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How Psychologists Help Fibromyalgia Patients | Central Chiropractor

About 30% of people with fibromyalgia experience nervousness, depression, or some form of mood disturbance. Researchers have not yet determined whether fibromyalgia causes these conditions or vice versa, but what has become clear is that when your psychological state succumbs to your physical pain, your pain gets stronger. That's why your physician may recommend you seek a psychiatrist, psychologist, or a counselor.

How can mental and emotional support help with fibromyalgia?
Fibromyalgia is a complex condition. Its symptoms will often impact your life in a way that transcend pain and are varied. The pain and fatigue alone could be sufficient to negatively alter your lifestyle, thus affecting your mood. To take control of your symptoms, you may have to have a multi-disciplinary strategy, incorporating psychology, physical therapy, and medications, to help provide overall relief from all fibromyalgia symptoms.

The Difference Between Anxiety and Depression
Many individuals frequent…

A Treatment Approach to Ankle Sprains

A Treatment Approach to Ankle Sprains - El Paso Chiropractor

Among the large variety of athletes, ankle sprains are one of the most common musculoskeletal injuries. According to research, a considerable amount of sports-related injuries may be caused due to ankle instability, also known as ankle ligament laxity.

Factors for Ankle Sprains

The most frequent factor behind a majority of ankle sprains is when a single extremity lands on an uneven surface. During this case, a quick and joined ankle plantar flexion and inversion motion can often result in an extreme lateral movement which can lead to ankle sprains. Another factor that can influence the chance of lateral ankle sprains is proprioception, or an individual’s own neuromuscular control. With the necessary proprioception, an athlete may be able to accurately determine the speed and force of a disturbance of motion in order to be able to subsequently react with an appropriate joint and muscle motion to avoid injury. However, because there’s always a chance the athlete may be surrounded by uneven terrain, even an individual with excellent proprioceptive skills can suffer harm. Moreover, the evidence for the role of proprioceptive factors in preventing ankle sprains is still unclear. Other factors which may lead to ankle sprains among athletes included non-modifiable risk factors such as: sex, age, height, race, foot/ankle anatomy, extremity alignment, previous ankle sprain and generalized joint laxity. Modifiable risk factors that can cause an ankle sprain include: weight, body mass index, bracing/taping, footwear, neuromuscular control, postural stability, muscle strength, exposure to sport, player position, playing surface and skill level.  
Due to the nature of lateral ankle sprains, once an individual has experienced an injury, there’s a high probability that another injury can occur. This is because damage or injury to the ligaments and joint capsules within the ankle can impair the structures ability to function appropriately. Along with any deficits in proprioception, this can often result in a high re-injury rate. Indeed, research has demonstrated that 73 percent of individuals who sprain their ankles are most likely to experience recurrent ankle injuries in the future.

