Development and validation of the AI-assisted psychoemotional regulation scale (ERP-IA-6)

Background Conversational and generative artificial intelligence tools are increasingly used to organize thoughts, clarify emotional experiences, and cope with everyday distress. However, brief instruments assessing perceived AI-assisted psychoemotional regulation remain scarce. Objective To develop...

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Autores principales: Berle Estalin Briones-Llamoctanta, Jonathan Andrés Pacheco-Cavero, Victor Saul Callacondo-Quispe, Josue Edison Turpo-Chaparro
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Publicado: 2026
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author Berle Estalin Briones-Llamoctanta
Jonathan Andrés Pacheco-Cavero
Victor Saul Callacondo-Quispe
Josue Edison Turpo-Chaparro
author_browse Berle Estalin Briones-Llamoctanta
Jonathan Andrés Pacheco-Cavero
Josue Edison Turpo-Chaparro
Victor Saul Callacondo-Quispe
author_facet Berle Estalin Briones-Llamoctanta
Jonathan Andrés Pacheco-Cavero
Victor Saul Callacondo-Quispe
Josue Edison Turpo-Chaparro
author_sort Berle Estalin Briones-Llamoctanta
collection Producción científica
description Background Conversational and generative artificial intelligence tools are increasingly used to organize thoughts, clarify emotional experiences, and cope with everyday distress. However, brief instruments assessing perceived AI-assisted psychoemotional regulation remain scarce. Objective To develop the AI-Assisted Psychoemotional Regulation Scale (ERP-IA-6) and examine its initial psychometric properties among Peruvian adults. Methods The initial eight-item pool was reviewed by five psychologists, and all items obtained Aiken’s V values above 0.80. A total of 538 adults participated (M age = 24.51 years, SD = 7.48; range = 18–81); 81.6% were aged 18–29 years, 52.0% were women, and 93.1% reported AI use. Using a reproducible sex-stratified procedure, the sample was divided into exploratory ( n = 266) and confirmatory ( n = 272) subsamples. Exploratory factor analysis used polychoric correlations and unweighted least squares; confirmatory factor analysis used WLSMV for ordinal indicators. Reliability, AVE-based convergent evidence, sensitivity analyses, shared-method diagnostics, and ordinal measurement invariance across sex were also examined. Results Exploratory analyses supported reducing the scale from eight to six items based on conceptual redundancy and parsimony. The final version showed adequate factorability (KMO = 0.910; Bartlett’s χ 2 (15) = 1128.37, p < 0.001) and a one-factor solution explaining 67.4% of standardized item variance, with loadings from 0.750 to 0.872. In the confirmatory subsample, loadings ranged from 0.839 to 0.930. Robust incremental and residual fit were favorable (CFI = 0.981; TLI = 0.968; SRMR = 0.019), although robust RMSEA was elevated, 0.118, 90% CI [0.093, 0.145]. Sensitivity analyses showed that the one-factor structure persisted, while localized residual dependence partly accounted for the elevated RMSEA. Reliability was high (α = 0.935; ordinal α = 0.945; ω = 0.948), as were composite reliability (CR = 0.959) and average variance extracted (AVE = 0.794). Threshold, metric, and scalar models provided favorable but cautious evidence of invariance across sex. Conclusion The ERP-IA-6 provides favorable initial evidence as a brief measure with a dominant unidimensional structure for assessing perceived AI-assisted psychoemotional regulation among Peruvian adults. Scores should be interpreted as perceived regulatory support, not as evidence of clinical effectiveness, therapeutic safety, or equivalence to professional care.
