The phrase "a significant decrease in the maximum" is correct and usable in written English.
It can be used in contexts where you are discussing a reduction in the highest value or limit of something, such as data, measurements, or performance metrics.
Example: "The recent analysis showed a significant decrease in the maximum temperature recorded over the past decade."
Alternatives: "a notable reduction in the peak" or "a considerable drop in the maximum".
Conclusions: In healthy women, cisapride caused a significant decrease in the maximum cystometric capacity, which could account for the higher reported rates of urinary frequency and urgency with this medicine.
However, the increase in the axial load eccentricity (concentric, 25 mm eccentric and 50 mm eccentric axial loads) resulted in a significant decrease in the maximum axial load with the largest reduction observed for fully wrapped specimens compared to partially wrapped specimens.
It is possible to observe a significant decrease in the maximum load as the temperature increases.
In contrast to normal subjects with regular, synchronous diaphragm and chest wall motion, patients with emphysema frequently have reduced, irregular or asynchronous motion, with a significant decrease in the maximum amplitude and the length of apposition of the diaphragm [57].
The chronic administration of acetaminophen however, resulted in a significant decrease in the maximum number of 5-HT2A binding sites and an increase in the maximum number of 5-HT transporter binding sites in frontal cortical membrane [13], which is line with our results.
Compared with the control, a significant decrease in the maximum PSII photochemical efficiency (FV/Fm = (upvarphi_{text{Po}})) was observed in K. striatum thalli at 23 °C (the FV/Fm value was 0.62 while the control was 0.68) (Fig. 4), indicating that photo-damage had occurred.
Consecutive applications of BPA failed to induce any significant decrease in the maximum amplitude in [Ca2+] c, as we can observe from Figure 2.
The results showed a significant increase in the 1 through 90 day minimum discharges and a significant decrease in the 1 through 90 day maximum discharge; though the magnitude of alteration decreased with increased temporal averaging.
The effects of rapid AIS shortening were much clearer on repetitive spike firing in pro PKA conditions, where 3 hr depolarization produced a significant decrease in the DGC input-output function with a significant reduction in maximum firing frequency.
A significant decrease in the DSL further contribute to the decrease of the E2E.
