The Cause and Treatment of Back and Disk Injuries
Tim H. Tanaka, Ph.D.
Unlike injuries such as fractures or dislocations, most disk herniations do not occur by accident, but rather gradually develop through cumulative degenerative processes. Thus, an important thing to remember is that back surgery is not a permanent solution for the condition in most cases. Unless the cause of disk injury is addressed, there is a great risk of developing another disk herniation in another location.
Here is an analogy to further clarify: If facial acne was brought on by over eating of fatty, greasy foods, application of medicated ointment is only a temporary solution. The acne will reappear again if one continues to consume an excessive amount of fatty foods. If lung cancer was caused by smoking cigarettes, surgery to remove cancer will provide little benefit unless the patient changes his/her lifestyle that brought on cancer in the first place such as smoking and other lifestyle issues.
So what are the causes of disk herniations? In my opinion, there is a combination of both well-known and lesser-known factors involved; biomechanical and emotional stress.
Hidden cause of disk injury
Everyone knows that a variety of biomechanical stresses such as standing and walking with poor posture, sitting for long periods, and heavy lifting can cause back problems.
Case Report Acupuncture for Lumbar and Sciatic Pain
This case summarizes the non-surgical recovery of a young female patient who was diagnosed with complete disk herniation by three different back specialists. Read the full case report here
Another less known cause of disk injury is emotional stress. The involvement of emotional stress causing disk degeneration or herniation is unrecognized by most back specialists; however a number of back pain patients can recall remarkable stressful periods in their life just before the onset of back pain. Prolonged emotional stress creates a sympathetic dominant state in the autonomic nervous system and leads to decreased blood flow to most of the organs, muscles and peripheral tissues. When blood flow to the lumbar muscles is decreased, the muscles become tight, lose flexibility, and are easily fatigued. Furthermore, according to immunologist Prof. Abo of Niigata University, chronic sympathetic dominant state increases the amount of granulocytes, a type of white blood cell in our body. Granulocyte accumulation creates inflammation and degenerative changes to spine and disks.
Non-surgical natural approach for disk injury
Our treatment approach addresses all aspects of back problems both biomechanical and psycho-emotional using acupuncture, soft tissue manipulation and biofeedback. Acupuncture stimulation to the related localized muscles is helpful to correct distortion and biomechanical imbalances. This was demonstrated, using electromyography, in one of our previous research projects (Tanaka et al, 1998). Acupuncture is also applied to the whole body and is utilized to correct imbalance in the autonomic nervous system. The aim in most cases is to decrease excessive sympathetic activation and to enhance the parasympathetic system to create the desirable relaxation response (Tanaka, et al., 1997). Since it is almost impossible to avoid stress in this day and age, we should rather focus on how to recover quickly from stress in order to avoid the harmful consequences of prolonged stress. Heart rate variability biofeedback technique is often combined with acupuncture to enhance patients’ self regulation skills for this purpose (Tanaka, 2003).
What is the Difference between Acupuncture and Pain Medication?
Non-steroidal anti inflammatory drugs (NSAIDs) have several well-known potential detrimental effects in your system such as gastric irritation and liver damage while acupuncture has virtually no side-effects. In terms of the action on your muscle and joint pain, acupuncture works in a completely different manner than medication does.
Most pain-relief and anti-inflammatory medications provide excellent short-term pain-relief by blocking the production of pain-causing substances called prostaglandins. In addition to inducing pain, however, prostaglandins are vasodilators which help enhance circulation. By inhibiting the production of prostaglandins, there will be decreased sensitivity to pain but blood supply to the muscles and joints will also be decreased, thus creating problems and prolonging true recovery.
Our acupuncture technique, however, produces the complete opposite effect. Except in a few very acute cases, we attempt to enhance blood circulation, especially in the area that there is pain or discomfort. This desired action can be achieved by regulating the autonomic nervous system (which is responsible for internal organ system functioning, regulation of blood circulation, and production of relaxation effects) using specific acupuncture techniques. When circulation in the tissue improves, muscle relaxation occurs and immediate pain reduction follows in many cases. In some other cases, however, when circulation improves, the pain in the affected area occasionally intensifies, and is then followed by repair of tissue and muscle relaxation.
Proper circulation in the tissue is important not only for blood to nourish the tissue but also in enhancing the elimination of muscle fatigue and pain-causing substances (e.g., lactic acid) thus resulting in healthy tissues. On the other hand, tight muscles with poor circulation are fatigued easily and are more prone to injury.
Landmann, R.M., Muller, F.B., Perini, C., Wesp, M., Erine, P, Buhler, F.R. Changes of Immunoregulatory Cells Induced by Psychological and Physical Stress: Relationship to Plasma Catecholamines. Clin Exp Immunol, 58, 127, 1984
Tanaka, T.H., Leisman, G., Nishijo, K. Dynamic Electromyographic Study on Acupuncture: Possible Influence in Synergistic Coordination. International Journal of Neuroscience, Vol. 95, 51-61, 1998
Tanaka, T.H., Leisman, G., Nishijo, K. The Physiological Responses Induced by Superficial Acupuncture: A Comparative Study on Acupuncture Stimulation During Exhalation Phase and Continuous Stimulation. International Journal of Neuroscience, Vol. 90, No. 1-2, 45-58, 1997
Tanaka, T.H. The Creation and Efficacy of a HRV-Autonomic Trainer CD in Assisting Heart Rate Variability Biofeedback Training: Preliminary Report. Paper presented at 34th Annual Meeting of Association for Applied Psychophysiology and Biofeedback, Jacksonville, Florida March 27-30, 2003
Yamamura, S., Arai, K., Toyabe, S., Takahashi, H., Abo, T. Simultaneous Activation of Granulocytes and Extrathymic T cells in Number and Function by Excessive Administration of Nonsteroidal Anti-inflammatory Drugs. Cellular Immunology, Vol. 173, 303-311, 1996