The rich oxidative chemistry of 5 and 6 at relatively mild potentials indicates closely spaced occupied frontier orbitals, which was also found in DFT calculations.
Bisphospholes 16 and 17 are oxidized at relatively mild potentials of 0.43 and 0.35 V, respectively, with the presence of the electron-rich thiophene unit in 17 being responsible for a cathodic shift of 80 mV.
In general, electron uptake by oxidized 6 a– c occurs at milder potentials than those of 5 a, b.
The first reduction potentials of gold complexes 7 and 8 are observed at significantly milder potentials than both 5 a and 6 a.
The LUMO lies higher in energy for 5 a, b relative to 6 a, b, which reflects the experimentally obtained reduction potentials in which 6 a, b are reduced at milder potentials than 5 a, b.
In the case of PBE, further studies are warranted to identify the active molecules and the underlying mechanisms involved in its mild mitochondrial potential depolarization propensity.
The phenol molecules were kept from migrating away from the calcite surface by introduction of a mild attractive potential between the phenol hydroxyl carbon and an adjacent surface calcium atom.
This phenomenon represents a kind of action potential-, Ca2+- and mechanical alternans [2], [4], [21], in that it is a severe Ca2+ and mechanical alternans with mild action potential alternans.
The phylogenetically remote species Sporothrix mexicana also shows a mild pathogenic potential.
Even with relatively mild dyspnoea, potential participants will suffer from exacerbations and chest infections which delay their recruitment and requires some flexibility in the delivery of the intervention.
