Sentence examples for division is due from inspiring English sources

INFINITI Q45: This new flagship for Nissan's luxury division is due next spring as a 2002 model.

To study whether greater number of cell division is due to higher number of cells entering cell cycle, we used BrdU incorporation assay to assess the number of cells entering the S phase, the restriction point, of cell cycle.

This division is due in part to the access policies of the data sources used by the systems, as discussed previously.

This raises the possibility that yet another reason for progressive telomere erosion observed with every cell division is due to premature termination of telomeric DNA synthesis.

There was a reduced level of total protein, and Rec8-GFP persisted even after 24 hours post meiotic induction, suggesting that the inability of haploid pat1 dfp1-r35 mutants to undergo a second meiotic division is due to the persistence of Rec8 in this strain.

Whether the different behavior of centromeres between the first and second meiotic division is due to changes in cell cycle/developmental state of meiosis I and meiosis II cells or due to changes in the state of their chromosomes was first addressed fifty years later by micromanipulation experiments with grasshopper spermatocytes.

Any intent to create more divisions is due to the pretension of having a certain systematization, as Murray does, but this intent turns out to be confusing at the intuitive level if at the time of alluding to one of them not all physicians are thinking about the same category.

Parts of the corporation's programme-making divisions are due to be spun off into a separate outfit called BBC Studios, which will eventually become a commercial subsidiary.

Major critiques: 1) The implication that all oriented cell division in animals is due to GK PID is overstated.

Major critiques: 1) The implication that all oriented cell division in animals is due to GKPID is overstated.

The division by 2 is due to the fact that one of the two parental bands would be missing at each homozygous locus.