A translational evaluation of potential iatrogenic effects of single and combined contingencies during functional analysis

Billie J. Retzlaff, Wayne W Fisher, Jessica S. Akers, Brian D Greer

Research output: Contribution to journalArticle

Abstract

Recent research suggests that combining putative reinforcers for problem behavior into a single, synthesized contingency may increase efficiency in identifying behavioral function relative to traditional functional analysis (FA). Other research suggests potential shortcomings of synthesized contingency analysis (SCA), such as the potential for false-positive outcomes. In prior comparisons of traditional FAs and SCAs, investigators could not ascertain with certainty the true function(s) of the participants' problem behavior for use as the criterion variable. We conducted a translational study to circumvent this limitation by training a specific function for a surrogate destructive behavior prior to conducting a traditional FA and SCA. The traditional FA correctly identified the previously established function of the target response in all six cases and produced no iatrogenic effects. The SCA produced differentiated results in all cases and iatrogenic effects (i.e., an additional function) in three of six cases. We discuss these findings in terms of the mechanisms that may promote iatrogenic effects.

Original languageEnglish (US)
JournalJournal of applied behavior analysis
DOIs
StatePublished - Jan 1 2019

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functional analysis
contingency
evaluation
Research
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Problem Behavior
Functional Analysis
Evaluation
Contingency
efficiency
Behavior Problems

Keywords

  • behavioral assessment
  • functional analysis
  • iatrogenic effects
  • induction of novel functions
  • synthesized contingency analysis

ASJC Scopus subject areas

  • Applied Psychology
  • Sociology and Political Science
  • Philosophy

Cite this

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abstract = "Recent research suggests that combining putative reinforcers for problem behavior into a single, synthesized contingency may increase efficiency in identifying behavioral function relative to traditional functional analysis (FA). Other research suggests potential shortcomings of synthesized contingency analysis (SCA), such as the potential for false-positive outcomes. In prior comparisons of traditional FAs and SCAs, investigators could not ascertain with certainty the true function(s) of the participants' problem behavior for use as the criterion variable. We conducted a translational study to circumvent this limitation by training a specific function for a surrogate destructive behavior prior to conducting a traditional FA and SCA. The traditional FA correctly identified the previously established function of the target response in all six cases and produced no iatrogenic effects. The SCA produced differentiated results in all cases and iatrogenic effects (i.e., an additional function) in three of six cases. We discuss these findings in terms of the mechanisms that may promote iatrogenic effects.",
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