Understanding the Freeze Response: Biology, Trauma, and the Work of Hazel Moore
Drives the immobilization, dissociation, or "freeze" response. When a threat is perceived as inescapable, this pathway slows the body down drastically to conserve energy and numb pain. 2. Physiological Markers of Freezing During a freeze state, the body undergoes rapid changes: freeze240316hazelmoorestressresponsexxx new
While many researchers study trauma, the name is often associated with the practical application of stress management and the identification of "micro-stressors" in high-pressure environments. Understanding the Freeze Response: Biology, Trauma, and the
This explains the seen in the data: high skin conductance (sympathetic arousal) occurring simultaneously with bradycardia (parasympathetic dominance). The dPAG essentially "locks" the motor system while keeping sensory vigilance active. Physiological Markers of Freezing During a freeze state,
Developed by Dr. Stephen Porges, this theory explains that the freeze response is governed by the dorsal vagal complex . This is an evolutionarily older part of our nervous system that shuts down high-energy functions to preserve life during extreme terror. 2. Hazel Moore’s Contribution to Stress Research
Breath becomes shallow or is held entirely.