Experimental analyses of gene-brain-behavior relations: some notes on their application.
Scan recent gene-brain-behavior studies for functional relations you can replicate in your next case.
01Research in Context
What this study did
The authors read recent gene-brain-behavior studies in JEAB. They wrote a short note telling applied analysts to borrow those findings.
The paper is a narrative review, not an experiment. It lists animal work on genes, neural circuits, and learned behavior.
What they found
No new data were collected. The message: basic gene-brain papers show clear functional relations you can replicate with clients.
The authors say watching how genes change operant performance in animals can guide your next treatment study.
How this fits with other research
Gold (1993) and Mace (1994) made the same plea earlier: mine JEAB for usable tactics. Firth et al. (2001) narrows the hunt to gene-brain reports, updating the shopping list.
Lattal et al. (2022) echoes the idea two decades later, but for animal-training practice. Together the papers show a steady drumbeat: read basic work, test it in the field.
No clash exists. Each paper widens the bridge: first general JEAB findings, then gene-brain specifics, then animal-training applications.
Why it matters
If you run early-intervention sessions, pick one JEAB gene-brain article this week. Map the independent variable to a client goal. Run a single-subject probe. You may discover a new, biologically grounded procedure before the rest of the field catches on.
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02At a glance
03Original abstract
The fields of genetics and neuroscience are yielding findings useful in understanding complex behavior-environment relations. We believe that these developments in interdisciplinary basic research are of interest to applied behavior analysts because of the long history of basic findings being used by the readership of the Journal of Applied Behavior Analysis to improve everyday human activities. An awareness of contemporary developments in a range of basic research disciplines may facilitate the systematic replication of those functional relations in applied settings. In this context, we selectively review papers published in the Journal of the Experimental Analysis of Behavior and other basic research journals that relate to gene-brain-behavior relations.
Journal of applied behavior analysis, 2001 · doi:10.1901/jaba.2001.34-539