系的波 2 的 CL 卵巢中,至少有 6 毫米的卵泡数量更多(P<0.05)。在三波 IOI 中,DF 位于 CL 卵巢的 IOI 频率对于波 2 比波 3 更高(P<0.02)。在波 3 中,排卵前和最大的次级卵泡更频繁地位于对侧卵巢中(P<0.005)。两波 IOI 中的排卵更频繁地从右侧卵巢发生(P<0.0009)。在三波 IOI 中,具有对侧关系的排卵更频繁地从左侧卵巢发生(P<0.003);CL 对 PF 位置的卵巢内负效应可能是左侧卵巢排卵较多的原因,以及报告的对侧关系频率较高的原因。支持这样的假设,即 PF 和 CL 之间的同侧与对侧关系受到前几个卵泡波中 DF-CL 关系的影响,以及每个 IOI 的波数和身份的影响。