Sentence examples for remarkable cellular from inspiring English sources

Here we study this remarkable cellular transition in Bacillus subtilis and reveal the identity of the newly synthesized proteins throughout spore revival.

The neuronal circuitry of spinal nociceptive processing displays remarkable cellular and synaptic complexity (Todd, 2010).

Especially, remarkable cellular uptake was observed after 2, 4, and 6 h of incubation.

The PLPT showed a remarkable cellular internalization and efficiently killed the MCF-7 cancer cells in a time- and concentration-dependent manner.

Collectively, this initial portrait of an acquired transcriptome within a dynamic and ecologically successful ciliate highlights the remarkable cellular and metabolic chimerism of this system.

The remarkable cellular expansion in going from the tissue culture environment to a xenograft tumor could provide a stimulus for acquired expression of genes not seen in vitro, such as ER-α.

However, in comparison to the decellularized human native heart valve control – representing currently used homografts – dTEHVs showed remarkable rapid cellular repopulation.

Structure-activity relationship studies focusing on regio-effect of N-hydroxyacrylamide moiety and influence of the sulfonyl linker revealed that N-hydroxy-3-[3- quinoline-2-sulfonyl -phenyl]-acrylamideN-hydroxy-3-[3- quinoline-2-sulfonyl -phenyl]-acrylamideN-hydroxy-3-[3- quinoline-2-sulfonyl -phenyl]-acrylamideN-hydroxy-3-[3- quinoline-2-sulfonyl -phenyl]-acrylamideN-hydroxy-3-[3- quinoline-2-sulfonyl -phenyl]-acrylamideN-hydroxy-3-[3- quinoline-2-sulfonyl -phenyl]-acrylamideN-hydroxy-3-[3- quinoline-2-sulfonyl -phenyl]-acrylamideN-hydroxy-3-[3- quinoline-2-sulfonyl -phenyl]-acrylamideN-hydroxy-3-[3- quinoline-2-sulfonyl -phenyl]-acrylamide

Despite some serious lack of knowledge, there is a remarkable overlap between cellular pathways involved in aging and BPD development, such as genomic instability, epigenetic alterations, loss of proteostasis, deregulated nutrient sensing, mitochondrial dysfunction, cellular senescence, altered intercellular communication, and ECM remodeling.

In the prospect to engineer rapid and easy-to-use CTXs live cells-based tests, we have studied the effects of CTXs on the yeast Saccharomyces cerevisiae, a unicellular model which displays a remarkable conservation of cellular signalling pathways with higher eukaryotes.

Our finding that these gene products are also expressed by CTCs themselves suggests a remarkable level of cellular plasticity.