Sentence examples for fate establish from inspiring English sources

The first lines of the first story, "A Murky Fate," establish the tone and themes of the book: "This is what happened.

In summary, N is a basic regulator of development in all animals and a small difference in its function is frequently used during development to specify alternative cell fates, establish boundaries between tissues, or refine morphological patterns.

It has been suggested (Peel 2008) that this is due to the fact that both A. mel and N. vit develop, like Drosophila, using a long-germband mode of embryogenesis (in essence, with most or all segments having their fates established simultaneously prior to gastrulation), whereas T. cas undergoes short-germband development, with progressive determination of segmental fates.

Our findings clarify the molecular nature of the developmental barrier between the embryonic and trophoblast cell fates, and establish a role for NuRD activity in specifying sites for de novo DNA methylation.

After cell fate is established, cell-cell signaling and intracellular signal transduction pathways instruct cells to undergo cell shape changes.

Alternatively, two daughters may be identical at birth and their fate is established later on, for instance through signaling from neighboring cells.

A specific combination of epigenetic modifications and transcription factors orchestrates the distinctive potentials of ES cells and TS cells, imposing a barrier that prevents trans-differentiation once fate is established (Niwa, 2007; Ralston and Rossant, 2005).

Moreover, a recent study indicated the requirement for α1-containing laminin in committing HPCs towards the cholangiocytic fate and establishing apico-basal polarization, whereas α5-containing laminin played a major role in mature bile duct formation [ 40].

Hh proteins are morphogens and are essential for organogenesis during embryonic development 18. Morphogens specify cell fate by establishing a concentration gradient, in which the target cell's position relative to the morphogen source determines morphogen signal strength, regulating differentiation and patterning in a spatial and temporal manner.

To address how phrenic neuron fate is established in the developing spinal cord, we first identified candidate determinants in primary MNs sorted from mouse embryos, and then used a systematic in vitro gain-of-function (GOF) screening approach to test whether any given candidate approximates phrenic neuron transcriptional patterns when ectopically expressed in ESC-derived MNs (ESC-MNs).

This is because the pigment and cone cell fates are established subsequent to the photoreceptor-cell fates (Ready et al. 1976; Wolff and Ready 1993).