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Fact‐finding survey on assisted reproductive technology in Japan

Sayaka Harada, Mitsutoshi Yamada, Hiromitsu Shirasawa, Seung Chik Jwa, Keiji Kuroda, Miyuki Harada, Yutaka Osuga

2023Journal of obstetrics and gynaecology research14 citationsDOIOpen Access PDF

Abstract

AIMS: In anticipation of the future development of assisted reproductive technology (ART) and to smoothly introduce new technology, it is necessary to understand the current staffing status of the medical system and the current state of treatment, as well as the status of in vitro fertilization add-ons, where the need for insurance coverage is currently a matter of debate. METHODS: ART facilities in Japan were surveyed (437 valid responses, response rate: 71%). Current staffing status of the medical system, implementation rates of ART, add-on treatments, and medical supplies were investigated. RESULTS: Despite the abundance of embryologists, nurses, and obstetricians and gynecologists in facilities, the majority of facilities lacked counselors, anesthesiologists, and other essential medical professionals. Conventional ovarian stimulation was widely adopted (median 120 [interquartile range 60-300] cycles), followed by mild ovarian simulation (60 [30-200]). Additionally, freeze-thaw embryo transfer cycles (300 [120-750]) were performed more frequently than fresh embryo transfer cycles (30 [30-60]). Among the add-ons, assisted hatching (85.1%), chronic endometritis examination (77.2%) and treatment (76.9%), artificial oocyte activation (67.3%), endometrial receptivity analysis (64.2%), and endometrial microbiome analysis (58.9%) were relatively widely employed. CONCLUSIONS: The implementation of frozen-thawed embryo transfer cycles, freeze-all strategies, and add-on treatments have become popular and widely accepted despite the lack of robust evidence regarding their safety and efficacy.

Topics & Concepts

Assisted reproductive technologyMedicineEmbryo transferStaffingInterquartile rangeReproductive technologyReproductive medicineAnticipation (artificial intelligence)Ovarian reserveIn vitro fertilisationGynecologyInfertilityObstetricsNursingPregnancyEmbryoSurgeryCryopreservationGeneticsComputer scienceCell biologyBiologyArtificial intelligenceOvarian function and disordersReproductive Health and TechnologiesReproductive Biology and Fertility
Fact‐finding survey on assisted reproductive technology in Japan | Litcius