Sentence examples for atoms are derived from inspiring English sources
A critical review focusing on the preparation of bio-based surfactants in which the carbon atoms are derived from renewable feedstocks has been recently published [59].
Saponin synthesis starts from the acetylated coenzyme A (acetyl CoA) molecule, from which all triterpene carbon atoms are derived.
Phenomenological kinetic equations, which took spontaneous thermal recovery and the chemical effect between hydrogen and the target atoms, were derived to explain the RHEED intensity.
In order to confirm the conservation of the overall geometry and the binding pocket, the backbone root mean square deviation (RMSD) for Cα atoms was derived from the structure superposition of all 10 medaka homology models to the six human templates.
Biochemical oxidation of these molecules produced methoxy-substituted benzoquinones and methanol and demonstrated that the quinone oxygen atoms were derived from the solvent water.
The reaction was very clean and the yield of the isolated product was over 50%%, thus indicating that in the geminally difluorinated product one of the fluorine atoms was derived from 1, while the other one originated from the BF4− counterion of silver.
He also writes that the concepts of chemical element and of atom are derived "from collective imagination", but "the usefulness of these concepts in chemistry is really independent of the individual knower".
All the qualities of the atom are derived -- it has no immediate and direct physical properties at all".
Finally, the metabolic likelihood of each atom in the query molecule is derived.
Nickel binds to NikM via its coordination to four nitrogen atoms, which are derived from Met1, His2 and His67 residues.
Along these lines, it is plausible that HydE generates a carbon-based radical species upon H-atom abstraction by the dAdo radical that then reacts with the sulfide groups of a [2Fe 2S] cluster; it is also possible that the sulfur atoms of the bridging dithiolate are derived from the substrate molecule itself.
