Sentence examples for basic signaling pathways from inspiring English sources

We have previously shown that the simple soil nematode, Caenorhabditis elegans, can be used as a model to study the basic signaling pathways involved in lung cancer [ 13].

The uncovered genes (5.5% and 9.7% of total Hexapoda scaffolds based on amino acid sequence identity >40%) were mostly lacking functional annotations, and the annotated fraction was mainly related to universal components of metabolism, development, and basic signaling pathways (supplementary file S5, Supplementary Material online).

This suggests a fundamental difference in the way basic signalling pathways interact and which ultimately have a greater influence over MLC20 phosphorylation and tone.

As a result, we have a better understanding of some basic mechanisms, functions, and signaling pathways involving MELK, including interactions that link it with tumor progression.

As several published reviews have already elegantly summarized and discussed in detail the individual components in BCR signaling pathways, here we will only briefly outline the basic features of BCR signaling pathways.

However, the basic organizational, developmental, and signaling pathways between the brain and the heart are broadly conserved across small and large mammals, which gives the fundamental observations based on the reported data a clear translational relevance.

However, the basic mechanisms whereby the VEGF and Notch signaling pathways control transcriptional regulation of arterial-specific genes have yet to be elucidated.

Ras proteins may sense changes in calcium concentration or redox state and engage various signaling pathways leading to the regulation of basic cellular functions.

Carbon source availability affects basic biological processes, such as translation regulation, metabolism, and signaling pathways, which directly or indirectly affect yeast growth (Zaman et al. 2008).

This paradigm takes into account basic knowledge established for eyefield and retinal development, using extrinsic chemical signaling pathways to manipulate cell fate.

Taken together, these data suggest that both SlSR1 and SlSR3L negatively regulate basic immunity in tomato through modulating the SA -and ET-mediated signaling pathways.