Impact of the one‐carbon metabolism on oocyte maturation, fertilization, embryo quality, and subsequent pregnancy

資料種別:
論文(リポジトリ)
責任表示:
Akamine, Kozue ; Mekaru, Keiko ; Gibo, Keiya ; Nagata, Chinatsu ; Nakamura, Rie ; Oishi, Sugiko ; Miyagi, Maho ; Heshiki, Chiaki ; Aoki, Yoichi
言語:
日本語
出版情報:
Wiley, 2020-10-25
著者名:
Akamine, Kozue
Mekaru, Keiko
Gibo, Keiya
Nagata, Chinatsu
Nakamura, Rie
Oishi, Sugiko
Miyagi, Maho
Heshiki, Chiaki
Aoki, Yoichi
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掲載情報:
Reproductive Medicine and Biology
ISSN:
1445-5781  CiNii Research  Webcat Plus  JAIRO
1447-0578  CiNii Research  Webcat Plus  JAIRO
バージョン:
VoR
概要:
Purpose: To investigate impact of the one‐carbon metabolism (OCM) on oocyte maturity and embryo development.\nMethods: This prospective study analyzed 18 women who agreed to participate. We measured the OCM biomarkers’ concentrations including Vitamin B12 (VB12), folic acid (FA), and homocysteine (Hcy) in serum and follicular fluid (FF), and assessed their correlation. We also evaluated the influence of such OCM biomarker concentrations in mono‐FF on oocyte maturation, fertilization, embryo quality, and consequent pregnancy after embryo transfers.\nResults: All biomarkers showed a high concentration variability in different follicles of each woman, but their mean levels correlated with the serum levels. Among the 106 collected oocytes, 92 were mature, 59 were fertilized, and 16 yielded good‐quality embryos. We performed 26 single embryo transfers, and 7 patients achieved clinical pregnancies. VB12 concentration (FF) was significantly lower in fertilized than unfertilized oocytes by univariate analysis. In multivariate logistic analysis, a significant correlation was found between FA concentration (FF) <14.25 ng/mL and good‐quality embryos and between Hcy concentration (FF) <4.9 nmol/mL and clinical pregnancy.\nConclusion: OCM in FF may affect fertilization, embryo quality, and clinical pregnancy.
論文
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URL:
http://hdl.handle.net/20.500.12000/47491
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