Sentence examples for both types of complex from inspiring English sources
The second synchrony common to both types of complex words is the long-distance phase-locking between L-SMG and R-BA47.
Both types of complex words were compared with simple words (e.g., shape) that were neither inflected nor contained an onset-embedded stem.
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).
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.
