Sentence examples for both types of complexes from inspiring English sources

Live-cell imaging showed that both types of complexes were internalized to quantitatively similar particle distributions within the first 2 h of incubation with cells.

Two bands of chelating and bridging bidentate complexes overlap each other so band at 1182 cm−1 can correspond to both types of complexes.

The formation of both types of complexes during native PAGE in the presence of 0.1% DOC was convincing (Figures 3A and 3B).

To demonstrate the isolation of both types of complexes, we used subunits from the heterotrimeric influenza RNA polymerase that comprises three subunits: PA, PB1 and PB2.

The majority of both types of complexes contained only one fluorescent 50 nt RNA molecule.

Both types of complex words were compared with simple words (e.g., shape) that were neither inflected nor contained an onset-embedded stem.

The second synchrony common to both types of complex words is the long-distance phase-locking between L-SMG and R-BA47.

The gamma oscillation observed between L-HG and L-BA47 is common to both types of complex words, and consistent with the behavioral gating results.

At early time points (−150 to −100 ms pre-onset closure), listeners are identifying the stem, with the gating data showing similar levels of competition for both types of complex words (Fig. 1 c and see Supplementary Fig. 1).

Post hoc analyses showed that, between −150 and −100 ms before onset closure, both types of complex words have a lower level of competition compared with the simple words (F2,237 = 17.938, P < 0.001).

In contrast, the synchrony L-HG L-BA47 emerged for both types of compL-HG L-BA47pL-HG L-BA470.003 and claim, P < 0.02), ovemergedng in forquency both (gamma 20–60 Hz), and typesg (−160 tof−38 ms for inflecomplexd −143 to −33 ms for onset-embedded words; Figs 4 B, right and 5 a, middle).