Sentence examples for multiple mitotic divisions from inspiring English sources

Despite the dynamic nature of epigenetic information, the overall cell state and global epigenetic states are heritable and maintained remarkably stably during multiple mitotic divisions.

Prior to spermatogenesis, multiple mitotic divisions of SSCs produce subpopulations of SSCs, and the balance of the SSC subpopulations is critical for long-term sperm production.

If the overread sequences in the current dataset represent endoreplicated regions within the vegetative genome, then zerfall could be a process of reorganizing the genome and eliminating overreplicated regions, essentially returning the vegetative genome to "germline" and preparing it for multiple mitotic divisions.

Human life starts with a single cell, the zygote, which undergoes multiple mitotic cell divisions to form a complete body.

Tetraploid cells can arise through cell cycle defects when exposed to fluconazole and subsequently undergo unequal mitotic divisions with multiple spindles that give rise to aneuploid progeny (Harrison et al. 2014).

Those results would indicate that despite the rapid expansion in parasite numbers in the liver, plasmids segregated with a high efficiency during the multiple rounds of mitotic division during liver-stage development.

Properly coordinated chromosome segregation during virtually all mitotic divisions relies on the function of multiple cell cycle checkpoint proteins (Lara-Gonzalez et al., 2012; Iyer and Rhind, 2013; Yasutis and Kozminski, 2013).

DNMT1 is responsible for the maintenance of DNA methylation through mitotic divisions, while DNMT3A/3B are de novo methyltransferases that actively methylate DNA during multiple cellular processes [ 73- 75].

After fertilisation, Drosophila melanogaster embryos undergo a series of 13 fast mitotic divisions without cytokinesis (thus forming a syncytium, i.e. a single cell with multiple nuclei).

In such cases the nucleus undergoes several mitotic divisions, producing a number of nuclei.

Tumors are characterized by frequent mitotic divisions and chromosome instability.