Sentence examples for dynamic stimuli from inspiring English sources

The MARS (Masking Action Relevant Stimuli) method assesses information demand for dynamic stimuli while driving.

In vivo, cells are presented with complex and dynamic stimuli from their surrounding microenvironment.

Ideally, these values would be guided by basic research on how quickly and reliably humans respond to dynamic stimuli.

Here, we show that perception of dynamic stimuli in the visual and tactile sensory modalities share fundamental psychophysical aspects that can be explained by similar computational models.

To optimalize the CNV paradigm, this study developed a task using dynamic stimuli and next combined this task with a Go/No-go test.

Recent advances in computer hardware and software technology provide the opportunity to track the 3D flight path of free-flying insects and process these data in real-time, opening up the possibility to present dynamic stimuli to free-flying animals.

Twenty-five patientsufferingng from a first-episode of schizophrenia and twenty-five healthy controls performed an innovative task called method of dynamic stimuli, designed to measure the natural frequency (Fn) of the internal clock, concomitant with a neuropsychological assessment.

Nevertheless, such dynamic stimulus presentations are still used within the literature (Nakashima et al., 2016).

Instead, inflammatory macrophages and intestinal epithelial cells appear to largely rely on transcription factors that explore an accessible chromatin landscape to generate dynamic stimulus-specific and spatial-specific physiological responses.

The nonlinear cross-talk between the two neural areas that receive input signals at different frequencies of modulation (i.e., driven by the static or the dynamic stimulus zones) induces two distinct phenomena: a strong intermodulation response at the fundamental frequency (1H), and attenuation of the habitually dominant component at double the stimulus frequency (the 2nd harmonic component, 2H).

The wider range of burst sizes obtained with time-dependent stimuli suggests that n encodes dynamic stimulus features.