… embryonic cleavage divisions, round or oval mitochondria … This extra-chromosomal genetic
system is involved not only … the meiotic arrest and/or an adaptation for the future needs of the …

… Various deletions of the mitochondrial gene have been reported. A 4977-bp deletion of
mtDNA (… Compromised mtDNA expressions are associated with arrested embryos.Mitochondria-…

… of whether embryos arrest or not is the genetic status of the … mitochondrial disposition and
structure of arrested embryos … from nonarresting embryos to arresting embryos can enhance …

… arrest [14] and abnormal early embryonic … in mitochondrial genes. By utilizing the prediction
online software: MethPrimer, we found only one CpG island in mouse mitochondrial genes. …

… To examine whether Sirt3 localizes to mitochondria in preimplantation embryos, we … arrest
in Sirt3-knockdown or knockout embryos, we examined the levels of p53 and its target gene …

… gene products are needed for MRC assembly and mtDNA replication, transcription, and
translation, we predict that L3 arrest will be characteristic of mutations in these genes… embryos …

… , as well as gamete, embryo and embryonic stem cell quality. … that mitochondrial activity can
modulate embryonic stem cell … and expression of the mitochondrial genome is controlled by …

… to developmental arrest. When the encysted embryos are initially released into the water
column, they consume oxygen at a rate comparable to that of actively developing embryos (…

… of the activation of the embryonic genome and of passage … the first two cell cycles, embryos
were arrested by drugs at various … electron transport chain of the mitochondria and by various …

… -associated genes and mechanisms in early embryos is crucial. … viable embryos and
non-evoluting or arrested embryos. … viable or arrested embryos, where it adopts extra-mitochondrial …