Evaporation and degradation are assumed to contribute to the fate and behaviour of these substances in the environment.
The polarographic behaviour of the above substances in methanol presents remarkable similarities with that in aqueous buffered solutions.
The observed gaps in mass balances also indicate considerable influence of competing processes on the fate and behaviour of the investigated substances.
This phenomenon can be interpreted as the result of the addition of a similar behaviour of the two substances by increasing their dosages separately, but not primarily as the result of its pharmacodynamic interaction.
A possible explanation for this dissimilar behaviour of the two substances which share an equal potency of firefly luciferase inhibition directly after addition to the cell lysates can be taken from the chemical structure of both molecules: resveratrol possesses hydroxy groups that allow for an easy and rapid cellular metabolism via conjugation with glucuronic acid or sulfate [ 23, 24].
The anodic behaviour of the investigated organic substances is compared with that of the corresponding primary, secondary and tertiary monovalent analogues.
In contrast to the behaviour of most oceanic substances, the concentrations of the principal inorganic constituents of the oceans are remarkably constant.
The affinities presumed to act between chemical 'atoms' were postulated solely on the basis of the observed chemical behaviour of bulk substances manipulated in the laboratory.
Two types of experimental evidence gave support to the atomic hypothesis: first, the detailed behaviour of gaseous substances and, second, the quantitative weight relationships observed with a variety of chemical reactions.
Wloka, M., Rehage, H., Flemming, H.-C. & Wingender, J. Structure and rheological behaviour of the extracellular polymeric substance network of mucoid Pseudomonas aeruginosa biofilms.
