Sentence examples for compensatory decreases from inspiring English sources

In our previous study with the LID mice we show compensatory decreases in Ma.Ar by 32 weeks [24], likely due to inhibition of periosteal bone apposition.

While training increases VO2max and fitness in younger and older adults [28], [29], it does not increase total daily activity in older people, mostly likely because of compensatory decreases in everyday activity secondary to exercise fatigue [29], [30].

There were large and sustained increases in breast cancer incidence when screening was introduced, with only small or absent compensatory decreases among older, previously screened women.

To avoid excessive ion accumulation in roots owing to continued Na+ uptake, compensatory decreases in other cations occurred in the roots at 24 h.

Bellisle showed studies in which energy from drinks added to calories without triggering compensatory decreases in solid food intake, implying that removing sugar from drinks would not be likely to increase food intake.

Furthermore, in agreement with our previous observation of compensatory decreases in other ELAV-like transcripts in the hippocampus of HuD-Tg mice (Bolognani et al., 2006) we found that HuR mRNA was also decreased in the DGCs.

However, the compensatory decrease in EI in response to the HE breakfast was not significantly greater at the RI testmeal (RI: −983 kJ, 28.1% compensation; MI: −993 kJ, 28.4% compensation).

Such a compensatory decrease in D was also found in cells treated with 2.5 and 10 mM HU (Table S1).

Since both compounds exert an osmoregulatory function, one may speculate that the increased glutamine accumulation discussed above may have triggered a compensatory decrease in myo-inositol.

RT entropy increased as a function of spatial and temporal uncertainty of the stimulus, alongside a symmetric, compensatory decrease in the entropy of fixation durations as the level of spatial and temporal uncertainty of the stimuli was increased.

Although the yeast TPK genes are PKA catalytic subunit genes, and not regulatory subunit genes like RIIβ, loss of RIIβ in mice causes a concomitant and compensatory decrease in catalytic subunits [7], [8], providing a mechanistic link with loss of function of TPK and extended lifespan in yeast, and loss of function of RIIβ and extended lifespan in mice.