Sentence examples for molecular interplay of from inspiring English sources

Based on differential gene expression we also defined ligand-receptor interactions that may be part of the molecular interplay of the embryonic prostate stem cell niche.

Using different experimental approaches, we have dissected the molecular interplay of SCML2 and PRC1.

These studies already hinted at the molecular interplay of PU.1 with PML RAR α.

In addition, the molecular interplay of the surface-exposed TlpA (renamed Etrx1) with its extracellular paralogue Etrx2 on oxidative stress resistance and virulence are unknown.

The molecular interplay of PINK1 and Parkin in a common pathway fits seamlessly with clinical observations that PD patients with PINK1 and Parkin mutations have similar phenotypes (Khan et al, 2002).

Since growth arrest and DNA damage (GADD 45β-/- animals [ 47] display similar phenotypes to the C/EBPβ knockout mice [ 46], the molecular interplay of GADD 45β-/- C/ERBβ wanimalsyzed in further detail.

We speculate that the combinatorial use of 3- O-sulfation of HS is an important contributor to the establishment of a complex nervous system in higher organisms by generating specific high affinity and spatially restricted HS modification patterns that control the complex molecular interplay during development of the neuronal circuitry.

Thus, in the model of molecular interplay between GR and ER, the unique pattern of co-regulation by Dex + Gen may indicate that Gen-bound ER is recruited to different recognition sites or results in alternative cofactor recruitment compared with ER bound to the endogenous ligand (Chang et al. 2008).

A more holistic view of this molecular interplay will help in the further study of the regulatory mechanisms controlling seed storage compound accumulation.

34 These findings underscore the presence of molecular interplay between the core clockwork, which can be assumed to be common to all tissues, and cell-specific transcriptional systems.

Thus, primary endometrial stromal cells remain a valuable in vitro model for the mechanistic dissection of the molecular interplay between H19 and its regulated genes, with the potential of identifying novel therapeutic targets for future intervention.