卵巢不良反应的双重或双重刺激:我们站在哪里?

IF 3.1 Q1 OBSTETRICS & GYNECOLOGY Therapeutic advances in reproductive health Pub Date : 2021-06-30 eCollection Date: 2021-01-01 DOI:10.1177/26334941211024172
Mehtap Polat, Sezcan Mumusoglu, Irem Yarali Ozbek, Gurkan Bozdag, Hakan Yarali
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引用次数: 10

摘要

最近我们认识到在一个月经周期中有两到三个卵泡发育波,这对从卵泡早期开始体外受精的卵巢刺激的教条式方法提出了挑战。黄体期刺激衍生的卵母细胞至少与卵泡期刺激后获得的卵母细胞一样有能力,这首先在兽医学中得到证实,随后在女性中得到证实。几十年来,卵巢反应不良仍然是一个挑战,因为他们对卵巢刺激没有反应。在同一月经周期内进行卵泡期和黄体期刺激,称为双刺激/双刺激,明显增加了卵母细胞的数量,这是体外受精中所有年龄女性活产率的一个强有力的代孕标志。有趣的是,除了一项研究外,大量证据表明,与卵泡期刺激相比,黄体期刺激后的卵母细胞数量显著增加;因此,进行双重刺激/双重刺激使卵母细胞数量增加一倍,导致患者退出率显著降低,这是限制这类预后不良患者累计活产率的主要因素之一。关于双刺激/双刺激衍生胚胎的有限数据对于产科和新生儿结局是令人放心的。强制要求全部冻结和缺乏成本效益数据是这种新方法的局限性。双重刺激/双重刺激是迫切需要获得卵母细胞的有效策略,包括恶性疾病患者进行卵母细胞冷冻保存和母亲年龄较大或卵巢储备减少的患者。
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Double or dual stimulation in poor ovarian responders: where do we stand?

Recent advances in our recognition of two to three follicular waves of development in a single menstrual cycle has challenged the dogmatic approach of ovarian stimulation for in vitro fertilization starting in the early follicular phase. First shown in veterinary medicine and thereafter in women, luteal phase stimulation-derived oocytes are at least as competent as those retrieved following follicular phase stimulation. Poor ovarian responders still remain a challenge for many decades simply because they do not respond to ovarian stimulation. Performing follicular phase stimulation and luteal phase stimulation in the same menstrual cycle, named as double stimulation/dual stimulation, clearly increases the number of oocytes, which is a robust surrogate marker of live birth rate in in vitro fertilization across all female ages. Of interest, apart from one study, the bulk of evidence reports significantly higher number of oocytes following luteal phase stimulation when compared with follicular phase stimulation; hence, performing double stimulation/dual stimulation doubles the number of oocytes leading to a marked decrease in patient drop-out rate which is one of the major factors limiting cumulative live birth rates in such poor prognosis patients. The limited data with double stimulation/dual stimulation-derived embryos is reassuring for obstetric and neonatal outcome. The mandatory requirement of freeze-all and lack of cost-effectiveness data are limitations of this novel approach. Double stimulation/dual stimulation is an effective strategy when the need to obtain oocytes is urgent, including patients with malignant diseases undergoing oocyte cryopreservation and patients of advanced maternal age or with reduced ovarian reserve.

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