Dataset Information

Emotional recognition for simulated clinical environment using unpleasant odors: quasi-experimental study.

ABSTRACT: OBJECTIVE:to compare the effect of exposure to unpleasant odors in a simulated clinical environment on the emotions of undergraduate nursing students. METHOD:quasi-experimental study. A total of 24 nursing students participated the study, divided into two groups, 12 in the intervention group with exposure to unpleasant odors, and 12 in the control group without exposure to unpleasant odors. To simulate the unpleasant vomiting odor in intervention group, fermented foods were used: boiled oats, curdled milk, spoiled Parmesan cheese, raw egg, pea soup, raisins and vinegar. Participants were filmed and the facial expression analysis was performed at six critical points: student approach; report of the complaint; clinical evaluation; and patient occurrence, intervention and reevaluation based on what was proposed by the Circumplex model of emotions recognition. RESULTS:a total of 83,215 emotions related to the six critical points were verified. At the critical point of the proposed scenario with exposure to unpleasant odors, the intervention group presented the basic emotion of sadness and the Control Group, anger. CONCLUSION:it is inferred that the inclusion of unpleasant odors in the simulated scenarios can broaden the emotional development of health students.

SUBMITTER: Meska MHG

PROVIDER: S-EPMC7021483 | biostudies-literature | 2020

REPOSITORIES: biostudies-literature

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Emotional recognition for simulated clinical environment using unpleasant odors: quasi-experimental study.

Meska Mateus Henrique Gonçalves MHG Mano Leandro Yukio LY Silva Janaina Pereira JP Pereira Junior Gerson Alves GA Mazzo Alessandra A

Revista latino-americana de enfermagem 20200214

<h4>Objective</h4>to compare the effect of exposure to unpleasant odors in a simulated clinical environment on the emotions of undergraduate nursing students.<h4>Method</h4>quasi-experimental study. A total of 24 nursing students participated the study, divided into two groups, 12 in the intervention group with exposure to unpleasant odors, and 12 in the control group without exposure to unpleasant odors. To simulate the unpleasant vomiting odor in intervention group, fermented foods were used: ...[more]

PMID: 32074210

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Project description:BackgroundThis study investigates patient-centered mobile health (mHealth) technology in terms of the secondary user experience (UX). Specifically, it examines how personal mobile technology, under patient control, can be used to improve patient-provider communication about the patient's health care during their first visit to a provider. Common ground, a theory about language use, is used as the theoretical basis to examine interactions. A novel concept of this study is that it is one of the first empirical studies to explore the relative meaningfulness of a secondary UX for specific health care tasks.ObjectiveThe objective of this study was to investigate the extent that patient-operated mHealth technology can be designed to improve the communication between the patient and provider during an initial face-to-face encounter.MethodsThe experimental study was conducted in 2 large Midwestern cities from February 2016 to May 2016. A custom-designed smartphone app prototype was used as the study treatment. The experimental design was posttest-only control group and included video-recorded simulated face-to-face clinical encounters in which an actor role-played a patient. Experienced clinicians consisting of doctors (n=4) and nurses (n=8) were the study participants. A thematic analysis of qualitative data was performed. Quantitative data collected from time on task measurements were analyzed using descriptive statistics.ResultsThree themes that represent how grounding manifested during the encounter, what it meant for communication during the encounter, and how it influenced the provider's perception of the patient emerged from the qualitative analysis. The descriptive statistics were important for inferring evidence of efficiency and effectiveness of communication for providers. Overall, encounter and task times averaged slightly faster in almost every instance for the treatment group than that in the control group. Common ground clearly was better in the treatment group, indicating that the idea of designing for the secondary UX to improve provider outcomes has merit.ConclusionsCombining the notions of common ground, human-computer interaction design, and smartphone technology resulted in a prototype that improved the efficiency and effectiveness of face-to-face collaboration for secondary users. The experimental study is one of the first studies to demonstrate that an investment in the secondary UX for high payoff tasks has value but that not all secondary UXs are meaningful for design. This observation is useful for prioritizing how resources should be applied when considering the secondary UX.

Dataset Information

Emotional recognition for simulated clinical environment using unpleasant odors: quasi-experimental study.

Publications

Emotional recognition for simulated clinical environment using unpleasant odors: quasi-experimental study.

Similar Datasets

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