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What Is Tennis Leg?  

15 Oct

The term tennis elbow is widely known because it’s a common malady associated with tennis (and more recently, pickleball), primarily due to the use of a back-hand stroke. For those who play racquet sports, there’s another common orthopedic condition that includes the word tennis: tennis leg. 

The condition is characterized by a popping noise in the calf during a movement associated with the leg pushing off during a jump, sprint, or sudden change of direction followed by a sharp, burning sensation that makes it difficult to bear weight on the leg. Though it may not initially be observed, tennis leg can lead to superficial bruising, swelling, limitations in knee and ankle range of motion, and increased calf pain at the end-range of ankle dorsiflexion (bringing the toes toward the nose) and with manual palpation. It’s important to note that like tennis elbow, tennis leg is not just a sport-related injury but can also occur in non-athletes.

If you hadn’t heard the term before, you may be surprised to discover it was first clinically described way back in 1883! The condition was initially attributed to rupture of the plantaris muscle tendon in the calf region of the lower leg.  However, more recent studies using ultrasound and MRI have shown that in nearly all cases, tennis leg is the result of injury to the gastrocnemius and/or soleus muscles in the calf. In one study, researchers evaluated MRIs of 58 patients with tennis leg and observed that edema or disruption of the medial head of the gastrocnemius at the muscle-tendon junction in 55 cases (90.2%); fluid collection between the medial head of the gastrocnemius and soleus in 44 cases (72.1%); injury to the soleus muscle (which is deeper to the gastrocnemius) in 22 (36.1%) of the cases; and plantaris muscle disruption in 7 cases (11.5%). In rare cases, tennis leg may be due to deep venous thrombosis posing as a muscle injury, which may require prompt medical attention.

Treatment generally follows the PRICE (Protect, Rest, Ice, Compress, Elevate) protocol and may include the use of a boot, modalities to reduce inflammation and promote healing (like laser or pulsed magnetic field), passive range of ankle/knee motion within pain boundaries, and manual therapies to address any musculoskeletal disorders in adjacent parts of the body that may have preceded and contributed to the injury. 

Pain Relief Chiropractic

4909 Louise Dr

Mechanicsburg, PA 17055

(717) 697-1888

Member of Chiro-Trust.org 

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Carpal Tunnel Syndrome and Regional Interdependence

10 Oct

Carpal tunnel syndrome (CTS) is the most common compression neuropathy of the upper extremity, which is caused by increased pressure on the median nerve as it passes through the wrist with resulting symptoms of pain, numbness, and tingling in the thumb through third finger and thumb half of the fourth finger (palm-side). Traditionally, treatment guidelines for CTS have focused on therapies applied to the wrist. However, there is a growing understanding in the research community that CTS may be best viewed as a complex pain syndrome that requires a comprehensive sensory nervous system approach to achieve a satisfactory outcome for the patient. 

Current literature suggests that 45% of CTS patients may also experience pain in the forearm, elbow, and shoulder and 14% have concurrent neck pain. Patients with CTS have also been observed to have myofascial trigger points in upper trapezius and infraspinatus muscles, as well as osteoarthritis in the cervical spine. Carpal tunnel syndrome sufferers may also have reduced cervical range of motion to the side opposite the affected wrist in addition to forward head posture—which occurs when the head rests forward of the sagittal plane, placing added stress on the soft tissues at the back of the neck and upper back to keep the head upright. Because these issues can occur along the course of the median nerve or affect anatomical regions that the median nerve passes through, treatment to address these disorders can reduce a patient’s CTS symptoms. The term “regional interdependence” is used when interventions applied to one anatomical region can influence the outcome and function of other body regions that may be seemingly unrelated.

In a June 2023 pilot study that included 15 CTS patients, researchers observed that a treatment plan consisting of ten sessions of manual traction, lateral glide mobilization, and posterior to anterior pressure applied to the neck, along with self-stretching of the upper fibers of the trapezius, scalenes, and levator scapulae muscles led to improvements in CTS pain intensity, symptoms severity, disability, and functional capacity, as well as improved function of the median nerve based on electrodiagnostic studies of median nerve motor distal latency and medial sensory nerve conduction velocity. Best of all, these improvements persisted when researchers examined the patents six months after the conclusion of care.

For decades, doctors of chiropractic have focused on the full course of the median nerve when assessing a patient with carpal tunnel syndrome symptoms based on their experience that compression of the median nerve beyond the wrist can contribute to CTS. It’s great to see that the scientific community is starting catch up and look at CTS as not just an issue of the wrist itself but more of a disorder that can include multiple body sites that all need treatment to get a patient out of pain and back to their normal activities.

