… to one of five mitochondrial complexes, in our study the expression levels of the eight
genes were similar in unfertilized oocytes, arrested embryos, and tripronucleate zygotes. The …

… genes in oocytes and embryos … arrested embryos, we also observed that fewer mitochondria
existed in the cytoplasm. There were not enough mitochondria to supply energy for embryo …

… arrest, fertilization failure, early embryo developmental arrest, … TUBB8 gene could be the
cause of zygotic arrest in some embryos … The role of mitochondria and mitochondrial genome in …

… mitochondrial function. We have detected elevated levels of p66Shc and ROS within arrested
embryos … low-quality cleavage-stage embryos prior to embryonic genome activation to elicit …

… Experiments with isolated mitochondria from Artemia embryos indicate that arrest of protein
… The rate of protein synthesis in isolated mitochondria from these embryos is acutely sensitive …

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

… , embryos, or early L1 larvae are exposed to EtBr, the embryos hatch and the larvae develop
to and arrest at … When late L1 or L2 larvae are exposed to EtBr, some animals arrest as L4 …

… mitochondrial genome is transcribed in early mouse embryos, at least from the eight-cell
stage onward and that mitochondrial … well lead to an arrest of mitochondrial RNA synthesis as …

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

… ) that amplifies two-thirds of the mitochondrial genome. mtDNA rearrangements were detected
in … Only compromised embryos that were arrested or abnormal and unsuitable for embryo …