Sentence examples for development to term from inspiring English sources

To assess the effect of Sirt1 deficiency on germ cell function in more detail, we utilized male and female gametes from Sirt1−/− and Sirt1+/− mice in in vitro fertilization (IVF) experiments to examine the relative efficiency of developing zygotes as well as development to term following embryo transfer to surrogate mothers.

These results showed that the epigenetic code established during the preimplantation stage is essential for embryo development to term, in which active DNA demethylation is critically essential.

The pronuclear transplantation technique has been applied to clarify the reason for the developmental failure of mammalian parthenogenetic embryos, and it has demonstrated that both female and male genomes have different roles in normal development to term.

Recent evidence showed that the nucleus of ESCs, fetal fibroblast or cumulus cells could be reprogrammed by the cytoplasm of interphase 2-cell embryo blastomeres after cell cycle synchronization, however, the interphase 2-cell embryo cytoplasm only could support the cell cycle synchronized ESC nuclear transfer embryo development to term (Kang et al., 2014).

Recently, we have shown that the genomes of male germ cells from the first wave of spermatogenesis have the ability to support embryonic development to term.

Probably the other significant role of paternal genome remodeling is imprinting, which is critical for normal embryo development to term [5], [25].

To evaluate the embryos, some were examined for quality and cell numbers by immunostaining, and others were transferred into pseudopregnant recipient females to test their potential for development to full term.

Activities reported in this study span initial training and screening tool development to long-term follow up on training and tool utility and efficacy.

However, what is more important is that the cash they spend on repurchases could often have been used on expanding into new markets, or on research and development, to generate long-term growth.

Sinus augmentation has emerged as a good option for implant site development to ensure long-term biomechanical stability in cases with anatomical limitations (Aparicio et al. 2001).

The tool enhances the edifice process, balancing short term viewpoints and long term development to secure renewability of natural resources.