Pain Relief Chiropractic

4909 Louise Dr

Mechanicsburg, PA 17055

(717) 697-1888

Member of Chiro-Trust.org 

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The Thoracolumbar Fascia and Chronic Low Back Pain 

5 Oct

The thoracolumbar fascia is a structure in the lower back that is comprised of layers of densely packed collagen and elastic fibers separated by loose connective tissue that allow the deep stabilizing muscles in the lower back to move independently of the superficial muscles used for twisting and bending forward and backward. When adhesions form in the fascia, movement can become restricted, which can lead to pain and disability in the lower back and nearby parts of the body. A January 2023 study that included 131 adults—68 with low back pain—revealed a 25-30% reduction in thoracolumbar fascia elasticity among those with low back pain. This suggests that improving the function of the thoracolumbar fascia is essential in the management of low back pain. So, what can your doctor of chiropractor do to improve the elasticity of these important tissues?

The most common technique used to address adhesions in the thoracolumbar fascia is a manual therapy technique called myofascial therapy or myofascial release. Myofascial release is a hands-on treatment in which a doctor of chiropractic applies pressure with their hands, elbow, or a tool to stretch the muscles to knead out trigger points or adhesions that may inhibit the ability of the muscles to slide against one another during normal movements. In the last thirty years, various forms of myofascial therapy have been developed and disseminated to healthcare professionals who apply hands-on care, which includes doctors of chiropractic. In addition to care provided in the office, patients may also be instructed on self-myofascial release, which may include the use of a foam roller, for example.

In 2021, two systematic reviews—studies that pool data from previously published studies—concluded that myofascial therapy is effective for reducing disability and pain in patients with low back pain. More recently, a 2023 study that included 48 patients with low back pain found that those treated with a single session of myofascial therapy experienced a significant decrease in pain and thickness of the thoracolumbar fascia, in addition to a reduction in stiffness in the erector spinae muscles and thoracolumbar fascia. Follow-up examinations after the treatment showed the benefits persisted two and seven days later. 

In many cases, there are many contributing factors to a patient’s low back pain that must all be addressed to achieve a satisfactory result. This starts with a thorough examination to understand the patient’s unique situation and extends to a multimodal approach that incorporates several treatment methods to reduce pain and improve mobility in the lower back, which can include myofascial treatment to break down adhesions in the thoracolumbar fascia to allow for proper movement. In fact, an October 2022 study found that a multimodal chiropractic treatment plan that included spinal manipulation, education, exercise, self-management advice, and myofascial therapies led to improvements in pain, disability, and thoracolumbar fascia mobility in women with chronic low back pain. 

Pain Relief Chiropractic

4909 Louise Dr

Mechanicsburg, PA 17055

Member of Chiro-Trust.org 

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Pickleball-Related Injuries

30 Sep

Pickleball is a recreational sport growing in popularity in the United States. In fact, it’s become one of the fastest growing sports in America, and in the past three years, the player number has soared from 3.5 to 8.9 million! It’s easy to learn, promotes competitiveness and socialization, and is an excellent form of low-impact exercise. Unfortunately, pickleball is not without risk, and a game can result in an injury.

In 2021, researchers looked at data from emergency department visits between 2010 and 2019 and identified nearly 29,000 pickleball-related injuries among older adults. The most common diagnoses involved sprain/strains (32.2%), fractures (28.1%), and contusions (10.6%) with older men 3.5 times more likely than older women to suffer a sprain or strain injury and older women 3.7 times more likely than older men to sustain a fracture—including a nine-times greater risk for wrist fracture! These acute traumatic injuries can arise from falls, sudden turning or pivoting movements getting hit by a racket or paddle, getting hit by a ball, sudden bending over or hyperextending the spine, rolling an ankle, and running into the net, a fence, a wall, a chair or bench, a tree, or a fellow player.  

Because the physical motions are similar to tennis, frequent pickleball players may also be at increased risk for lateral epicondylitis, also known as tennis elbow, a painful condition that occurs when tendons that attach to the elbow become overloaded. Pickleball players may also be at risk for other musculoskeletal conditions associated with repetitive movements, including carpal tunnel syndrome. 

As such, doctors of chiropractic may begin to notice an influx of patients with both acute traumatic musculoskeletal injuries and repetitive stress injuries over time. Treatment will typically involve a multimodal approach that utilizes manual therapies, specific exercises, modalities, nutrition recommendations, and activity modifications to restore normal motion to the affected joints, reduce inflammation, and give the injured site the opportunity to heal. 

Of note, the 2021 study found that 1 in 10 emergency room visits that involved pickleball were due to cardiovascular events. This in mind, if you are getting older and haven’t been physically active, talk to your doctor before starting an exercise routine—including pickleball. Additionally, dress appropriately for play, stretch before taking the court, drink plenty of water, and take breaks as needed. Don’t push yourself beyond your limits, pace yourself, and focus on having fun and being social with the other players. 

