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Cognitive Bias Modification Training Targeting Fatigue in Patients With Kidney Disease: Usability Study

Cognitive Bias Modification Training Targeting Fatigue in Patients With Kidney Disease: Usability Study

This means that in the IAT, participants only had to pair “Vitality” together with “Me” and “Fatigue” with “Other.” In the VPT, the target appears only at the same spot as the vitality words. The training sessions took approximately 5 to 10 minutes. The demo in the prototype phase was created using Inquisit 4 [46]. The computer tasks were adapted based on the feedback received during the prototype phase.

Jody Geerts, Marcel Pieterse, Goos Laverman, Femke Waanders, Nicole Oosterom, Jacqueline Slegten, Elske Salemink, Christina Bode

JMIR Form Res 2023;7:e43636

Cognitive Bias Modification Training to Improve Implicit Vitality in Patients With Breast Cancer: App Design Using a Cocreation Approach

Cognitive Bias Modification Training to Improve Implicit Vitality in Patients With Breast Cancer: App Design Using a Cocreation Approach

Furthermore, it might strengthen vitality-related cognitive bias to further buffer the fatigue-stimulating processes. Therefore, the aim of this project was to develop a CBM-training app to increase vitality bias and reduce fatigue bias in patients with breast cancer. The focus of this training will be on retraining fatigue and vitality self-concept associations by letting patients repeatedly pair vitality-related words with “self” and fatigue-related words with “others.”

Roos Wolbers, Christina Bode, Ester Siemerink, Sabine Siesling, Marcel Pieterse

JMIR Form Res 2021;5(3):e18325

Association Between Electroencephalogram-Derived Sleep Measures and the Change of Emotional Status Analyzed Using Voice Patterns: Observational Pilot Study

Association Between Electroencephalogram-Derived Sleep Measures and the Change of Emotional Status Analyzed Using Voice Patterns: Observational Pilot Study

To solve this problem, a novel approach to analyze emotional status has been developed: Voice analysis [3], which analyzes the acoustic features of voice to estimate the involuntary effect of autonomic nerves on vocal cord movement and calculates vitality as a measure of mental status [4]. Primarily, high vitality could be translated into positive moods, as Hagiwara et al [4] revealed an inverse association between vitality index and the Beck Depression Inventory.

Hirotaka Miyashita, Mitsuteru Nakamura, Akiko Kishi Svensson, Masahiro Nakamura, Shinichi Tokuno, Ung-Il Chung, Thomas Svensson

JMIR Form Res 2020;4(6):e16880