Sentence examples for reductive division from inspiring English sources

When the normal development cycle was resumed it did not resolve by reductive division of the aberrant RBs and hence a single aberrant RB containing multiple chlamydial genomes did not revert back into normal RBs.

Interestingly, similar increases in OD in the absence of a growth substrate have been a puzzle that was previously reported (e.g. [33]), and we presume that such dispersal phases have been termed "transition phase", "deceleration phase", or "reductive division", when defined as apparent growth in the absence of a growth substrate [34], [35].

Second, production of haploid eggs through a reductive division (meiosis) and the presence of males are unique to sexual populations.

However, these giant cells can also revert to regular-sized cancer cells through a reductive division, named as depolyploidization.

In fact, these giant cells revert to regular-sized cancer cells through a process of reductive division named depolyploidization [ 37, 41].

Subsequent prolonged maintenance of the experimental hybrids in axenic cultures demonstrated a gradual, progressive decline in DNA content, with no evidence of any true meiotic reductive division; to date these strains remain sub-tetraploid (Lewis et al., 2010).

Although critics of the first two volumes complained that Israel's reading of Spinoza was reductive, his division between Radical and Moderate too stark, and that "Spinozism" was seldom a straightforward package, even the harshest detractors marveled at his erudition and scope.

Karyotypic fluctuations appear to be reasonably frequent among trypanosomatids; in T. brucei the infrequent nature of reductive cell division produces triploid hybrid strains [ 50, 51]; the irregularity of genetic exchange in these organisms also seems to cause widespread variation in ploidy in T. cruzi [ 7].

Either immediately or at some later time, a diploid cell directly or indirectly undergoes a special reductive cell-division process (meiosis).

Following fertilisation and the completion of meiosis, the embryo undergoes rapid, synchronous and reductive cell divisions (Newport and Kirschner, 1982a; Kane and Kimmel, 1993).

We therefore believe it is more likely that both trade-offs arise from differences in the number of reductive cell divisions that occur during the multicellular stages of the life cycle.