RTT Neuroplasticity 3 — Questions and Answers
Question 1: RTT's use of regression to cause identifies the 'ISE' (Initial Sensitizing Event). What neuroplastic role does the ISE play?
- It blocks hippocampal function permanently
- It creates the original neural template that subsequent experiences reinforce (Correct answer)
- It destroys existing synaptic connections
- It activates the cerebellum for motor learning
Correct answer: It creates the original neural template that subsequent experiences reinforce
The ISE establishes the first neural encoding of a limiting belief, and later experiences reinforce the same pathway, making the belief feel deeply entrenched.
Question 2: When a client in RTT has an 'aha' insight during regression, which neurotransmitter surge is most associated with this moment of clarity and reward?
- GABA
- Cortisol
- Dopamine (Correct answer)
- Histamine
Correct answer: Dopamine
Dopamine is released during insight moments, creating a reward signal that reinforces the new understanding and motivates integration of the new belief.
Question 3: Which principle explains why visualizing a positive outcome in RTT hypnosis activates similar neural pathways as actually experiencing it?
- Motor equivalence theory
- Functional equivalence of imagery and perception (Correct answer)
- Reticular activation suppression
- Thalamic gating hypothesis
Correct answer: Functional equivalence of imagery and perception
The brain activates largely the same neural circuits whether vividly imagining or actually experiencing an event, making hypnotic visualization neurologically powerful.
Question 4: A client overcomes a phobia after RTT. Neuroplastically, this is best explained by:
- The original fear memory being permanently erased
- New inhibitory pathways from the prefrontal cortex overriding the amygdala's fear response (Correct answer)
- The hippocampus shrinking in size
- Increased cortisol production
Correct answer: New inhibitory pathways from the prefrontal cortex overriding the amygdala's fear response
RTT creates new prefrontal-to-amygdala inhibitory connections that can override the old fear response rather than erase the original memory.
Question 5: In RTT terms, 'the mind does what it thinks you want it to do.' Neuroplastically, this reflects:
- Genetic determinism overriding behavior
- The reticular activating system filtering reality through dominant belief patterns (Correct answer)
- Sleep cycles resetting neural pathways nightly
- The cerebellum controlling conscious thought
Correct answer: The reticular activating system filtering reality through dominant belief patterns
The reticular activating system (RAS) filters incoming stimuli based on what the brain deems important, confirming existing beliefs by selecting supporting evidence.
Question 6: Which RTT concept is directly supported by the neuroscientific finding that stress hormones impair prefrontal cortex function?
- Commands must be given in past tense
- Clients must be in a relaxed state for transformation to occur (Correct answer)
- Regression always reveals childhood trauma
- The therapist should speak quickly to maintain trance
Correct answer: Clients must be in a relaxed state for transformation to occur
High cortisol from stress impairs prefrontal cortex reasoning and increases amygdala reactivity, which is why RTT induces relaxation before attempting belief change.
Question 7: Marisa Peer's RTT stresses that 'words have power.' The neurological basis is that language activates:
- Only auditory cortex neurons with no downstream effect
- Neural networks tied to sensory, emotional, and motor responses simultaneously (Correct answer)
- Exclusively the Broca's area without limbic involvement
- Only visual cortex pathways
Correct answer: Neural networks tied to sensory, emotional, and motor responses simultaneously
Words trigger widespread neural networks including emotional (limbic), sensory, and motor areas, meaning therapeutic language can activate whole-brain responses that drive change.
RTT Neuroplasticity 3
RTT's use of regression to cause identifies the 'ISE' (Initial Sensitizing Event).
What neuroplastic role does the ISE play?