Learn how acupuncture works to relieve pain and stress through the following scientific model.
How does Acupuncture Work?
Many people have learned about acupuncture from an energy model with roots, not in ancient Chinese medical texts, but in Western misinterpretations of those texts.
Acupuncture’s power has a scientific basis.
What follows is a scientific model for acupuncture’s ability to relieve pain and to heal.
Learn how acupuncture works
Four aspects of a mind/body that need to be functioning well in order to be healthy:
1 – Qi (Oxygen) delivery to the tissues
2 – Vascular System
3 – Organ System
4 – Nervous System
If there is an obstruction in the blood flow to a particular area of the body, that area of the body will be negatively affected, resulting in disease or malfunction.
Any of the body that is damaged due to trauma or an internal disorder will have difficulty recovering if there is a reduction in blood flow to that area.
Number one Etiology of Chinese Medicine: Blood Stasis
– Blood is not circulating sufficiently to the affected area.
– The body loses its ability to heal itself because all the healing agents of the body are found in the blood.
Acupuncture helps increase your vascular functioning!
– Major symptoms will disappear.
Did You Know?
Not widely known fact #1
Chinese Medicine understood the neural-fascial connections between different parts of the body before anyone in the West did.
For example, when a sciatic nerve is compressed, either from a herniation in the lower back, or from neurogenic inflammation in a muscle in the glutes, distal needling alongside the area just lateral to the Achilles tendon provides great pain relief and improvement in range of motion.
Not widely known fact #2
The ancient Chinese determined thousands of years ago that acupuncture right along both sides of the spine had therapeutic effects.
Today’s Acupuncturists see confirmation of Chinese Medicine’s wisdom about these Acupuncture points in the knowledge of modern science.
For example, we know from science that there are dermatomes or regions along the skin of the body, that are mainly supplied by branches of a single nerve root in the spine. The muscle that underlies the skin is also innervated by a branch of particular nerve roots.
Also, certain levels along the spine house the nerves that control the flow of blood to both the upper and the lower extremities (T1-T5 for upper extremities, T6-T9 for the digestive organs, and T10-L2 for the lower extremities).
Thus many Acupuncturists are now performing what are called perfusion treatments (needling one or more of these three sets of spinal levels), to treat problems in extremities or in the digestive system that can benefit form improved circulation.
Just one more example of Chinese Medicine’s sophisticated understanding of anatomy that predates Western sophistication by thousands of years!
How does acupuncture work?
A scientific explanation of acupuncture.
To feel pain, two nerves are involved:
1 – Nociceptors
2 – Proprioceptors1 – Sensory Pain Nerves (Nociceptors) – Tells the brain there is pain (“ouch”).
1 – A Delta Fibers: sharp, burning pains
2 – C Fibers: dull, throbbing pains
Sends signals to L5 —> Up the spine —> Tract of Lissauer —> Midbrain
2. Proprioceptive Nerve Fibers
Tells the brain the location of the pain: where the “ouch” is at.
Fires continuously at the affected area —> Sends signals up the back of the spine —> Midbrain
Midbrain releases endorphins/enkephalins that bind to pain receptors along the spine and the capillary beds where the pain exists in order to reduce the pain
Patients with chronic pain
The proprioceptive neural threshold is too low.
Signal to the midbrain is weak.
- The patient cannot pinpoint the EXACT location of pain
- Midbrain does not release endorphins/enkephalins
- Minute tissue trauma activates blood coagulation system to produce bradykinin and plasmin
- Bradykinin triggers local pain sensory fibers and corresponding proprioceptive nerves
- Plasmin activates C3 triggering the immune complement system to sustain vasodilatory phase by histamine, leukotrienes, prostaglandins, and kinin protease which sustains needling response
- Inactivation phase breaks down histamine, releases cortisol, promotes tissue healing
In summary: Acupuncture creates a strong stimulation and “reboots” the proprioceptive nerve pathway
- The sensation created by the needles jumps the neural signal threshold and stimulates the brain to release endorphins/enkephalins
- After a few hours, the signal gets weak again
- The next day (or the next treatment), we needle the patient and stimulate again
We keep needling and jumping the threshold until the body REMEMBERS and RE-ESTABLISHES the normal threshold to signal the brain.
What is an Acupuncture Point?
According to the ancient Chinese medical texts, the Xue/Mai (translated literally as blood/vessels), which are commonly called “acupuncture meridians” today, is simply the major longitudinal blood vessels of the body. Many of the body’s sensitive locations along the pathways of these longitudinal vessels (superficial locations of nerves, blood and lymphatic vessels, neuromuscular attachments or where vessels and associated nerves penetrate muscle fascia) are coincident with nodes that are today called “acupuncture points.”.
Many people who have been influenced by esoteric Western interpretations of Chinese texts believe that these nodes or points lie along “energy” pathways or “meridians.” However, as one can see in the picture above, acupuncture nodes are not points along invisible lines of “energy,” but small areas that are located above the deeper longitudinal vessels, and the more superficial fine vessels of the circulatory and lymphatic system that lie along nerve pathways.
From Donald Kendall’s The Dao of Chinese Medicine
Characteristics of an Acupuncture Point: These points or nodes have interesting qualities that elucidate their special use for acupuncture. Some correspond to motor points or Golgi tendon organs. Relative to non-node sites, acupuncture nodes or “points” also have a higher electrical conductance and a larger concentration of neural and fine vascular components, along with a greater distribution of mast cells.
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