scholarly journals Perceptual factors underlie the underestimation bias in pain perception of black and white faces

2021 ◽  
Vol 21 (9) ◽  
pp. 2703
Author(s):  
Marie-Pier Plouffe-Demers ◽  
Valérie Plouffe ◽  
Daniel Fiset ◽  
Stéphanie Cormier ◽  
Caroline Blais
2020 ◽  
Author(s):  
Peter Mende-Siedlecki ◽  
Jingrun Lin ◽  
Sloan Ferron ◽  
Christopher Gibbons ◽  
Alexis Drain ◽  
...  

Previous work demonstrates that racial disparities in pain care may stem, in part, from perceptual roots. It remains unresolved, however, whether this perceptual gap is driven by general deficits in intergroup emotion recognition, endorsement of specific racial stereotypes, or an interaction between the two. We conducted four experiments (total N = 635) assessing relationships between biases in pain perception and treatment with biases in the perception of anger, happiness, fear, and sadness. Participants saw Black and White targets making increasingly painful and angry (Experiment 1), happy (Experiment 2), fearful (Experiment 3), or sad expressions (Experiment 4). The effect of target race consistently varied based on the emotion presented. Participants consistently saw pain more readily on White (versus Black) faces. However, while the perception of sadness was also disrupted on Black faces, the perception of anger, fear, and happiness did not vary by target race. Moreover, the tendency to see pain less readily on Black faces predicted similar disruptions in recognizing (particularly negative) expressions, though only racial bias in pain perception facilitated similar biases in treatment. Finally, while endorsement of racial stereotypes about threat facilitated recognition of angry expressions and impeded recognition of happy expressions on Black faces, gaps in pain perception were not reliably related to stereotype endorsement. These data suggest that while racial bias in pain perception is associated with general disruptions in recognizing negative emotion on Black faces, the effects of target race on pain perception are particularly robust and have distinct consequences for gaps in treatment recommendations.


2020 ◽  
Author(s):  
Jingrun Lin ◽  
Alexis Drain ◽  
Azaadeh Goharzad ◽  
Peter Mende-Siedlecki

Racial disparities in pain care may be linked to a perceptual source: perceivers see pain less readily on Black (versus white) faces. We conducted an internal meta-analysis (40 studies; N=6252) to assess the generalizability, robustness, and psychological bases of this phenomenon. Meta-analysis strongly confirmed race-based gaps in pain perception and treatment. Moreover, bias in perception consistently facilitated bias in treatment. These effects were robust to differences in stimuli, samples, and perceiver gender and race. Notably, both Black and white perceivers showed a tendency to see pain less readily on Black faces, suggesting this bias is not merely a consequence of group membership. Further, increased dehumanization of and decreased intergroup contact with Black individuals was associated with racial bias in pain perception and treatment, though these effects were small. These results demonstrate the robustness of perceptual contributions to racial pain disparities and shed light on potential targets for future intervention.


2021 ◽  
Author(s):  
Peter Mende-Siedlecki ◽  
Azaadeh Goharzad ◽  
Aizihaer Tuerxuntuoheti ◽  
Patrick Gilbert Mercado Reyes ◽  
Jingrun Lin ◽  
...  

A growing body of evidence demonstrates that perceivers recognize painful expressions less readily on Black (compared to white) faces. However, it is unclear whether this bias occurs independent of controlled processing (for example, the deliberate engagement of racial stereotypes) and whether this bias is still observed when other diagnostic information (e.g., self-reported pain experience) is available. Across five experiments we examined the speed, spontaneity, and robustness of racial bias in pain perception. First, we observed that racial bias in pain perception was still evident under minimal presentation conditions (as brief as 33ms) and was most apparent for ambiguous (versus high intensity) pain expressions (Exp. 1). Next, we manipulated the amount of cognitive load participants were under while viewing and rating Black and white faces in varying degrees of pain (Exps. 2A-B). Here, we observed that perceivers had more stringent thresholds for seeing pain on Black (versus white) faces regardless of whether participants were under high (versus low) load. Finally, we examined whether this bias would persist when participants were also provided with other information regarding targets’ pain – specifically, self-reported pain experience (Exps. 3A-B). While self-report information reduced perceivers’ thresholds for seeing pain overall, racial bias in pain perception was not reliably moderated by self-reported pain experience. Together, these data demonstrate that racial bias in pain perception occurs automatically, based on minimal visual input, and above and beyond other diagnostic information.


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