The Hidden Physiology of Dysregulation: The Neurophysiological Roots of Stress, Emotional Regulation, and Learning

Dysregulation is not a behavior problem. It is a physiological reality.For decades, behavior has been measured, charted, reinforced, and analyzed, but never truly understood. Traditional behavior science has focused on what can be seen, while ignoring what cannot: the nervous system. This book exposes the missing variable in behavioral intervention and physiological state, delivering a groundbreaking clinical evolution for the field.Behavior does not begin with a choice. It begins with a body.Meltdowns, shutdowns, aggression, avoidance, and emotional overflow do not emerge from defiance or poor motivation; they are survival responses from a dysregulated nervous system. Until we address physiology, behavior will only be managed, never transformed.This book restores scientific accuracy to human behavior by integrating:Autonomic regulation and the stress responseInteroception and body-to-brain signalingEnergy load and metabolic resilienceHormonal and inflammatory influencesTrauma physiology and state defenseSensory load and neurological fatigueCo-regulation and safety-based interventionIt introduces two original clinical models that redefine behavioral practice:Functional Regulation Assessment™ (FRA™ Clinical Model): Identifies physiological contributors to behavior before interpretation of function.Regulation Before Instruction™ (RBI™ Clinical Model): Establishes nervous system readiness as the ethical prerequisite for learning.This is not a behavior book. This is a clinical correction. A scientific reintroduction of the body into behavior analysis. A movement that brings compassion and precision back together through physiology.Behavior cannot be separated from the body.Regulation is not optional; regulation is clinical.About the AuthorYoandra Gomez Uncu is the founder of The Hidden Physiology of Behavior Framework™ and the creator of Functional Regulation Assessment™ (FRA™) and Regulation Before Instruction™ (RBI™) clinical models. With a dual background in medical science and behavior analysis, she develops regulation-based approaches that challenge traditional behavioral intervention. Her work advances a new clinical era by restoring physiological truth to behavior science. Read more