Sentence examples for systemic characterization from inspiring English sources

We then screened individual variants by phylogenetic and structural analyses and subsequently conducted systemic characterization in mice.

Here, we describe the systemic characterization of a new scorpion short-chain K+ channel blocker from Mesobuthus martensii, termed mesomartoxin (MMTX).

Systemic characterization of the micropump has been performed by investigating its frequency-dependent pumping flow rate under various operational parameters including varied applied pneumatic pressures and pump geometry (i.e. different pump chamber diameters and heights).

The biological effects of PDGF receptors in tumor fibroblasts and pericytes together with the advent of drugs with PDGF receptor-inhibitory activity, such as imatinib, sorafenib and sunitinib, thus motivates a systemic characterization of the expression pattern of PDGF receptors in human solid tumors.

In addition to the aforementioned issues, the experimental challenges underlying the systemic characterization of the TRNs are far from being solved.

Systemic characterization of the skeletal changes at different stages of embryonic development is necessary to delineate whether LRP6 in nestin+ MSCs is required for embryonic skeletal development.

Advances in microarray and RNA-seq technologies allow the systemic analysis and characterization of expression level alterations of genes during the disease process.

Gene expression analysis (GEA) has become an extremely used technique to study the coordinated behavior of a large number of concomitant biological processes at the molecular level, aiming to develop a systemic wide phenomenological organismal characterization.

These nonviral gene vectors could represent a genetically and immunogenically safe delivery method for miRNAs-based therapies, but since intratumoral administration is not a feasible clinical route, PU-PEI should be subjected to further characterization for systemic delivery.

Metabolic profiling using mass spectrometry (MS) coupled with ultra performance liquid chromatography (UPLC) or gas chromatography (GC) and nuclear magnetic resonance (NMR) spectroscopy have been successfully applied to the characterization of systemic responses of organisms to disease, pharmaceutical intervention, and dietary modulation.

In addition to exposure assessment, we estimated systemic dose to aid risk characterization models.