Sentence examples for responsiveness increased from inspiring English sources

During this same post-stimulus period, the infants' responsiveness increased after having been exposed to sebum and cow milk odors (as compared to water, non-familiar formula milk and non-familiar human milk; p<.01).

These results indicate that in both genotypes most genes were regulated under later cold stress, implying that cold stress responsiveness increased with increasing treatment duration.

For more severe vertebral fractures in terms of symptoms, the responsiveness increased with the occurrence of fractures in the following order: vertebral, clinical vertebral, painful vertebral.

Responsiveness increased consistently with a better total family economy, and responsiveness was significantly higher (using the standard p < 0.05 criterion) in the "richest" families, compared to families lowest in the economic hierarchy.

Those that did not develop target responses increased responsiveness from an average of 6.7 imp/sec to 13.6 imp/sec, 201% of the responsiveness before learning detection.

Deficiency in STAT1 leads to attenuation of interferon (IFN) responsiveness, increasing the susceptibility of mice to viral or bacterial infections.

The results of the LOESS analysis indicated that RTX responsiveness increases up to an RF level of approximately 50 IU/ml, with no further increases seen above this level.

Surgery per se weakens patient responsiveness, increasing the risk of infection because of the loss of integrity of skin and mucous membranes and the impairment of microbicidal activity of the immune cells [ 50].

It increases the cost of key public services, limits access for those least able to pay [ 15, 16] and inhibits the improvement of services and the ability of reforms to increase resources, raise services quality and responsiveness, increase efficiency, increase provider satisfaction, and achieve structural reforms [ 10, 12].

Asthma is a chronic inflammatory airway disease arising from a complex interaction between the immune system and resident cells of the lung to induce the cardinal features of bronchial hyper-responsiveness, increased mucus production, narrowing of the airways and airway remodelling.

The proportion of genes with H3K27me3 marks, measured in groups of 100 genes with a similar level of TF-responsiveness, increased with increasing TF-responsiveness (Bi), whereas the proportion of genes with H3K36me3 marks and the strength of H3K4 tri-methylation decreased with increasing TF-responsiveness (Bi).