… mitochondrial dysfunction has been proposed as a cause of high levels of developmental
retardation and arrest that occur in human preimplantation embryos … mitochondrial dysfunction …

… of cells with mitochondria damage [31]. In this study, developmental arrest was reversed
once the nucleus of an IVG oocyte was transplanted into ovulated ooplasm. Thus, mitochondria …

… Even without exogenous purines the embryos of many species tend to arrest at this stage
during … Protection is also offered to the preimplantation embryo in vivo by the presence of non-…

… embryos, unveiling the importance of proper mitochondrial function at the earliest stages of
development [33]. A mitochondrial dysfunction … -1) gene in arrested embryos as an extensive …

… during gamete and pre-implantation embryo development. … of the profound impact
mitochondrial dysfunction may have on … and cell cycle arrest specifically at the 2-cell embryo …

… ATP and mtDNA levels and mitochondrial membrane potential… preimplantation embryo
development through mitochondrial … mouse preimplantation embryos by obstructing mitochondrial …

… and mitochondrial dysfunction in morula stage embryos… arrested morula stage embryos To
examine whether DMSO induced mitophagy and autophagy in arrested morula stage embryos…

… mitochondrial dysfunction, … preimplantation development and on the amount of ROS
generated, the oxidative stress-induced telomere uncapping may lead to permanent embryo arrest …

… that the development of embryos with low DJm tended to be arrested between the 2- and 4-…
2004 Mitochondrial dysfunction in mouse oocytes results in preimplantation embryo arrest in …

… Involvement of mitochondrial dysfunction in this process has … Sirt3 has been described as
a mitochondrial sirtuin, but … Sirt3 localizes to mitochondria in preimplantation embryos, we …