Many properties directly related to the molecular structure, like the number of hydrogen bond donors and hydrogen bond acceptors and the number of rotatable bonds, might be calculated differently by different programs.
The mercury isotope pattern is very prominent, it dominates the overall isotope pattern of the molecules, and can therefore be used as a characteristic fingerprint: In small mercury biomolecules, the mercury isotope pattern is greatly preserved, even when the organic molecular structure, like in HgGS2, accounts for 75% of the molecular mass.
In this paper, three molecular structures are discussed (i.e. 'disk-like' molecules, 'propeller-like' molecules and polycatenar elongated molecules) that have been shown to give rise to helical organizations.
The aggregate structure conversion in different molecular structures can be controlled in the form of sphere-like, rod-like, and vesicle-like structures.
The inorganic tin compounds are relatively simple in their molecular structure and, like tin itself, are not considered to be toxic.
Subgraph centrality analysis has been used to study essential proteins in proteomic maps [ 77], to compute the degree of folding of protein chains [ 88], to understand the molecular structure of drug-like compounds [ 89] or to zoom into the topological environment of certain nodes in PPI networks of several organisms [ 90].
Polymers are compounds with repeating molecular structures, either synthetic (as in plastics) or natural (like DNA cells).
Toll-like receptors (TLRs) are surface-exposed pattern recognition receptors which can recognize molecular structures on pathogenic microbes associated molecular patterns (PAMPs).
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