Sentence examples for molecules to serve from inspiring English sources

The Hewlett-Packard researchers said that the discovery of the memory properties in tiny, extremely thin spots of titanium dioxide came from a frustrating decade-long hunt for a new class of organic molecules to serve as nano-sized switches.

The H.P. researchers said that the discovery of the memory properties in tiny, extremely thin spots of titanium dioxide, came from a frustrating, decade-long hunt for a new class of organic molecules to serve as nano-sized switches.

Now, chemists have made small druglike molecules to serve as switches, something only proteins and other biomolecules could manage until now.

Such a difficulty for the solvent molecules to serve as a hydrogen bond acceptor with respect to the solute atoms may be attributed to the presence of better hydrogen bond acceptors or to the rarity of better hydrogen bond donors in the solute than water.

Their capacity to interact with other membrane components and to assemble into microdomains on the plasma membrane enables these molecules to serve as recipients of cargoes from primary receptors, like HSPGs.

2 These natural products might therefore serve as valuable prototypes for understanding and optimizing the capacity for small molecules to serve as antilipoperoxidants in human cells.

Because of the stability of the circular structure and the microRNA-binding capacity for some circRNAs, circRNA is an ideal molecule to serve as a microRNA sponge (Fig. 1, function III), as confirmed in CDR1as and Sry (Hansen et al., 2013).

Homologous recombination depends upon a DNA donor molecule to serve as a template for correction of a damaged recipient [1], [2].

The most straightforward coupling is for the activator molecule to serve as a transcription factor for output elements.

Therefore, molecular regulators of development might be suitable to discover new bioactive fungal molecules or to serve as targets to control fungal growth, development, or secondary metabolite production.

Neogenin has recently been shown to bind RGM (repulsive guidance molecule), and to serve as a possible dependence receptor for RGM, inducing programmed cell death that is inhibited by RGM [12].