The phrase "radical complex" is correct and usable in written English.
It can be used in contexts discussing complex systems, theories, or ideas that are fundamentally transformative or extreme in nature.
Example: "The radical complex of ideas presented in the lecture challenged our traditional understanding of social dynamics."
Alternatives: "extreme complexity" or "transformative complexity."
If, however, it is really a first step back to a contributory system, then far more radical, complex and difficult issues will need to be addressed – and there will be losers, many very vulnerable, not just winners.
However, the government response – a plethora of radical, complex and fast-moving policy reforms – will have major implications for how councils plan for all types of housing, and particularly housing for those on limited incomes.
In the I step, [Ni(salcn 2Me))] is oxidized to phenoxyl radical complex, which is well stabilized by the nickel ion.
ABTS radical assay is an excellent tool for determining the antioxidative activity, in which the radical is quenched to form ABTS radical complex [56].
Bleomycin damages DNA directly by entering cells, forming a free radical complex, and binding and cleaving DNA in the nucleus.
In another way DOX reacts with iron (Fe2+) to make free radical complex, which involves in the generation of hydroxyl radical (OH∙) [ 16, 17].
This review article provides a survey of radical ligand-containing single-molecule magnets, with a brief overview of other classes of metal ligand radical complexes that could be exploited in the design of new single-molecule magnets.
Peroxyl radical complexes have been reported to exist during the catalytic cycle of LOX and can serve as sources of free radicals [ 14].
A copper II -oxyl radicopper II -oxyla copperadicaluperoxo complex has also been suggested for substrate oxygenatinstead9]; bofh suggested copper complexes are shown in Figure 3. Kim and copper II -superoxoated the energeticopper II -superoxoo alternative enzyme-complexradical complexes using density functional thasry (DFT) computalsons.
However, in contrast to the PhCl⋯NH3 system, calculations predict that the structure of the reactive intermediate corresponds to a distonic ion-radical complex, where the radical density is largely localized on the bromine atom.
This finding makes it unlikely that the decrease in [O2] itself affects O2− production directly, for example by altering the stability of the ubisemiquinone radical at complex III, the rate of degradation or release of H2O2 from mitochondria or the sidedness of O2− release from complex III [ 104, 121].
