… 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 …

… 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 …

… With the progression of meiosis in oocytes, the number of mitochondria continues to increase,
reaching a peak of 100 000 mitochondria and 50 000–550 000 copies of mitochondrial …

… embryo, morphologic and functional mitochondrial anomalies, and a modification of the
expression profile of several mitochondrial genes … ovarian aging or embryo cleavage arrest [164]. …

… Our study demonstrated that MOS‐ERK pathway facilitates genes degradation relative to
mitochondria in oocyte, unveiling a new way of ERK1/2 signal pathway for regulating …

… Whole genome amplification (WGA) of embryo samples was performed using the SurePlex
… We further tested whether ST could improve the levels of mitochondrial membrane potential …

… massive embryo developmental arrest characteristic of non-manipulated oocytes. Genetic
… affecting the mitochondrial organelle, which may potentially contribute to certain forms of …

… as a disruption in the organellar translation machinery, often result in embryo
developmental arrested or lethality phenotypes (see, eg, [91,135,136,137,138,139,140,141,142,143,144]). …

… In fact, in the CCs corresponding to embryos with arrested development, we detected a
significantly decreased expression of both COXII and MT-ATP6, markers of mitochondrial …

… arrest within mitochondria, either directly or indirectly, is difficult to approach in vivo with the
intact embryo… the major proteins encoded by the mitochondrial genome are few in number, …