HNO-HBT exhibits high HNO-selectivity even in the presence of high concentration of biological reductants including glutathione (GSH), hydrogen sulfide (H2S) and ascorbate (AA), which is ascribed to the adoption of the 2- diphenylphosphino benzoate recognition moiety.
However, ascorbic and uric acids can be considered as main interferents due to their essentially higher concentrations in biological samples.
As a consequence, their stability and the ability to achieve high concentrations of oligonucleotides at biological targets is strongly reduced.
Iodate was toxic to cells of S. oneidensis at high concentrations (20 mM), and biological iodate reduction was optimal for both organisms at or below a concentration of 250 uM.
It could be related to the release of cytokines and other growth factors by ASCs that at low and high concentrations can determine contrasting biological effects on the immune system and/or on catabolic and inflammatory events.
Following Swedish reports of extremely high concentrations of legionellae in biological waste water treatment plants and LD in an employee working near a plant [ 7], an environmental study was initiated focusing on waste water systems used by the Finnish paper and pulp industries.
High concentrations of 137Cs in the biological soil crusts (0 5 mm) at the tarbush sites indicate that biological soil crusts can contribute to the stability of these sites.