Pain Relief Chiropractic

4909 Louise Dr

Mechanicsburg, PA 17055

(717) 697-1888

Member of Chiro-Trust.org 

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Post-Whiplash Headache Risk Factors and Treatment

25 Sep

The International Headache Society lists “headache attributed to whiplash” as a headache that appears or existing headaches that worsen within seven days after a whiplash event (i.e., automobile collision, sports collision, slip and fall, etc.). It’s estimated that up to 60% of whiplash associated disorders (WAD) patients experience such headaches and nearly 40% will continue to do so a year after their initial injury. Thus, studies that focus on what factors are linked to post-whiplash headaches, especially those that persist in the long term, are important.

In a 2022 study, researchers monitored 47 recent WAD grade II patients (pain, stiffness, or tenderness of the neck with soft tissue injury signs, loss of range of motion, and/or point tenderness of the neck) without a previous history of headache or musculoskeletal disorders associated with headache. All participants completed self–reported questionnaires including Visual Analogue Scale for neck pain intensity, the Neck Disability Index, Pain Catastrophizing Scale, and the Tampa Scale Kinesiophobia–11. Of the 47 patients in the study, 28 developed headaches within a week of the whiplash event, which correlates to findings from previous studies. 

Analysis of questionnaire data revealed that neck pain intensity, neck disability, pain catastrophizing, kinesiophobia, and anxiety were ALL higher in those with post-whiplash headaches. Previous research has also linked central sensitization (experiencing painful sensations to non-painful stimuli) to post-whiplash headaches. This suggests that worse injury to the musculoskeletal system, particularly in the vicinity of the cervical spine may contribute to post-whiplash headaches and the neck should be evaluated in WAD patients, especially those with new-onset or worsening headaches.

The 2016 update to the 2000-2010 Bone and Joint Decade Task Force on That Pain and its Associated Disorders concluded that episodic tension-type headaches, chronic tension-type headaches and cervicogenic headaches are effectively managed with low load endurance craniocervical and cervical scapular exercises, relaxation training with stress coping therapy, and/or multimodal care that includes spinal manipulation, mobilization, and postural correction.  Both cervical and thoracic spine manipulation with or without mobilization was found effective for cervicogenic headaches.  Doctors of chiropractic frequently employ these and other treatment options as part of a multimodal approach for the management of WAD patients, including those with post-whiplash headaches.

Pain Relief Chiropractic

4909 Louise Dr

Mechanicsburg, PA 17055

(717) 697-1888

Member of Chiro-Trust.org 

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Headaches and a Traffic Light Prognosis System

20 Sep

The 2022 Global Burden of Disease study listed headaches as one of the most prevalent and disabling conditions worldwide, noting that more than half of adults actively suffer from headaches and nearly 5% of adults report headaches on more than 15 days per month. Because headaches come in many forms (at least 300 distinct types according to some researchers) and can be secondary to an underlying and potentially serious condition, doctors of chiropractic utilize a traffic light prognosis system when examining patient with headaches.

GREEN LIGHT: Primary and secondary headaches with musculoskeletal components. Primary headaches—a term which refers to headaches in the absence of a clear underlining caused pathology, trauma, or systemic disease—are the most common type of headache. Most often, these headaches are classified as either tension-type or migraine headaches. Secondary headaches describe headaches caused by a specific underlying medical condition (such as a metabolic disorder) or they can have a musculoskeletal origin, such as cervicogenic headache (which originate from dysfunction in the neck) or headaches associated with temporomandibular dysfunction or whiplash associated disorders. Because of the sensory input arising from the upper cervical spine, the upper neck and even the masticatory system have strong potential to play a role in the neurophysiology of both primary and secondary headaches. This explains why headaches not thought to be musculoskeletal in origin—such as migraines—can benefit from chiropractic care addressing issues present in the neck.

YELLOW LIGHT: Headaches with a strong psychological component. The current data suggests that around a fifth of migraine and a tenth of tension-type headache patients have co-occurring depression and/or anxiety. When a mood disorder is present, patients may engage in behaviors that can worsen or prolong their condition, such as physical inactivity, fear of movement, or poor coping strategies. In such cases, the patient may require co-management with a mental health professional to achieve a satisfactory outcome.

RED LIGHT: Headaches caused from a potentially dangerous pathology that requires emergent evaluation prior to the use of musculoskeletal care approaches. These are situations when headache may be a symptom of a much more serious issue like infection, cancer, or cervical artery dissection. In such instances, patients are immediately referred to emergency care before in-office treatment is provided.

If your current headache management strategy is not providing lasting relief with respect to reduced frequency, intensity, or duration, then contact your local doctor of chiropractic to see if a conservative multimodal treatment approach can be of benefit for your unique circumstances. 

Pain Relief Chiropractic

4909 Louise Dr

Mechanicsburg, PA 17055

 (717) 697-1888

Member of Chiro-Trust.org 

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