Sentence examples for impairments in understanding from inspiring English sources

Performance differences between controls and PD patients do not appear to arise from cognitive impairments in understanding the task requirements, as indicated by the fact that PD patients learned to minimize object roll after three trials (top panel, Fig. 5).

A study performed by Happe et al. [ 22] showed that people with right hemisphere (including the temporal lobe) stoke exhibited specific impairments in understanding stories and cartoons that require mental-state attribution.

These results suggest that one factor underlying delinquency might be impairment in understanding emotions communicated by disgusted facial expressions, especially a tendency toward hostile interpretations.

Although atypical processing of gaze in ASC is thought to reflect an impairment in understanding the intentional nature of gaze cues, little evidence has emerged in the form of atypical engagement of brain regions implicated in ToM or mentalizing (e.g. medial prefrontal cortex and TPJ) during gaze perception.

Such inquiries will be important both in identifying groups of patients who may be at higher risk of cognitive impairment and in understanding the underpinning mechanisms for cognitive impairment in diabetes.

Recent research in characterizing sensorineural hearing loss has delineated the importance of hair cell damage in understanding the bulk of sensorineural hearing impairments.

However, most studies have found no evidence of impairment in autistic individuals' ability to understand other people's basic intentions or goals; instead, data suggests that impairments are found in understanding more complex social emotions or in considering others' viewpoints.

There was no association between cognitive impairment and difficulty in understanding or completing the preference measurement task.

However, these conditions are likely to have strengthened the program by excluding some who would not be able to benefit because of subtle cognitive impairment or with difficulty in understanding English.

These 'frontally impaired but frontally normal on neuroimaging' cases clearly deserve ample study, as understanding the neuroanatomic correlates of their impairment will not only aid in understanding the disease of c9FTD/ALS but also enhance our understanding of brain-behavior correlations in general.

Predicting asphaltene precipitation and its deposition in the porous media is key in understanding costly productivity impairment caused by formation damage.