Sentence examples for fundamental molecular pathways from inspiring English sources

These findings illustrate the importance of 3D cell cell interactions in maintaining fundamental molecular pathways of hepatocyte function and serve as a basis for rational design of biomaterials that aim to optimize hepatocyte functions ex vivo for biomedical applications.

Monitoring of nanoparticle delivery is essential to better understand fundamental molecular pathways inside organisms and to better plan nanoparticle-mediated photothermal cancer therapy [ 9, 10].

Due to this important difference between in vitro and in vivo results of SCNT with TSA treatment, it became relevant to investigate the fundamental molecular pathways involved in pre-implantation SCNT embryo development.

The uncertainty associated with the efficacy of antioxidant supplements is compounded by a lack of fundamental knowledge on the molecular pathways via which antioxidants accumulate in these tissues as well as a lack of understanding of basic physiological principles that underpin ocular function.

Cell identity, the size and boundaries of tissues, and the behaviors exhibited by those cells shape the developing embryo; however, there is a fundamental gap between understanding the molecular pathways that control processes within single cells and understanding how cells work together to assemble multicellular structures.

These two molecular pathways are fundamental to a molecular platform known as the inflammasome [ 7], which coordinates the production and processing of important inflammatory cytokines such as interleukin (IL -1, IL -1 and IL-18 in mandals.

Secondly, since many important molecular pathways and fundamental developmental processes are repeatedly observed in different organ systems, genes predominantly expressed during early nephron development are also likely to be found in other undifferentiated tissues.

The fundamental molecular architecture of the IIS pathway is conserved from flies to man (Oldham, 2011).

These conserved pathways and factors may represent fundamental molecular mechanisms regulating ESC pluripotency.

However, our data suggests that these conditions may be different phenotypic expressions of the same fundamental molecular defect in either the dopamine or glutamate pathways, or both.

Molecular pathways regulating rapid proliferation and persistence are fundamental for pathogens but are not elucidated fully in Toxoplasma gondii.