Carpal Tunnel Syndrome #3

This week, we will conclude our three-part series on important facts regarding carpal tunnel syndrome (CTS).

CTS TREATMENT OPTIONS (continued): Aside from the carpal tunnel, there are several places where the median nerve can become compressed as it travels from the neck, down through the shoulder, through tight muscular areas of the upper arm and forearm, and finally through the carpal tunnel at the wrist. In order to achieve good, long-lasting results, treatment must focus on relieving compression at any point along the course of the nerve. This is why chiropractic works SO WELL as it addresses ALL of these areas using manual adjustments, muscle release techniques, and even physical therapy modalities.

CTS PREVENTION: Because there are multiple causes of CTS, prevention must be tailored to each person. For example, if the patient has diabetes mellitus, maintaining a proper blood sugar level is very important because the blood becomes thicker as the sugar levels increase and it simply cannot pass through our small blood vessels (capillaries), especially those located in the feet and hands. This can eventually lead to the need for amputation due to poor circulation and contribute to the numbness associated with diabetic neuropathy.

Similarly, low thyroid function results in a type of swelling called myxedema that can cause or worsen CTS, and keeping the thyroid hormone balanced in the bloodstream is very important. Managing other conditions that create inflammation or swelling, such as rheumatoid and other types of arthritis, will also help prevent CTS from developing or worsening.

Carpal tunnel syndrome can also occur during pregnancy due to the hormonal shifts similar for those taking birth control pills. The PRICE treatment options presented last month can be very helpful for the pregnant mother and represent important non-medication self-care approaches.

Certain occupations that require fast, repetitive work and/or firm gripping can result in carpal tunnel syndrome because of the friction that results in swelling that occurs when the muscle tendons inside the carpal tunnel rub excessively fast together (kind of like starting a fire with two sticks). Modifying the work task until the swelling is controlled is VERY important, as discussed last month.

Other preventative measures include exercises that keep the muscles and tendons in the forearm and inside the carpal tunnel stretched so that the tendons easily slide inside their respective muscle tendon sheaths. This is accomplished by placing the palm side of the hand (elbow straight) on a wall with the fingers pointing downwards while reaching across with the opposite hand and pulling the thumb back until you feel a good firm stretch. Hold this position for 5-10 seconds or until the forearm muscles feel like they are relaxing. Repeat this multiple times a day.

We realize you have a choice in whom you consider for your health care provision and we sincerely appreciate your trust in choosing our service for those needs.  If you, a friend, or family member requires care for Carpal Tunnel Syndrome, we would be honored to render our services.

Carpal Tunnel

Trigger points in the pectoralis major muscle.

A very common muscle to become overloaded and damaged, and thus develop trigger points, is the pectoralis major muscle. This is the muscle that makes up the chest. It’s main functions are adduction and internal rotation at the shoulder. Poor rounded shoulder posture is a common cause of pec tightness and trigger points. trigger points in this muscle will produce pain felt into the front of the shoulder, the chest, and down the medial arm. If these symptoms occur in the left pec it can mimick heart pain. In women, these points can be a cause of breast pain and nipple hypersensitivity.

Achy pain in the shoulder blade??

One of the most common causes of achy restless shoulder blades is trigger points in the rhomboid muscles. these muscles are responsible for pulling your shoulder blades back, and are often overloaded from poor shoulder posture. These muscles are very common areas to develop trigger points. Once there they will produce a persistent deep achy pain along the inside of the shoulder blade.

Piriformis syndrome

Piriformis syndrome is caused by a tight contracted piriformis muscle putting pressure on the sciatic nerve causing symptoms of tingling, numbness, and altered sensation. This muscle is often tight in people who sit for long periods of time. A common cause of this muscle being contracted and tight are trigger points. These trigger points are contracted knots within the belly of the muscle. These knots cause the muscle to become shortened. Trigger points will also cause pain on their own. This is usually felt as a deep achy pain in the glute and hip area, as well as in the back of the leg.

Trigger points and headaches

One of the most common sources of headache pain is trigger points in the neck muscles. These muscles are often overloaded from poor posture such as sitting in front of a computer or looking down at you phone for long periods of time. Trigger points that form in the upper traps are the most common trigger points in the body. They refer pain up the neck, behind the ear into the temple. The suboccipital muscles refer pain deep into the skull behind the eye. Sternocleidomastoid trigger points will refer pain to the top of the head and around the orbit of the eye. Trigger points need to be manually released to be resolved.

Myofascial pain syndrome

Myofascial pain syndrome is caused by a stimulus, such as muscle tightness, that sets off trigger points in your muscles. Factors that may increase your risk of muscle

trigger points include:

  • Muscle injury. An acute muscle injury or continual muscle stress may lead to the development of trigger points. For example, a spot within or near a strained muscle may become a trigger point. Repetitive motions and poor posture also may increase your risk.
  • Stress and anxiety. People who frequently experience stress and anxiety may be more likely to develop trigger points in their muscles. One theory holds that these people may be more likely to clench their muscles, a form of repeated strain that leaves muscles susceptible to trigger point