Chapter 3 — The Flexible Genome – EFT Universe Training

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Question 1 of 15

1. Question

What does epigenetics tell us about autoimmune conditions like Roger’s psoriasis?

Emotional and psychological factors may be exerting regulatory influence on immune and inflammatory responses.
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The condition should be understood exclusively as a localized dermatological issue.
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The condition must be caused by a genetic mutation present from birth.
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The condition results solely from poor hygiene practices and external contamination.
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Question 2 of 15

2. Question

What is the shortcoming of the “one gene, one disease” model?

Because genetic factors have no influence whatsoever on disease development or progression.
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Because most common diseases are regulated by coordinated interactions among multiple genes responding to environmental signals.
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Because environmental influences are the only variables that matter in disease causation.
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Because RNA molecules completely replace DNA and render genetic information irrelevant.
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Question 3 of 15

3. Question

What does analysis of messenger RNA show that direct DNA sequencing cannot?

It provides permanent storage of genetic information that cannot be modified.
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It provides permanent storage of genetic information that cannot be modified.
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It reveals which specific genes are actively being expressed and their relative levels of activity.
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It destroys damaged genes and prevents disease development.
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Question 4 of 15

4. Question

When a stress-activated protein like NF-κB binds to DNA, what is the consequence?

All genes throughout the cell are completely deactivated.
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DNA damage is repaired directly through protein synthesis.
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Stress hormones are immediately eliminated from the bloodstream.
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The expression of dozens or hundreds of genes is simultaneously altered.
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Question 5 of 15

5. Question

Which division of the autonomic nervous system is activated by threat?

The parasympathetic division that controls relaxation and recovery functions.
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The sympathetic division that mobilizes resources for confronting or escaping threats.
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The autonomic division that regulates only digestive functions.
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The circadian division that controls sleep-wake cycles.
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Question 6 of 15

6. Question

What distinguishes immediate early genes from later-responding gene categories

They require several days to become active after a stimulus.
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They activate within seconds to minutes in response to a stimulus.
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They only become active during sleep periods.
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They repair tissue damage directly without involving other genes.
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Question 7 of 15

7. Question

How do experience-dependent genes work?

Gene expression is permanently fixed after early childhood and cannot be modified.
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Genes respond to experience only during critical periods in early childhood and lose responsiveness entirely during adulthood.
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Experience-dependent genes are activated only during physical exercise and have no connection to emotional processing.
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Repeated practice of new emotional patterns or skills activates experience-dependent genes that strengthen neural connections
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Question 8 of 15

8. Question

What is the biological significance of ultradian rhythms?

They regulate only the annual progression of seasons.
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These cycles have no meaningful relationship to gene expression or cellular function.
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They coordinate gene expression with natural fluctuations in energy, attention, and hormone production throughout the day.
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These cycles are limited to sleep patterns and have no effect on waking physiology.
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Question 9 of 15

9. Question

How do complex interrelationships of gene expression typically work?

A mechanical control system with multiple independent sliders that can be adjusted up or down to modulate various biological functions.
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A single fixed electrical switch that is either fully on or completely off.
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A static blueprint that determines outcomes without variation.
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A rigid linear sequence that follows a predetermined path without flexibility.
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Question 10 of 15

10. Question

Which key biological systems receive regulatory signals from the central nervous system?

Only the digestive and skeletal systems receive neural signals; respiratory systems are independent.
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Only the respiratory system receives direct neural control; other systems are autonomous.
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The muscular system alone receives signals; other systems function without neural input.
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The endocrine system and immune system receive nervous system signals that alter hormone and cytokine production, which influences gene expression.
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Question 11 of 15

11. Question

Memory is a fixed, unchangeable record that remains identical each time it is retrieved from storage, comparable to a photograph that does not change when viewed repeatedly.

True
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False
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Question 12 of 15

12. Question

Sustained activation of the sympathetic nervous system without periods of recovery can alter hormone levels, immune signaling, and gene expression patterns in ways that negatively affect long-term health and well-being.

True
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False
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Question 13 of 15

13. Question

Genes that respond to learning, novel experiences, and focused attention can be activated throughout life and support the strengthening of neural connections and acquisition of new skills.

True
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False
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Question 14 of 15

14. Question

Stem cells are specialized cells with fixed functions that cannot differentiate into other types of cells or participate in tissue repair and regeneration.

True
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False
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Question 15 of 15

15. Question

The parasympathetic division of the autonomic nervous system is associated with relaxation, digestion, and recovery processes, and is dominant when an individual perceives their environment as safe.

True
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False
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Chapter 3 — The Flexible Genome

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