Sentence examples for core cellular functions such from inspiring English sources
Abstract: Cells use genetically-encoded molecular circuits to enable core cellular functions, such as decision-making, computation, and epigenetic memory.
Nonetheless, it is interesting to note that this group was also significantly depleted in transcripts encoding proteins involved in core cellular functions such as translation functions.
This phylogenetic tree topology resembles that of several proteins involved in core cellular functions such as the DNA recombinase RecA, aminoacyl tRNA synthetases, RNA polymerase and other RNA metabolism proteins [ 21- 23].
Seven GO terms have significantly more low-ω genes than expected by random chance (Fisher's exact test with Bonferroni correction P < 0.01, supplementary table S2, Supplementary Material online); these include genes involved in core cellular functions such as ribosomal complexes or metabolic regulation.
As would be expected, it can be seen that many of these stably expressed genes are involved in core cellular functions such as mRNA splicing and translation initiation (Genes 1-12 denoted by blue asterisks in Figure 2A; 2B; Table 2).
Evidence also suggest that HSF1 supports tumorigenesis not only by mediating the induction of HSPs, such as HSP90, but also by orchestrating a broad network of core cellular functions that include proliferation, survival, protein synthesis and energy metabolism (Birch-Machin et al, 2005; Dai et al, 2007).
Are there any references that are compatible with such an adaptation scenario (the existing references only show that is some species, core cellular functions are done by unconventional modules)?
Membrane proteins are critical to cellular functions such as response to environmental changes, membrane stability, nutrient transport, redox balance, energy generation, and cellular defense.
We also saw increases in other cellular functions, such as tube formation and nitric oxide formation.
These proteins participate in many cellular functions, such as regulation of signaling, transport, and metabolism or cell division1.
In addition, cellular functions such as cell receptor gene expression are different in 3D culture42,43, and cell growth in 3D better mimics the organization and metabolic characteristics of tissue.
