Sentence examples for both complexes were found from inspiring English sources

Diffusion coefficient ratios between oxidation and reduction species for both complexes were found to be close to 1. Plots of diffusion coefficients versus inverse viscosity deviate from expected linearity, especially for ILs with different kind of anions, suggesting that anions of the ILs contribute to the values of diffusion coefficients.

Both complexes were found to be potently cytotoxic against two human leukemia cell lines, HL60 and MOLM-13, in the micromolar range.

Both complexes are found to catalyze Suzuki cross-coupling reactions of deactivated and even bulky arene substrates.

Furthermore both the complexes were found to possess suitable thermal properties for CVD application.

Both silver(I) complexes were found to display cytotoxicity (IC50 = 3.15 ± 0.5 and 9.73 ± 1.1 μM) that is similar to or better than that of cisplatin, while metal-free Schiff bases show very low activity.

Even in polykaryons consisting of 5 6 cells (Figure S1C), already 2 h after cell fusion hybrid mitochondria containing both RC-FP complexes were found.

While both TAP-tagged complexes were found to have similar activity towards histone H3 purified from calf thymus (in comparison to nucleosomal substrates), neither complex was active on recombinant histone H3 (Figure 2c).

In the reduced sample, N3-2A-F/APP complexes were found both in intracellular compartments (biotinylated APP) and on the plasma membrane (non-biotinylated APP) (Fig 2H), supporting the hypothesis that part of plasma membrane N3-2A-F/APP complexes are internalised.

Mono- and dinuclear complexes were found for both metal ions, the dinuclear complexes being the main species in the 5 7.5 pH range for copper II) and 7.5 8.5 for lead II).

Complexes were found to be good DNA - intercalates.

The complexes were found to exhibit octahedral geometry.