Sentence examples for most cellular systems from inspiring English sources

Most cellular systems, from macromolecules to genetic networks, have more than one function.

The cellular industry has seen much higher license prices and most cellular systems have been quite successful.

In recent years, it has become clear that these methods are inadequate to address the complexity of cell systems, not least because most cellular systems operate under finely balanced gene dosage requirements [ 3– 5] that are obliterated when any one protein is massively overexpressed [ 6].

In this study, we chose to examine WNT3A as a representative ligand that characteristically activated the canonical β-catenin pathway and WNT5A, which, in most cellular system, mediates non-canonical PKC signaling.

Most cellular bistable systems are based on molecular circuits of mutual activation and/or mutual inhibition between genes and proteins [ 71].

The experimental repertoire provided by most current cellular systems still has limitations that slow down progress.

In most eukaryotic cellular systems, mTORC1 has been demonstrated to negatively regulate the onset of autophagy and activated mTOR is phosphorylated at serine 2448.

Ideally these two strategies would converge, but at this point there is no consensus even within one particular strategy as there are multiple ideas on the nature of the most primitive cellular systems [ 8, 9] as well as how to properly exclude the root from a particular branch [ 7, 10].

As such, cultured neuronal N2a cells, which have been used to obtain most of the experimental evidences pertaining to the miRNA repression of BACE1 expression [ 8], are highly relevant and represent the most practical cellular system to study the molecular mechanisms underlying AD.

These techniques can be used alone or together in telephone systems, and they are well illustrated by the most advanced mobile cellular systems.

Like most of the cellular systems [ 8- 10], MAPK cascades are also observed to robustly maintain their functions while subjected to perturbations [ 11, 12].