KNOW YOUR BRAIN
NERVOUS SYSTEM
SURVIVAL
TRIGGERS
HEALTHIER COPING
100

This brain structure plays a major role in detecting emotionally significant information, including potential threats.

Amygdala

100

This branch of the autonomic nervous system is strongly involved in mobilizing the body for action during perceived threat.

Sympathetic 

100

Confronting, yelling, pushing back, or becoming aggressive in response to perceived danger commonly fits this survival response.

Fight

100

A present-day stimulus associated with a previous traumatic experience that produces significant emotional or physiological activation is commonly called this.

Trigger

100

The ability to recognize what you are feeling in the present moment.

Awareness

200

This brain structure helps organize memory and provides context that helps distinguish past experiences from current situations.

Hippocampus

200

This branch contributes to processes such as rest, digestion, and recovery after activation.

Parasympathetic

200

Escaping, avoiding, running away, or becoming excessively busy to avoid distress commonly fits this response.

Flight

200

The process of staying away from people, places, thoughts, feelings, or situations associated with distress or trauma.

Avoidance

200

A technique that helps bring attention back to the present through the senses or environment.

Grounding

300

Planning, judgment, impulse control, flexible thinking, and decision-making rely heavily on this area of the brain.

Prefrontal Cortex 

300

Racing heart, faster breathing, sweating, increased alertness, and muscle tension are examples of what?

Physiological Arousal

300

A patient becomes completely still during conflict and later says, “My mind went completely blank.” What survival response may describe this?

Freeze

300

Feeling disconnected from yourself, your surroundings, emotions, or experiences is known as this.

Dissociation

300

The ability to manage emotional intensity without immediately acting on it.

Regulation

400

During intense emotional arousal, a patient says, “I knew what I should have done, but I couldn't think clearly enough to do it.” What type of cognitive functioning was likely temporarily impaired?

Executive Functioning

400

This cranial nerve is a major component of the parasympathetic nervous system and helps regulate functions including heart rate and digestion.

Vagus

400

Someone becomes extremely agreeable, apologizes excessively, and prioritizes keeping another person happy when feeling threatened. What commonly used trauma term describes this?

Fawn

400

This state involves being excessively alert to possible danger, including constantly scanning your environment for potential threats.

Hypervigilance 

400

The capacity to recover and adapt after stress, adversity, or difficult experiences.

Resilience

500

 This brain structure acts as a major relay station for sensory information, helping route incoming sights, sounds, and sensations to other brain areas for further processing.

Thalamus

500

This term describes the body's ability to maintain internal physiological stability despite changing conditions and demands.

Homeostasis

500

This term describes a state of reduced responsiveness or immobility that can occur when the nervous system perceives escape or active defense as unavailable.

Shut-down

500

This term describes the brain's ability to change and reorganize in response to learning, experience, and repeated practice—one reason trauma responses are not necessarily permanent.

Neuroplasticity

500

This term describes consciously noticing thoughts, emotions, and sensations without immediately judging or reacting to them.

Mindfulness