#AnimalAssistedTherapy

A growing body of scientific evidence now confirms what many dog owners in Thailand have long sensed: sharing life with a canine companion does more than lift the spirits—it actually helps the body respond to stress in healthier, more balanced ways. According to a recent study conducted by researchers at the University of Denver and reported by PsyPost, the presence of a pet dog can intricately shape the way humans experience and recover from stressful events, influencing not only emotional wellbeing but also important physiological stress pathways (psypost.org).

A new study from a leading university shows dogs do more than calm nerves. They help humans regulate the stress system in a balanced way, supporting resilience and better health outcomes. This finding has particular relevance for Thailand’s growing pet-owning communities and urban health strategies aimed at managing chronic stress.

Experts describe two main stress systems: the HPA axis, which controls cortisol, and the sympathoadrenal system, which governs fight-or-flight responses. A balanced interaction between these systems is crucial for health, especially in busy city life. Researchers observed that dogs not only reduce cortisol spikes but also promote appropriate, nuanced responses indicated by alpha-amylase levels — a sign of healthy nervous system engagement during stress.

Revolutionary research from the University of Denver demonstrates that canine companions provide far more sophisticated physiological benefits than previously understood, actively helping humans maintain optimal stress response patterns rather than simply reducing anxiety—a discovery with profound implications for Thailand’s growing pet ownership culture and public health strategies for managing chronic stress throughout urban populations. The groundbreaking findings reveal that dogs help humans achieve balanced stress system activation that supports resilience and health while avoiding both under-response patterns associated with depression and over-activation linked to chronic anxiety disorders.