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spelling openalex:W7212054085Development and validation of the AI-assisted psychoemotional regulation scale (ERP-IA-6)Berle Estalin Briones-LlamoctantaJonathan Andrés Pacheco-CaveroVictor Saul Callacondo-QuispeJosue Edison Turpo-Chaparrogenerative AIconversational AIscale developmentpsychometric validationemotion regulationmeasurement invariancesex differencesPeruvian adultsfactor structurereliability statisticsconstruct validityDigital Mental Health InterventionsPsychometric Methodologies and TestingEmotion and Mood RecognitionBackground Conversational and generative artificial intelligence tools are increasingly used to organize thoughts, clarify emotional experiences, and cope with everyday distress. However, brief instruments assessing perceived AI-assisted psychoemotional regulation remain scarce. Objective To develop the AI-Assisted Psychoemotional Regulation Scale (ERP-IA-6) and examine its initial psychometric properties among Peruvian adults. Methods The initial eight-item pool was reviewed by five psychologists, and all items obtained Aiken’s V values above 0.80. A total of 538 adults participated (M age = 24.51 years, SD = 7.48; range = 18–81); 81.6% were aged 18–29 years, 52.0% were women, and 93.1% reported AI use. Using a reproducible sex-stratified procedure, the sample was divided into exploratory ( n = 266) and confirmatory ( n = 272) subsamples. Exploratory factor analysis used polychoric correlations and unweighted least squares; confirmatory factor analysis used WLSMV for ordinal indicators. Reliability, AVE-based convergent evidence, sensitivity analyses, shared-method diagnostics, and ordinal measurement invariance across sex were also examined. Results Exploratory analyses supported reducing the scale from eight to six items based on conceptual redundancy and parsimony. The final version showed adequate factorability (KMO = 0.910; Bartlett’s χ 2 (15) = 1128.37, p < 0.001) and a one-factor solution explaining 67.4% of standardized item variance, with loadings from 0.750 to 0.872. In the confirmatory subsample, loadings ranged from 0.839 to 0.930. Robust incremental and residual fit were favorable (CFI = 0.981; TLI = 0.968; SRMR = 0.019), although robust RMSEA was elevated, 0.118, 90% CI [0.093, 0.145]. Sensitivity analyses showed that the one-factor structure persisted, while localized residual dependence partly accounted for the elevated RMSEA. Reliability was high (α = 0.935; ordinal α = 0.945; ω = 0.948), as were composite reliability (CR = 0.959) and average variance extracted (AVE = 0.794). Threshold, metric, and scalar models provided favorable but cautious evidence of invariance across sex. Conclusion The ERP-IA-6 provides favorable initial evidence as a brief measure with a dominant unidimensional structure for assessing perceived AI-assisted psychoemotional regulation among Peruvian adults. Scores should be interpreted as perceived regulatory support, not as evidence of clinical effectiveness, therapeutic safety, or equivalence to professional care.Articlehttps://doi.org/10.3389/fpsyg.2026.1917798https://www.frontiersin.org/journals/psychology/articles/10.3389/fpsyg.2026.1917798/pdfW7212054085enFrontiers in Psychology1664-10782026-09-09
spellingShingle generative AI
conversational AI
scale development
psychometric validation
emotion regulation
measurement invariance
sex differences
Peruvian adults
factor structure
reliability statistics
construct validity
Digital Mental Health Interventions
Psychometric Methodologies and Testing
Emotion and Mood Recognition
Berle Estalin Briones-Llamoctanta
Jonathan Andrés Pacheco-Cavero
Victor Saul Callacondo-Quispe
Josue Edison Turpo-Chaparro
Development and validation of the AI-assisted psychoemotional regulation scale (ERP-IA-6)
title Development and validation of the AI-assisted psychoemotional regulation scale (ERP-IA-6)
title_full Development and validation of the AI-assisted psychoemotional regulation scale (ERP-IA-6)
title_fullStr Development and validation of the AI-assisted psychoemotional regulation scale (ERP-IA-6)
title_full_unstemmed Development and validation of the AI-assisted psychoemotional regulation scale (ERP-IA-6)
title_short Development and validation of the AI-assisted psychoemotional regulation scale (ERP-IA-6)
title_sort development and validation of the ai assisted psychoemotional regulation scale erp ia 6
topic generative AI
conversational AI
scale development
psychometric validation
emotion regulation
measurement invariance
sex differences
Peruvian adults
factor structure
reliability statistics
construct validity
Digital Mental Health Interventions
Psychometric Methodologies and Testing
Emotion and Mood Recognition
topic_facet generative AI
conversational AI
scale development
psychometric validation
emotion regulation
measurement invariance
sex differences
Peruvian adults
factor structure
reliability statistics
construct validity
Digital Mental Health Interventions
Psychometric Methodologies and Testing
Emotion and Mood Recognition
url https://doi.org/10.3389/fpsyg.2026.1917798
https://www.frontiersin.org/journals/psychology/articles/10.3389/fpsyg.2026.1917798/pdf
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