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Stress
The International Journal on the Biology of Stress
Volume 18, 2015 - Issue 5
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Original Research Report

High cortisol awakening response is associated with impaired error monitoring and decreased post-error adjustment

, , , , , & show all
Pages 561-568 | Received 24 Oct 2014, Accepted 01 Jun 2015, Published online: 16 Jul 2015

Figures & data

Figure 1. Comparison of behavioral performance between the post-correct and post-error condition (mean values and standard errors). The left panel shows that the post-error condition had a significantly higher miss rate than the post-correct condition. Post-error: post-error condition; post-correct: post-correct condition; ***p ≤ 0.001.

Figure 1. Comparison of behavioral performance between the post-correct and post-error condition (mean values and standard errors). The left panel shows that the post-error condition had a significantly higher miss rate than the post-correct condition. Post-error: post-error condition; post-correct: post-correct condition; ***p ≤ 0.001.

Figure 2. Cortisol data after awakening, averaged over two days. The x-axis represents the time points of saliva sampling, and the y-axis represents the averaged raw cortisol levels across two days. The error bars represent the standard error of the mean.

Figure 2. Cortisol data after awakening, averaged over two days. The x-axis represents the time points of saliva sampling, and the y-axis represents the averaged raw cortisol levels across two days. The error bars represent the standard error of the mean.

Figure 3. ERPs time-locked to the false alarms and correct hits. The topographic maps show the scalp distributions of the peak of the Ne/ERN component and the mean amplitude of the Pe component (200–400 ms). Ne/ERN, Error-related negativity; Pe, error positivity.

Figure 3. ERPs time-locked to the false alarms and correct hits. The topographic maps show the scalp distributions of the peak of the Ne/ERN component and the mean amplitude of the Pe component (200–400 ms). Ne/ERN, Error-related negativity; Pe, error positivity.

Figure 4. Scatter plots showing the bivariate correlation between the AUCi and the peak latency of the measured ERN (left) and the miss rate increase (post-error minus post-correct condition) (right) (n = 60). There were many “floor” values in the right panel (0% change); thus, we performed the correlation analysis again without these floor values (n = 33), and similar results were achieved: r = 0.49, p < 0.01. AUCi, The cortisol area under the curve with respect to the increase; ERN, error-related negativity.

Figure 4. Scatter plots showing the bivariate correlation between the AUCi and the peak latency of the measured ERN (left) and the miss rate increase (post-error minus post-correct condition) (right) (n = 60). There were many “floor” values in the right panel (0% change); thus, we performed the correlation analysis again without these floor values (n = 33), and similar results were achieved: r = 0.49, p < 0.01. AUCi, The cortisol area under the curve with respect to the increase; ERN, error-related negativity.

Table 1. Results of the multivariate regression analyses with ERN latency as the dependent variable and the AUCi, age, exam, PSS, awakening time, sleep quality, sleeping duration and state anxiety treated as independent variables (n = 60).

Table 2. Results of the multivariate regression analyses with the post-error miss rate increase as the dependent variable and the AUCi, age, exam, PSS, awakening time, sleep quality, sleeping duration and state anxiety treated as independent variables (n = 60).

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