Sentence examples for great synchrony from inspiring English sources

Previous analyses of the differentiation from stumpy to procyclic forms have established that this transition follows a defined and highly reproducible temporal programme, with progression through the major events of differentiation occurring with great synchrony in the population [ 33].

Assuming that the input continues until the target reaches threshold, greater synchrony is more economical.

Greater synchrony between populations and individual plants is dependent on the interactions between plant density and nitrogen (N) fertilization and is crucial to achieve food and environment security.

In summary, a protocol involving a letrozole-impregnated intravaginal device for 4 days, PGF treatment at device removal, and GnRH 24 later resulted in a greater ovulation rate and greater synchrony of ovulation than in heifers not given letrozole.

For smaller ε, the same amount of charge is delivered in a briefer time period; this is why we think of smaller ε as modeling greater synchrony of inputs.

In this sense, the less tightly synchronized E-cells in the right panel seem to be more effective than the more tightly synchronized ones in the left panel, which appears to contradict the idea that for excitatory synaptic transmission, greater synchrony results in greater effectiveness.

They also observed greater synchrony between the midbrain and the middle cingulate cortex and striatal regions.

If human societies developed regular harvesting and sowing routines that were consistent year to year, selection for greater synchrony of maturation would result (Fuller 2007).

(Participant 4 showed greater synchrony during successful encoding from 1 to 1.5 s, but the overall difference as shown in Figure 2E was absent due to lesser synchrony from 0.5 to 1 s, as shown in Figure 2F ).

There was a significantly greater synchrony difference between successful and unsuccessful encoding in upper theta/alpha post-stimulus (0 0.2 s) than in the same frequency range during the 1 s pre-stimulus period (Wilcoxon test: p = 0.039).

The changes in testis size were desynchronized relative to those occurring in experiment 1 (Fig. 4), consistent with the prediction that a sudden photoperiod change would result in greater synchrony than would changes due to an endogenous timer.