Proton NMR spectra yield a great deal of information about molecular structure because most organic molecules contain many hydrogen atoms, and the hydrogen atoms absorb energy of different wavelengths depending on their bonding environment.
For long proteins such as dynein or titin, it is likely that most protein molecules contain at least one error.
Most gelatin molecules contain repeating sequences of glycine, proline, and alanine triplets, which are responsible for the triple helical structure of gelatin [ 24].
Although it is not possible to describe the molecular configuration of humic substances in any but the most general terms, these molecules contain hydrogen ions that dissociate in fresh water to form molecules that bear a net negative charge.
Furthermore, the molecules contain an aromatic ring and a hydrophobic moiety in most cases (Fig. 2).
For example, the sex-attractant pheromones of most moths are molecules containing 12, 14, 16, or 18 carbon atoms, and the aggregation pheromones of bark beetles, which attract huge numbers of conspecifics (members of the same species), comprise molecules with about 8 10 carbon atoms.
Biodiesel molecules contain oxygen, as well.
Wax molecules contain highly nonspherical and associating molecules.
The most abundant molecule contains six perfluoroalkyl side chains and has a mass of approximately 4 550 Da.
Clearly, the global Bloom filter F requires the most memory, but ensures that molecules containing different number of fragments with the same SMILES representation are filtered as redundant.
