Sentence examples for molecules are likely from inspiring English sources

Most drugs and drug-like molecules are likely to bind to multiple transporters, for example; drugs are known to interact with no fewer than six targets and many proteins are known to interact with hundreds of drugs to get the biophase [ 12].

According to recent studies [33, 34], molten salt molecules are likely to form a fractal-like nanostructure when a nanoparticle is dispersed.

Polysilicate molecules are likely formed inside the coating pores during the sol gel process.

Docking data suggested that the most potent molecules are likely to target the colchicine binding site.

These functional RNA molecules are likely to be applicable in the reprogramming of existing gene regulatory systems.

The bulky lutidine molecules are likely to be formed not in the zeolite channels, but on the superficial acid sites.

All molecular similarity methods exploit the so-called similarity principle, which states that "structurally similar molecules are likely to have similar biological and pharmacological properties" [51].

Therefore, the studied BPP_1 7 molecules are likely to adsorb on the copper surface to form stable adsorbed layers and protect copper from corrosion.

Molecular docking of drug-like molecules is likely to be valuable in this field; however, the great number of such molecules makes the potential size of this task enormous.

Thus, the polarity, solubility parameter and molecular mass of the molecules were likely increased by oxidation.

By defining the simplest protocellular systems, it is possible to deduce what organic molecules were likely to be necessary for this process.