Sentence examples for parallel fluctuations from inspiring English sources
"parallel fluctuations" is correct and usable in written English
You can use this phrase to refer to changes that occur simultaneously in two or more things. For example, "The stock market and the real-estate market experienced parallel fluctuations over the past six months."
Secondly, doping atoms, impurities, and charge accumulations at microstructural defects cause parallel fluctuations of the valence and conduction band edges [6].
Furthermore, the parallel fluctuations in ZEB1 expression observed during adipogenesis in two cell lines (Figure 7) suggest that ZEB1 is acting, at least in part, locally within the adipocyte.
These were driven largely by parallel fluctuations in alcohol-induced mortality that particularly affected working-aged men [ 1– 6].
Second, day-to-day changes in the availability of food may result in parallel fluctuations in blood glucose levels, which may make glycemic control more challenging.
The wide seasonal changes in soil EC1 1 were mostly due to strong and parallel fluctuations of Cl− and Na+ concentrations, by far the most abundant ions accumulated by seawater aerosols on the ground of coastal areas (Table 2).
19 Furthermore, vismodegib plasma concentrations are strongly correlated with AAG levels at steady state after QD dosing, showing parallel fluctuations of AAG and total drug over time, 17 which is consistent with saturable AAG binding.
One plausible explanation is that fluctuation in visual cortex excitability does not necessarily parallel fluctuation in M1 excitability.
In group A, 32 patients had positive signs of infection, but PCT had no parallel fluctuation with the other markers of inflammation, whereas mortality (30%) was related to high PCT levels (> 2 ng/ dl).
This variation has appeared to be quite substantial, specifically in younger women (Overbeek et al., 2012; Rustamov et al., 2012) and is believed to represent biological fluctuation parallel to fluctuation in antral follicle numbers (van Disseldorp et al., 2010).
The model was parameterized such that baseline conditions yielded a landscape-level nymphal infection prevalence (NIP) fluctuating seasonally around a threshold of 0.1 (indicative of pathogen endemicity in some disease systems) roughly paralleling seasonal fluctuations in wildlife host densities, with seasonal highs in late summer and early fall and seasonal lows in winter and spring.
Savarino et al. [ 26], however, did not find any difference in the percentage of H. pylori-positive DU cases between seasons or a parallel annual fluctuation in gastric acidity and H. pylori infection.
