The phrase "are better synchronized" is correct and usable in written English.
It can be used when comparing the synchronization of two or more elements, indicating that one set is more effectively aligned or coordinated than another.
Example: "The new software updates ensure that the systems are better synchronized, leading to improved performance."
Alternatives: "are more in sync" or "are more aligned".
Thus, the light-adaptational acceleration of the voltage responses is inherently temperature-dependent: not only are the bumps themselves faster (cf. Fig. 6) but they also appear sooner and are better synchronized in warm conditions (Figs. 7B and 7C).
However, because of the faster autophagy activation, probably due to the higher basal activity, protein accumulation and autophagy overactivation are better synchronized, avoiding protein accumulation.
In NAVA neural and mechanical inspiratory times are better synchronized than in PSV [ 12].
Superdestrian's tech gives riders more control over the bike because it ensures the power is better synchronized with pedaling motions, he says.
Theta auditory activity is better synchronized to speech modulations when speech is intelligible, irrespective of its temporal or spectral structure (Luo and Poeppel, 2007; Peelle et al., 2013).
This suggests that the declining Fe import and growth rates were better synchronized in A↓ cells than in MM cells during this transition.
In this way the insulin peak action is better synchronized with the glycemic excursions after a meal, thereby potentially minimizing the height of the postprandial glucose excursions.
Experimental support for binding-by-synchrony was obtained in a series of neurophysiological studies demonstrating that the responses of visual cortical neurons evoked by features of the same object were better synchronized than the responses of neurons responding to features of different objects (Singer & Gray, 1995; reviewed by Eckhorn et al., 2001).
The average SI across the entire stimulus duration in IF IF networks (mean = 10.33; SD = 1.11) was significantly lower (P < 0.001, heteroscedastic t-test) than that corresponding to IF RES networks (mean = 19.11; SD = 0.33), indicating that, on average, resonator interneurons in IF RES networks were better synchronized in each gamma cycle than integrator interneurons in IF IF networks (Fig. 5 D).
The fact that people actually tap slightly ahead of a beat they should synchronize with [36], [37], [38], [39], suggests that predictions probably play a role, and the fact that musicians are better at synchronizing with prerecorded pieces they played themselves supports the idea that motor simulation, as described in our Hebbian learning scenario above, could play a role [34].
