Sentence examples for molecular environment in from inspiring English sources

The nature of this interaction is highly dependent on the molecular environment in which the nucleus or electron is located.

Hedge et al. investigated the molecular environment in the vicinity of a chromophore in the presence of hesperitin [123].

The findings suggest that the molecular environment in which periosteal pain fibers exist contain abnormal expression of genes that promote inflammation; a condition that is likely to lower their activation threshold, when symptoms appear at the onset of an attack, or activate them chronically.

However, the molecular environment in which they exist differs, as shown here, to favor CD40 signaling in NOD Th40 cells which poises them for survival and proliferation by constantly having CD40 and TRAF2 mobilized to the raft.

Because protein aggregation must reflect the molecular environment in which it occurs, assays with late-life endpoints should model the strong age dependence of human neuropathies better than those employing early induction.

STC tumor to normal contrast is based upon the extent to which the different molecular environment in tumor versus healthy tissue is able to induce distortions in pure component spectra [ 42, 43].

Although this would require further investigation, one might speculate that the molecular environment found in neuronal cells in vivo influences the kinetics of Aβ aggregation as compared to the behaviour of these peptides in vitro.

From these data, we conclude that aberrant ciliogenesis uncouples the SHH pathway in talpid mutants; however, the manner in which the pathway is perturbed is dependent upon the distinct molecular environment present in the individual facial prominences.

Because BEAMing analyzes one allele at a time, it is highly sensitive for the detection of rare mutant allele which is the exact molecular environment found in ctDNA cases.

Rapid developments have been made in understanding the molecular environment of transgenes in chromatin, including elucidation of the contribution of epigenetic modifications to expression, and this understanding is being used to enhance expression from host cells.

This approach permits visualization of the physical architecture and molecular environment of cells in the urine.