Sentence examples for a more profound reduction from inspiring English sources

A reasonable explanation for the present findings might be a more profound reduction in specific fat depots, such as visceral fat and liver fat.

This study does not support the hypothesis that a more profound reduction in inflammatory and oxidative stress contributes to the benefits of aggressive statin therapy.

The consequence is a relatively normal OFC, some reduction in length but a more profound reduction of the rate of weight accretion [ 7].

Treatment of SMMC-7721 cells with either rapamycin or 5-Fu alone resulted in significant reduction of hTERT protein expression compared with that of the untreated cells, and dual treatment caused a more profound reduction in the hTERT protein level than either single drug treatment, suggesting a synergistic/additive effect of the two drugs on reducing the protein level of hTERT.

Although food-deprivation caused a much more profound reduction of hepatic glycogen stores than the daily light/dark-cycle (i.e. >90% versus ±30%, respectively), it had no effect whatsoever on the BIC-induced hyperglycemia (Fig. S1).

A general reduction in sequence complexity across all size classes of viral siRNAs was observed in both the rdr1 and rdr6 mutant libraries, with a much more profound reduction found for the most part in the rdr1 library (Fig. 4A; red and blue traces).

Mild LV hypertrophy was observed along with a much more profound reduction in systolic and diastolic contraction and shortening fraction.

In both groups, CO (the product of SV and HR) fell during β-FXIIa infusion; in intact rats, this was due to a decrease in both components, whereas in adrenalectomized rats this reflected the more profound reduction in SV.

In our recent study, we found even more profound reduction in EPHB2 levels in colorectal tumors with serrated histology when compared to conventional CRC [ 9].

The more profound effect on E-selectin concentrations in these studies might have been mediated by the more profound reduction of LDL cholesterol [ 7] and the longer period of treatment [ 15], respectively.

In particular, combined residue substitutions involving L506A, W553A and V555A resulted in even more profound reduction in viral entry efficiency, suggesting that the hydrophobic core formed between MERS-CoV RBD and DPP4 plays a critical role in mediating viral binding and entry into the target cells.