Sentence examples for may thus decrease from inspiring English sources

However, their use in the field has been limited by harsh and unstable environmental conditions that shorten shelf-life, introduce significant noise, and reduce the signal and signal-to-noise ratio; such conditions may thus decrease the probability of correct decisions, increasing both false positive and false negative outcomes.

Arbitrary selection of more or fewer reference genes may thus decrease the accuracy of calculating target gene expression.

From a neurophysiological point of view, we hypothesized that skin stretching resulting from obesity may increase the distance between the cutaneous mechanoreceptors and may thus decrease the discrimination threshold of somato-sensory perception.

Aquatic exercise may thus decrease proteinuria and improve GFR, as was shown previously in rats with subtotal nephrectomy [ 24].

Robust diagnostic tools for neonates jeopardized by infection and inflammation may thus decrease the overall neonatal morbidity substantially.

Periodontal treatment decreases C-reactive protein levels in these individuals and it may thus decrease their risk of coronary heart disease.

A decrease in perceived brightness/loudness may thus also decrease the salience of the stimulus, leading the following conflicting result: a change in perceived brightness/loudness may draw attention to the target, while the directionality of the change (here, decrease) may lead to a decrease in the salience of the target.

However, numerous studies have suggested that increased taxonomic sampling generally leads to improved accuracy in phylogenetic inference ([ 67, 68, 75, 86- 90]; but see also [ 3, 91]; as summarized in [ 6, 7]), and excluding a large number of taxa may thus significantly decrease the accuracy of inference outcomes.

It has been proposed that its muscle bulk creates pressure that may increase joint stability and thus decrease glenohumeral translation ("bulk effect") (Ovesen and Nielsen [1986]; Ackland et al. [2011]; Kido et al. [2003]).

The similar stiffness and hysteresis properties observed between unfrozen controls and samples stored at -20°C as well as those stored at -80°C may indicate that the freezing rate associated with this storage temperature, when matched with rapid thawing at 37.5°C, may limit constitutional supercooling and thus decrease the opportunity for ice lenses to form.

Thus, decrease in HS may be a general inflammatory reaction.