Cupping Therapy Anatomy and Physiology for Cupping 2 — Questions and Answers
Question 1: Which physiological response to cupping is responsible for the post-treatment warmth felt in the treated area?
- Increased cellular metabolism
- Hyperemia — increased local blood flow (Correct answer)
- Release of histamine causing heat
- Activation of brown fat
Correct answer: Hyperemia — increased local blood flow
Cupping induces hyperemia, a localized increase in blood flow to the area, which produces the characteristic warmth felt by clients after the cups are removed.
Question 2: Lymphatic capillaries in the skin are relevant to cupping because they:
- Carry oxygenated blood to the epidermis
- Drain excess interstitial fluid and immune cells from tissue (Correct answer)
- Produce collagen in response to suction
- Regulate body temperature
Correct answer: Drain excess interstitial fluid and immune cells from tissue
Lymphatic capillaries collect excess interstitial fluid, proteins, and immune cells; cupping's mechanical stimulation may enhance lymphatic drainage and immune surveillance.
Question 3: The concept of 'myofascial trigger points' is relevant to cupping because:
- Cupping creates new trigger points
- Cupping suction can deactivate trigger points by increasing blood flow and releasing fascial tension (Correct answer)
- Trigger points are the source of cupping mark discoloration
- Cupping must always avoid trigger points
Correct answer: Cupping suction can deactivate trigger points by increasing blood flow and releasing fascial tension
Cupping is thought to deactivate myofascial trigger points by increasing local blood flow, reducing ischemia, and releasing the fascial tension that maintains the hyperirritability of trigger points.
Question 4: Which anatomical region must be avoided with cupping to prevent injury to major blood vessels?
- Mid-thoracic back
- Anterior neck over the carotid arteries (Correct answer)
- Outer thighs
- Lower legs
Correct answer: Anterior neck over the carotid arteries
The anterior neck contains the carotid arteries; applying suction cups in this region risks mechanically compressing or traumatizing these major vessels, posing serious cardiovascular danger.
Question 5: The trapezius muscle is a frequent cupping target because it is:
- The largest muscle in the body
- A commonly tense postural muscle in the upper back and neck (Correct answer)
- The only muscle with fascia
- Located over the liver
Correct answer: A commonly tense postural muscle in the upper back and neck
The trapezius is a large, superficial postural muscle spanning the upper back and neck that commonly accumulates tension from poor posture and stress, making it a frequent cupping target.
Question 6: Which physiological mechanism may partially explain cupping's ability to reduce pain through endogenous opioids?
- Cupping increases digestive enzyme production
- Suction stimulates sensory nerve endings that trigger endorphin release (Correct answer)
- Cups directly inject pain-relief chemicals into the skin
- Cupping deactivates pain receptors permanently
Correct answer: Suction stimulates sensory nerve endings that trigger endorphin release
The sensory stimulation of cupping may trigger the release of endorphins and other endogenous opioid peptides from the central nervous system, contributing to natural pain relief.
Cupping Therapy Anatomy and Physiology for Cupping 2
Which physiological response to cupping is responsible for the post-treatment warmth felt in the treated area?