Sentence examples for shift in the developmental from inspiring English sources

The changes in the expression levels of these different genes are likely a result of the response of the embryos to an external stimulus rather than a response due to a shift in the developmental stage.

We hypothesized that the shift in the developmental stages of P. laminata influenced the carbon dynamics in the soil and conducted a field mesocosm experiment in a larch plantation forest over 2 years (1999 and 2000) using three developmental stages: sixth- and seventh-instar larvae and adults.

We also found clear enrichment of cell-fate-related pathways, such as cellular development (24 out 31 genes), organismal development (27 out of 33 genes), and cellular assembly and organization (32 out of 35 genes), indicating a shift in the developmental potential from ICM to ESCs.

They further show shifts in the developmental maturation of the response to temperature, which is an important step towards understanding the mechanism of temperature entrainment, and possibly temperature compensation.

It is likely that this pattern results from a shift in either the developmental timing or allometric relationship among body parts between lines.

During his 1969 concert at San Quentin prison, Johnny Cash proposed a paradigm shift in the field of developmental psychology.

However, after adjustment, compared to Model 1, there was a shift in the ranking of developmental vulnerability by jurisdiction, with the odds of vulnerability increasing substantially for children living in the ACT and Western Australia.

Habitat shifts also occur in the developmental life history of amphibians and in insects that transition from aquatic to terrestrial habitats.

The larger number of targets found in the 300 400 mg desiccating, yellow cotyledons of late maturation implies that post-transcriptional regulation by miRNAs may aid in shifting the developmental program of the immature soybean cotyledons from biosynthesis of storage reserves to a catabolic role in utilization of those reserves during seed germination and growth.

The switch from depolarizing to hyperpolarizing GABAA-ergic signaling is triggered through the developmental shift in the balance of chloride cotransporters that either increase (i.e. NKCC1) or decrease (i.e. KCC2) intracellular chloride.

In angiosperms, heterochronic alterations in cell cycle activity led to the developmental shift in the timing of germ-cell division and resulted in diversified patterns of spermatogenesis and gamete fusion during fertilization [ 4- 6].