Cortical contributions to human emotional expression are examined with a focus on
interhemispheric (right vs left) and intrahemispheric (anterior vs posterior) mechanisms. This …

Neocortical contributions to emotional processing are discussed. First, parameters critical to
the neuropsychological study of emotion are examined: interhemispheric (right, left) and …

• The contribution of facial, intonational, and speech channels to spontaneous emotional
expression was examined in right brain-damaged (RBD), left braindamaged (LBD), and …

This study examined the expression and perception of facial emotion in patients with
unilateral cerebrovascular pathology. Subjects were 12 right brain-damaged (RBD), 15 left …

Spontaneous facial expression of emotion was studied in two groups of right (N= 23) and left
(N= 39) brain-damaged patients and in a control group of normal subjects (N= 28). To elicit …

This article presents a review of the neural mechanisms underlying emotional processing
deficits (EPDs) in individuals with unilateral brain damage. First, key theoretical issues …

Studies of patients with brain damage, as well as studies with normal subjects have
revealed that the right hemisphere is important for recognizing emotions expressed by faces …

Aspects of emotional facial expression (responsivity, appropriateness, intensity) were
examined in brain-damaged adults with right or left hemisphere cerebrovascular lesions and …

Reviews research on brain damage, psychiatric disorders, and normal emotion, which has
shown the importance of the right hemisphere's holistic and nonverbal conceptualization to …

This study is part of an effort to map neural systems involved in the processing of emotion,
and it focuses on the possible cortical components of the process of recognizing facial …