Sentence examples for detect subtle differences in from inspiring English sources

This extends recent work showing that people can detect subtle differences in impressions made by different photos of the same unfamiliar face, both when photos are captured in controlled studio conditions (Todorov & Porter, 2014) and in ambient environments (Jenkins et al., 2011).

QoL assessments can also help determine patient preference, allow comparisons of well-being between different conditions and detect subtle differences in response to treatment that may be missed by traditional outcome measures.

Most people see color differently and not everyone can detect subtle differences in colors.

While the object-colour solid method allows us to draw conclusions based on all possible colours and examine the ultimate limits of the lungfish colour vision system, receptor space modelling allows us to address more ecologically driven questions, such as the ability to discriminate between different types of vegetation and detect subtle differences in conspecific body colouration.

"A well-trained operator can detect subtle differences in how the plant is operating.

Higher-bit depth, such as 48-bit color, has the ability to detect subtle differences in colors, and is preferred for use in high-quality photographic environments.

To demonstrate that this assay was sensitive enough to detect subtle difference in the amount of the input virus, different amounts of virus was used to infect Rat2 cells.

From a methodological point of view, the results indicate that the methods described here are able to detect subtle difference in time course data from normal and stressed cells.

Thus, joint contact patterns are perhaps not only a more sensitive measurement than conventional kinematics for detecting subtle differences in joint function but may also provide a more clinically relevant indication of the extent to which a conservative or surgical procedure has adequately restored normal joint function.

The results suggest those who had undertaken a lot of musical training were better at remembering melodies and tapping out a beat in time than those without musical training, but they were not better when it came to detecting subtle differences in sound.

In contrast to our method, their in vivo assay in general reported much higher cleavage efficiencies than the corresponding in vitro experiments, especially for sub-optimal substrates, and was not capable of detecting subtle differences in catalytic turnover.