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RNA molecules are much larger than proteins, so obtaining molecules small enough for technique development was difficult.
RNA molecules are much less frequently used as catalysts in cells than are protein molecules, presumably because proteins, with the greater variety of amino acid side chains, are more diverse and capable of complex shape changes.
Therefore, the matrix pre-cracked big heavy oil molecules are much easier to react on the zeolites' active center.
It indicates that the polar oil molecules are much more difficult to be driven than the nonpolar molecules in nanochannel.
According to Yang and Paulson (2000), the interactions between non-polar molecules and polar polymers molecules are much lower than those between polar polymer molecules.
The as-prepared ZnO micro-sized particles have been used the efficient Surface enhanced Raman scattering (SERS) substrates, and the SERS signals of 4-mercaptopyridine (Mpy) probe molecules are much influenced by the morphologies of the ZnO structures.
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Plants give you the option of making many molecules to add to a cocktail of pharmaceuticals, because the potential cost of making the molecules is much lower than conventional systems.
Rayleigh scattering by air molecules is much less efficient than fluorescence by alkaline atoms.
Moreover, selectivity of some immobilized enzyme molecules was much more modulated by the experimental conditions than other derivatives.
However, the extension of this view to more complex chemical structures (such as molecules) is much discussed in the literature.
Polymers are widely applied for the synthesis of soluble-Ru, Co and Fe-NPs, whereas the application of surfactants, ionic liquids and small molecules is much more limited.
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