Influence of ethnicity and gender on cardiovascular responses to active coping and inhibitory-passive coping challenges

• Published in: Psychosomatic medicine Vol. 59; no. 4; p. 434
• Main Authors: Saab, P G, Llabre, M M, Schneiderman, N, Hurwitz, B E, McDonald, P G, Evans, J, Wohlgemuth, W, Hayashi, P, Klein, B
• Format: Journal Article
• Language: English
• Published: United States 01.07.1997
• Subjects: Adaptation, Psychological - physiology; Adult; African Americans - psychology; African Continental Ancestry Group; Arousal - physiology; Blood Pressure - physiology; Cardiac Output - physiology; Cross-Cultural Comparison; Defense Mechanisms; European Continental Ancestry Group - psychology; Female; Gender Identity; Heart Rate - physiology; Humans; Hypertension - ethnology; Hypertension - physiopathology; Hypertension - psychology; Inhibition (Psychology); Male; Middle Aged; Problem Solving; Psychophysiology; Social Support
• ISSN: 0033-3174
• DOI: 10.1097/00006842-199707000-00014

The goal of this study was to evaluate how black and white men and women responded physiologically to specific laboratory challenges. Hemodynamic responses to an active coping (evaluated speaking) and two inhibitory-passive coping (mirror tracing, cold pressor) tasks were examined in 138 black and white men and women. Significant ethnicity by gender interactions occurred for the evaluated speaking task. Black men responded with lower blood pressure, cardiac output or heart rate, or both, than black women, white men, and white women, who did not differ from each other. Black men, relative to the other subgroups, also reported more inhibitory-passive coping, hostility, and pessimism, and less social support. Whites also responded with greater increases in systolic blood pressure during mirror tracing than blacks. These findings indicate that black-white differences in physiological responsivity obtained for men may have limited generalizability for women. The results also suggest that environmental and social factors rather than genetic or constitutional factors may play a role in black-white reactivity differences.