The Importance of Balance

As previously mentioned, numerous researchers have proposed that both neuromuscular control and proprioception of the ankle joint is a considerable factor in the initial and recurrent cause of ankle sprains. Furthermore, despite decades of studies on ankle sprains, the evidence remains inconclusive. More specifically, research has failed to find actual evidence that suggests individuals with ankle instability may experience proprioception deficits compared to those without a history of ankle instability because there is no standard testing and training protocol for determining ankle proprioception.
Many healthcare professionals believe that balance issues and an impaired proprioception can play a significant role when it comes to ankle sprains. These are common components of many intervention programs for the prevention and treatment of acute lateral ankle sprains and chronic ankle instability. Moreover, a considerable amount of contemporary theory on this subject suggests that balance and coordination training may have both local and central effects on the sensorimotor system, or a subcomponent of the comprehensive motor control system of the body.
In a 2008 review study performed to provide a better understanding behind proprioception, balance and ankle sprain, the following questions were issued to answer various doubts regarding the issue:
1. Can prophylactic balance and coordination training reduce the chance of experiencing a lateral ankle sprain?
2. Can balance and coordination training improve the result of treatments associated with acute ankle sprains?
3. Can balance and coordination training improve the result of treatments in patients with chronic ankle instability?
In total, the results of eleven studies were combined; three of which were used to answer question 1, three to answer question 2 and five to answer question 3. The researchers finally determined that prophylactic balance and coordination training essentially reduced the chance of athletes suffering ankle sprains, more closely observed among those with prior sprains. There was also further evidence that completing at least 6 weeks of balance and coordination training during recovery from an acute ankle sprain could potentially reduce the risk of frequent ankle sprains for up to one year.
Although a variety of studies determined the above facts, the researchers also noted that the improvements in the postural control instrumented measures associated with the training were not regularly calculated from study to study, which ultimately reduces the quality of the evidence. They also mentioned that there was not enough evidence to accurately assess the reduction in the chance of experiencing repeated sprains, inconclusive to demonstrate improved instrumented postural control measures and limited towards the development of an athlete’s functions with chronic ankle instability or ankle ligament laxity who also complete balance and coordination training.
The findings of the above study were also relevant with a very recent study regarding ankle sprains among the athletic population. This study recognized that a change in neuromuscular control as a result of peripheral proprioception alterations of the ankle joint may in fact contribute to the high frequency of lateral ankle sprains and that after the initial injury, overstretched and/or loosened ligaments and joint capsules may restrict the function of the mechanoreceptors in those structures. It also demonstrates that some researchers have reported prolonged peroneal muscle reflex latency in injured ankles and ankle position sense deficits in various testing protocols.
However, the researchers from the study also showed that regardless of the provided evidence, there are also many studies which have been conducted that contradict these findings. For instance, in several studies that compare healthy and unstable ankles, no peroneal reflex latency differences, no position sense differences, and no movement sense differences were found between the two various ankles studies. Additionally, some studies indicate that the ability to sense ankle position is not recommended to be used for predicting ankle sprains in the future.

Strength and Balance

With that mentioned, a majority of the provided evidence appears to be contradictory, at least in the sense where balance training is not believed to improve the prediction of ankle sprains and reduce the risk of repeated injury, regardless if there’s a small amount of evidence that shows how improving an individual’s neuromuscular control can produce positive results. This could be because even with better, almost intact proprioception at the ankle joint, generating enough muscle strength that is fast enough to counter the wide variety of quick disturbances of motion, such as landing on an uneven surface, still remains an issue.
One likely consideration for the examination is the role of strength. A recent study has indicated that developing sufficient muscle strength could indeed play a much more essential role in the prevention and rehabilitation of ankle sprains rather than improving proprioception. Although the effects of muscle strength on ankle stability is yet unclear, muscle weakness has been reported in peroneal muscles, ankle dorsiflexes, and hip abductors among many individuals with ankle instability.
Although stimulating large muscles can enhance the sensitivity of muscle spindles, strength training is not proven to reduce the chance of initial and recurrent ankle sprains through enhancing neuromuscular control of the ankle joint. It can help restore ankle muscle balance, however, as well as better position the ankle and increase the strength of the ligaments. In addition, a larger and stronger muscle can also provide additional passive restraints to the ankle joint.
Therefore, if balance training is beneficial in reducing ankle sprains, it is most likely because of the enhanced strength and stiffness in both muscles and ligaments at the ankle joint rather than enhanced neuromuscular control. In other words, while improving neuromuscular control and proprioception at the ankle joint may not be effective towards protecting the ankle from an accident, balance training can increase the strength of muscles and ligaments around the ankle joint. Since ligaments are the primary stabilizer of the ankle joint, treatment protocols with a balance training routine may benefit the athletes with unstable ankles.
In conclusion, it appears that ankle injury prevention and rehabilitation programs which focus primarily on proprioception improvement may not be as effective after all. The evidence that proprioceptive training can benefit the prevention of an injury or recurrence is not considered to be strong enough. However, the evidence for balance training is much stronger, although the benefits are most likely to occur as a result of improvements in muscular and ligament strength.

Preventing Sports Injuries

By Dr. Alex Jimenez

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