Body Mechanics Among the First in Wisconsin Trained & Certified to Provide Dry Needling

I recently became among the first physical therapists trained and certified in the State of Wisconsin to provide dry needling to our clients. Dry needling is an exciting new addition to our treatment services that has allowed me to facilitate some rapid and lasting positive changes with our patients as an extension of the manual treatment we have provided in the past.

In 2009, the Wisconsin Physical Therapy Examining Board approved dry needling as falling within the scope of practice of licensed physical therapists that have had organized training.   I was trained by Jan Dommerholt, a Dutch-trained physical therapist who is a pioneer in the United States in the use of dry needling, as well as an expert in myofascial pain.  Training consisted of over 150 hours of practical instruction followed by a comprehensive written and practical exam.

What is dry needling?

Dry needling technique (DNT), also known as intramuscular stimulation (IMS), uses very small diameter solid filament needles carefully inserted into trigger point areas of painful muscles and connective tissue fascia resulting in rapid and often long-lasting pain relief. Trigger points are taut bands palpated within muscles and surrounding fascia that cause local pain or refer pain to more distant locations. These taut bands restrict pain-free mobility and limit muscle function as well as smooth coordinated movement. As soon as I learned about it and started incorporating it into my manual therapy practice, I realized that it was a wonderful adjunct (by no means, a replacement) to the work I already do with more specificity, and quick results.

How does it work?

Stimulation of trigger points with the needle causes a brief twitch response in the muscle (a small, quick contraction) resulting in a softening of the taut band and an immediate decrease in the sensitivity of the trigger point. Research indicates that this happens from mechanisms that change the sensory message of pain from both a mechanical and biochemical standpoint at the trigger point as well as within the central nervous system. The motor response from the central nervous system is then inhibited and there is a relaxation of the muscle contraction or taut band. In using this method, I first feel, localize and start treating restrictions or knots within muscles and fascia with methods of soft tissue mobilization and myofascial release. As I find areas that are more tender and perhaps not changing quickly, I will apply the needling techniques specifically to these areas, and then continue with further manual tissue mobilization. After creating more mobility I follow up the manual work with stretching, movement training, and strengthening both with my hands on the patient, as well as training and instructing exercises that will enhance the improvement further.

Is this like acupuncture?

The only similarity to acupuncture is that both dry needling and acupuncture use the same tool, a small diameter, solid filament needle. Acupuncture can be a useful treatment modality for many conditions, however, it is a discipline (applied by a trained, licensed acupuncturist) that is part of an entirely different paradigm of Oriental or Eastern medicine. Dry needling is more aligned with Western medicine and extends from models of functional anatomy and soft tissue mobilization, myofascial release, and trigger point therapy.

Why is it called “dry” needling?

Some pain specialists use a larger diameter hypodermic needle to inject substances such as anesthetic, corticosteroids, saline, or Botox into similar trigger points within muscles. This can be helpful, but the needles are larger diameter as they house a hollow tube for passage of the medication, and at their tip they are more of a cutting tool which can cause some local tissue trauma. In searching for the best material to have a positive effect on trigger points, researchers have found that it is not so much the substance, but the needle itself that causes the change. Therefore, it has been well tested and shown that a smaller diameter acupuncture-type needle that is “dry” (ie, no substance injected) is most effective.

What type of conditions can be treated?

Any pain of orthopedic or musculoskeletal origin can benefit from having needling as part of the treatment. Diagnosis examples are listed below. Some of these problems are more from joint issues than muscle, but surrounding muscles will be loaded with trigger points that are often causing or a result of the problem and contributing to pain and movement inefficiency:

  • Back and Neck Pain
  • Temporomandibular Joint (TMJ) Dysfunction
  • Pinched Nerves
  • Herniated Discs
  • Sciatica
  • Sacroiliac Dysfunction
  • Rotator Cuff Tendinitis and Tears
  • Shoulder Impingement Syndrome
  • Adhesive Capsulitis (Frozen Shoulder)
  • Lateral Epicondylitis (Tennis Elbow)
  • Medial Epicondylitis (Golfer’s or Pitchers Elbow)
  • Carpal Tunnel Syndrome
  • General arm or leg pain, tingling, and numbness
  • Chronic or Acute Muscle Strains
  • Many types of knee or shin pain in runners and other athletes
  • Achilles Tendonitis
  • Plantar Fasciitis (Heel Pain)

Don’t hesitate to call, email, or schedule an appointment to see if this modality can help you and relieve pain suffered from any of the above conditions.

