Sentence examples for molecules could play from inspiring English sources

Recent studies have suggested that noncoding RNA (ncRNA) molecules could play an important role in the regulatory architecture of eukaryotic cells.

Analysis also indicated that both short-living species, such as O and OH radicals, and ozone molecules could play a crucial role in the plasma inactivation process by this method.

It is concluded that the post-training administration of a serine protease inhibitor is able to produce robust deficits of memory consolidation consistent with its ability to generate LTD, raising the possibility that related molecules could play physiological or pathological roles in the modulation of learning and memory.

Kanapathipillai et al. [34] depicted that the behavior of solute was highly dependent on its structure and some molecules could play a key role in the prion inhibition mechanism because they could interfere with the hydrogen bonded monomer-monomer interactions of prion proteins.

The calpain inhibitor MDL28170 impaired significantly the adhesion rate of epimastigotes to the midgut of R. prolixus in vitro suggesting that calpain-like molecules could play an important role in this part of the parasite life cycle.

It is possible that they were not annotated or that other molecules could play a similar function.

Given the multifunctional roles ascribed to Akt it is likely that this molecule could play a critical role in mediating aging-associated disorders in cellular metabolism and physiological function.

The observation that human gliomas often highly express NG2 suggested that this molecule could play an important role in gliomagenesis [ 2, 5, 33, 37].

The antioxidative potentials of Lf1 were found to be reinforced with a powerful arsenal of several enzymatic and nonenzymatic factors such as antioxidative enzymes and other important molecules which could play a protective role during the oxidative stress induced conditions confronted in the gut.

Our observations point to the possibility of a cytoskeleton-dependent redistribution of the sensing molecules in the membrane, which could play a role in the modulation of the cell response to external signals.

In order to determine if molecules with potential inhibitory effects could play a role in EA entry we incubated parasites with HeLa cells in the presence of heat-inactivated parasite supernatant, (Fig. 4D) or in the presence of increasing concentration of heat-inactivated parasites (Fig. 4E).