Sentence examples for fate of developing from inspiring English sources

ECM biopolymers, e.g. hyaluronic acid, were found to determine the fate of developing explants in a concentration- and molecular weight-dependent manner.

The lineage fate of developing thymocytes is determined by the persistence or cessation of T cell receptor (TCR) signaling during positive selection, with persistent TCR signaling required for CD4 lineage choice.

But even though the researchers could alter the fate of developing cells by tweaking Wnt-1 levels, they weren't sure they had found the molecule that flips the fat-muscle switch.

… The result of this fight will decide, among other things, the fate of developing economies, access to financial services, inflation, terrorism, all forms of economic crime from insider trading to drug dealing, the ability of governments to spy on citizens' financial transactions, tax collection and the relationship between governments and the governed.

Such a transfer platform would help transform the fate of developing countries like Nigeria which are ranked the fifth highest in the world and first in Africa, when it comes to sending money back home, and thus depend largely on remittance to further their economic growth.

Interactions between thymocytes and the thymic microenvironment are bi-directional: If on one hand cell-cell interactions determine the fate of developing thymocytes, on the other hand they also control the architecture of thymic microenvironments, thus characterizing a "crosstalk" between the lymphoid and the microenvironmental compartments within the organ [9].

Thus Numb-N signaling is important not only for the fate-determination of developing neurons, but also for the regulation of cell numbers generated from a certain neuronal lineage.

That's the fate of a developing country.

Based on the good validation of the results between proteins and genes in the network, we also see interesting potential in reverse genetics that indicate the manipulation of genes could determine the fate of the developing larvae.

Given that the transcription factor NRL determines rod cell fate, we performed expression profiling of developing NRL-positive (rods) and NRL-negative (S-cone-like) mouse photoreceptors.

This hypothesis may be testable with fate mapping and genetic manipulation studies of developing brain circuits.