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Custom Foot Orthotics; Are They Right For You?

By Gregg Fuhrman, MPT, OCS, CFMT, CSCS originally posted on March 5, 2010 1:54 AM

Custom Orthotics for your feet

In our last article, we discussed the problem of sore feet, sore heels, and plantar fasciitis. This month’s topic will deal with the use and need for custom made foot orthotics and their role in treating foot and heel pain.

A custom orthotic is specifically designed foot bed that goes into your shoe to replace the insole or liner the shoe came with originally.  In some cases, as is the case with soccer cleats, the orthotic slides directly into the shoe, and the athlete’s foot is in direct contact with the orthotic device.  The goal of the orthotic is to control, cushion, and better support the athlete’s foot in the shoe to improve foot, ankle, leg and total body function.  The concept is that when the foot is in a better alignment, the athlete will function better and have less stress on their body.

A custom orthotic is one in which the orthotic device is created specifically for the individual patient or athlete.  Patients and athletes are typically evaluated in physical therapy to assess their standing posture, gait or running form (digital video analysis on a treadmill), strength and lower extremity control with functional tests designed to mimic the sports performance.  From here, the patient or athlete is measured in full weight bearing and non-weight bearing positions to assess foot and ankle alignment.  Finally, plaster slipper casts are made of the athlete’s feet in a non-weight bearing, neutral alignment position.  From this data and the casts, custom orthotics are created for the athlete.

Many soccer players benefit from the use of a custom orthotic to help alleviate foot, ankle, knee, and hip pain caused by poor foot control or alignment.  Soccer cleats, for the most part, do not have any significant arch support or built-in control for foot motion like most running shoes do.  The role of the custom orthotic in these shoes is to provide better support and control for the athletes foot and ankle, and reduce stress on these structures.

The orthotic devices we prescribe for our patients and athletes are a low profile device and are designed specifically for soccer cleats.  The soccer orthotic sits low in the shoe so the athlete’s foot is not jammed in the shoe or pushed out of the top of the shoe.  Also, there is a specific cut our on the orthotic for the athlete’s big toe to be in contact with the shoe to allow better push-off for sprinting and cutting.

Custom orthotics are as individual to the patient or athlete as their fingerprints—no two pair of orthotics are alike, and there is NOT a one-size-fits-all design custom orthotic.  Your individual orthotics are made just for you; a custom fit that you will not be able to achieve with any off-the-shelf product.

If you have any questions on the use orthotics for soccer, foot pain, daily use, or any other athletic activity, please feel free to call our clinics and we would be happy to discuss your questions with you.  Call to make your appointment today to get casted for custom orthotics.  You can reach our Body Mechanics downtown Milwaukee clinic at 414.224-8219, or our Body Mechanics Pewaukee clinic at 262.695-3057.

Posted in Aches & Pains | 1 Comment

Cycling: If I don’t race do I need a bike evaluation?

By Gregg Fuhrman, MPT, OCS, CFMT, CSCS originally posted on March 9, 2010 12:21 PM

If I don’t race or compete, why do I need to be evaluated on my bike?

You don’t need to be a competitive cyclist to be evaluated for your bike fit. Cycling is a very repetitive activity-you don’t want to hurt yourself doing it. Make sure you positioned correctly on your bike so you don’t risk being sidelined by an injury.

Maybe you have had problems in the past; getting your position checked on the bike is a proactive way to make sure you don’t get hurt again.

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Integrated Cycling Evaluation

By Gregg Fuhrman, MPT, OCS, CFMT, CSCS originally posted on March 9, 2010 12:23 PM

The Integrated Cycling Evaluation is conducted by Gregg Fuhrman, MPT, OCS, CSCS. Gregg is a licensed physical therapist specializing in orthopedics. He has a Masters Degree in Physical Therapy from Marquette University, and a Bachelors of Science Degree in Exercise Physiology from UW-Milwaukee. Gregg is a consultant with Carmichael Training Systems (www.trainright.com), and is further certified by the National Strength and Conditioning Association. He has been a competitive cyclist for the past 18 years. With his background, Gregg is able to blend his knowledge of human movement with his expertise in cycling to ensure you will be at your best for riding, training, and competing.

