It keeps you in the ‘fight or flight’ response common to your innate stress reaction. In essence, your stress response continues to be active day after day. Consequently, this condition describes sympathetic dominance. When this condition occurs, most of the time the sympathetic nervous system continues to be dominant while the parasympathetic nervous system seldom becomes active. In adrenaline dysautonomia, an excessive sympathetic nervous system response and an underactive parasympathetic nervous system response comes into play. Therefore, this balance helps you respond adequately to stress and to recover from it. Normally, these two parts of the ANS work together in balance to maintain homeostasis in your body. The SNS speeds up your body in response to stress while the PNS allows your body to calm down after stress leaves.

The Autonomic Nervous SystemĪs part of the Cardionomic circuit of the NEM, the autonomic nervous system (ANS) contains two components: the sympathetic nervous system (SNS) and parasympathetic nervous system (PNS). This kind of dysregulation often involves the Cardionomic and Hormonal circuits of the NeuroEndoMetabolic (NEM) Stress Response, the global system your body uses to deal with stress. What Is Adrenaline Dysautonomia?Īs a general term, 'dysautonomia' refers to a number of conditions that involve a dysregulation of the involuntary nervous system. Triggers consist of anything that normally sends a thrill of some kind through your body: Loud music, getting frightened, or even having a dream in which you’re very active.īut triggers don’t always play a part in the onset of adrenaline dysautonomia.

This sudden dumping of adrenaline (also known as epinephrine) into your body can happen at any time but frequently happens at night. These surges speed up your entire body and give the disorder its name: Adrenaline dysautonomia. Dysautonomia, a genuine nervous system disorder, involves surges of adrenaline that can result from a variety of triggers.

Adrenaline spike meaning