In eukaryotes the mRNA molecules are more elaborate.
In eukaryotes (organisms that possess a clearly defined nucleus) the mRNA molecules are more elaborate.
In general, within a class of compounds, smaller molecules are more volatile than larger ones.
But to probe these molecules, you must realize that no single molecule works in isolation, and some molecules are more important than others.
The IL molecules are more inclined to aggregate in the 2D-COFs and MOFs with 1D pore structures.
Hydroxyl-containing molecules are more conducive than carboxyl-containing agents to induce GO macrostructures with well structural stability and plasticity.
This suggests that in the large cage of sII hydrate, CO molecules are more delocalized than those in sI and hence have a smoother potential energy surface.
Molecules are more prone to leave the gas than to rejoin it, so they become deposited on the surface of the container.
Furthermore, the temperature properties of hydrogen bonding revealed that urea molecules are more favorable to interacting with cellulose than water molecules at a certain temperature range.
It was shown that the lipid molecules are more tightly packed in the film obtained from suspension of liposomes than from chloroform solution.
Desmoplakin molecules are more extended in wild type than knockout desmosomes, as if intermediate filament connections produced tension within the plaque.
