Gynecological Endocrinology · 2015 · 13 citations · 24 references
Veterinary MedicineEndocrinologyGynecologyAssisted Reproductive TechnologiesEmbryo TransferReproductive MedicineGonadal HormonesLuteal Phase SupportOvarian StimulationGnrh Agonist Luteal SupportGnrh AgonistsGnrh Antagonist TherapyLuteal Phase RegulationLuteal Support After StimulationLuteal-phase Ovarian StimulationOngoing Pregnancy RateOvulation Triggering Agents
The aim of this study was to compare GnRHa trigger and luteal addition of triptorelin to hCG trigger for final oocyte maturation in women at high risk for OHSS undergoing IVF. A total of 423 patients were divided in two groups both stimulated using antagonist short protocol. Gonadotropins 75-150 UI/day were started on day 2-5, GnRH antagonist was added when the lead follicle was >14 mm and the final trigger was obtained with hCG 250 µg or triptorelin 0.2 mg. The luteal phase was supported with progesterone alone in the hCG group, with progesterone plus triptorelin 0.1 every other day from embryo transfer in the triptorelin group. In the triptorelin group we did neither have to suspend any embryo transfer, nor we have any early clinical OHSS. In the control group, 13 patients were suspended due to symptomatic high risk for OHSS and two patients developed a clinically significant OHSS. No statistically significant difference was observed in terms of clinical and ongoing pregnancy rates and implantation rates. Our results indicate that a protocol including GnRHa as trigger and an intensive luteal phase supported with GnRHa is safer than a standard antagonist protocol using hCG as trigger. It displays similar results, therefore it can be used as the first choice in patients at high risk for OHSS.
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Mary B. Zelinski, James S. Hutchison, David L. Hess et al. · Human Reproduction · 1995 · 188 citations
Medicine, Endocrinology, Physiology +17
Jan Tesařík, A. Hazout, Raquel Mendoza‐Tesarik et al. · Human Reproduction · 2006 · 158 citations