CHP Anatomy & Physiology Related to Hijama 3 — Questions and Answers
Question 1: Which anatomical structure must a hijama practitioner avoid when cupping the posterior neck at the base of the skull?
- Occipital protuberance only
- Vertebral arteries and suboccipital venous plexus (Correct answer)
- Brachial plexus roots
- Superior mesenteric artery
Correct answer: Vertebral arteries and suboccipital venous plexus
The vertebral arteries and suboccipital venous plexus run through the posterior cervical region and must be avoided to prevent serious vascular injury.
Question 2: The Gate Control Theory of pain is relevant to dry cupping because stimulating large-diameter A-beta fibers can:
- Increase substance P release
- Inhibit pain signal transmission at the spinal cord level (Correct answer)
- Activate C-fiber nociceptors
- Cause systemic opioid release
Correct answer: Inhibit pain signal transmission at the spinal cord level
A-beta fiber stimulation activates inhibitory interneurons in the dorsal horn, effectively 'closing the gate' on nociceptive signals carried by C and A-delta fibers.
Question 3: When performing hijama over the lumbar region, which anatomical landmark helps identify the L4–L5 interspace?
- Iliac crest (Correct answer)
- Greater trochanter
- Posterior superior iliac spine (PSIS)
- Sacral hiatus
Correct answer: Iliac crest
A line drawn between the highest points of both iliac crests (Tuffier's line) typically intersects the L4 spinous process, helping identify the L4–L5 interspace.
Question 4: Which phase of wound healing begins within minutes of wet hijama scarification and involves platelet plug formation?
- Proliferation
- Remodeling
- Hemostasis (Correct answer)
- Inflammation
Correct answer: Hemostasis
Hemostasis is the first phase of wound healing, occurring within minutes; platelets aggregate and fibrin forms a clot to stop bleeding.
Question 5: The thoracolumbar fascia is significant in hijama because it:
- Contains the sciatic nerve directly
- Is a thick connective tissue sheet overlying the deep back muscles and transmitting mechanical forces (Correct answer)
- Produces synovial fluid for the lumbar joints
- Is the primary site of erythropoiesis in adults
Correct answer: Is a thick connective tissue sheet overlying the deep back muscles and transmitting mechanical forces
The thoracolumbar fascia is a multilayered connective tissue structure that envelops deep back muscles and plays a role in load transfer, making it a key structure addressed by lumbar cupping.
Question 6: In the context of hijama, what is the anatomical reason the Al-Kahil point (between the shoulder blades) is commonly cupped?
- It overlies the spleen for lymphatic drainage
- It corresponds to the interscapular region rich in capillary beds and related to thoracic sympathetic ganglia (Correct answer)
- It is directly over the aortic arch
- It overlies the thymus gland
Correct answer: It corresponds to the interscapular region rich in capillary beds and related to thoracic sympathetic ganglia
The Al-Kahil region is densely vascularized and anatomically relates to thoracic sympathetic ganglia, which is why practitioners associate it with systemic effects.
Question 7: Which type of receptor, when stimulated by the mechanical stretch of cupping, can contribute to muscle relaxation?
- Golgi tendon organs (Correct answer)
- Meissner's corpuscles
- Pacinian corpuscles
- Ruffini endings only
Correct answer: Golgi tendon organs
Golgi tendon organs sense tension in musculotendinous structures and, when activated, trigger the inverse myotatic reflex, promoting muscle relaxation.
CHP Anatomy & Physiology Related to Hijama 3
Which anatomical structure must a hijama practitioner avoid when cupping the posterior neck at the base of the skull?