International Journal of Methods in Psychiatric Research (Mar 2024)

What I see, what you say: How cross‐method variation sharpens characterization of irritability in early childhood

  • Alyssa J. Parker,
  • Peyton Brock,
  • Maria Kryza‐Lacombe,
  • Margaret Briggs‐Gowan,
  • Lea R. Dougherty,
  • Lauren S. Wakschlag,
  • Jillian Lee Wiggins

DOI
https://doi.org/10.1002/mpr.2019
Journal volume & issue
Vol. 33, no. 1
pp. n/a – n/a

Abstract

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Abstract Objectives Identification of clinically significant irritability in preschool age is important to implement effective interventions. However, varying informant and measurement methods display distinct patterns. These patterns are associated with concurrent and future mental health concerns. Patterns across multi‐informant methods in early‐childhood irritability may have clinical utility, identifying risk for impaired psychosocial functioning. Methods Using data from the Multidimensional Assessment of Preschoolers Study (N = 425), latent profile analysis identified irritability patterns through the parent‐reported Multidimensional Assessment Profile Scales–Temper Loss (MAPS‐TL), parent‐reported interviewer‐rated Preschool Age Psychiatric Assessment (PAPA), and observer‐rated Disruptive Behavior Diagnostic Observation Schedule (DB‐DOS). These profiles were characterized on protective factors, global functioning, and mental health syndromes, concurrently and at early school age and preadolescent follow‐up. Results Fit indices favored a five‐class model: Low All, High Observation with Examiner (high DB‐DOS Examiner Context), High All, High Parent Report (high MAPS‐TL/PAPA), and Very High Parent Report (very high MAPS‐TL/PAPA). Whereas Low All and High Observation with Examiner exhibited strong psychosocial functioning, remaining profiles showed impaired psychosocial functioning, with the Very High Parent Report group showing higher impairment at follow‐ups, ds = 0.37–1.25. Conclusions Multi‐informant measurements of irritability may have utility for clinical prediction, and future studies should test utility for diagnostic precision.

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