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Resistance Training for Cyclists

By Gregg Fuhrman, MPT, OCS, CFMT, CSCS originally posted on March 9, 2010 12:38 PM

Cycling is primarily an endurance sport with the major energy contribution coming from aerobic energy production. Resistance training, or weight lifting, is primarily an anaerobic activity characterized by short bursts of high intensity work. At first glance it would appear that these two activities are at the opposite ends of the fitness spectrum. In fact, Chris Carmichael, personal coach to Lance Armstrong, has compared the relationship of weight training and cycling to that of “oil and water.” While Carmichael acknowledges the dichotomy of weight lifting and cycling, he feels that the time spent in the gym lifting in the early season is essential to build the cyclist’s strength for the demands of the competitive season. But what about the recreational or amateur cyclist; why should they be concerned with weight lifting?

Why lift weights for cycling?

In the book Science of Cycling, edited by Dr. Edmund R. Burke, Harvey Newton outlines several benefits of resistance training.

  1. First and foremost is obviously increasing strength. The ultimate goal of increasing your cycling performance is to ride faster. In order to ride faster, the cyclist has three choices: exert more force into the pedals, pedal faster or both. Resistance training builds strength in musculature needed to exert more force into the pedals.
  2. Second, resistance training improves local muscular endurance. If the primary muscle groups involved in turning the pedals have increased endurance, the rider will be able to sustain a faster speed for a longer time, hence a better performance.
  3. Third, resistance training plays an important role in injury prevention. Cycling is inherently a highly repetitive activity. Consider a cyclist out for a two-hour training ride. With a cadence of 94 revolutions per minute (rpm), he or she will perform 11,280 repetitions! If the musculoskeletal system is not prepared to handle this quantity of repetition, overuse injuries can easily result. Resistance training strengthens connective tissue found in muscle, tendon, and at their attachment sites onto bones. The benefit of this “pre-hab” is important for the athlete who wants to stay on the road.
  4. Finally, resistance training is an important component of a post-injury rehabilitation program to get the athlete back on the bike.

Cycling Biomechanics

In the power phase, as one leg pushes down on the pedal from a starting point at the 12 o’clock position, the following actions are occurring. The hip flexors contract to flex the hip to prepare for the push phase. Knee extensors (muscles that straighten the knee) contract as the rider pushes down, coordinating with the powerful hip extensors contracting to straighten the hip. Plantar flexors (muscles that point the foot down) contract to further assist with the push on the pedals. As the pedal stroke continues, the antagonist (opposing) muscle groups to those mentioned, contract to prepare the leg for the upcoming pedal revolution.

Anecdotally, it was thought that the use of toe clips, and more recently clipless pedal systems that fix the rider’s foot to the pedal, allow the rider to pull up on the pedal opposite to the side that is pushing down. However, laboratory research has more accurately shown that the non-pushing leg is really being prepared to get out of the way and to unload resistance off the pushing side pedal. A skilled cyclist is more efficient at both phases: applying more force to the pushing side pedal, while concurrently unloading the opposite side pedal.

A final point on muscle function–riding a bike is a concentric muscle activation activity. Concentric muscle activation is defined as a muscle generating force through shortening. Eccentric muscle activation is defined as a muscle generating force as it is elongating. Activities that include both eccentric and concentric activation patterns include walking, running, jumping, throwing, and catching. The bicycle as a machine is unique in that it allows the rider to activate the necessary muscle groups concentrically.

It’s not just legs …

Cycling is primarily a sagittal plane sport. Anatomically, the sagittal plane cuts the body into right and left halves with the axis of rotation oriented at 90° from the plane or from medial to lateral. Simplifying things further, in the sagittal plane, joints predominantly flex (bend) and extend (straighten). From a strength perspective, a cyclist will want to target those muscle groups mentioned previously that work at the hip, knee, and ankle to flex and extend, but what about the rest of the body?

The two other anatomical planes that exist are the frontal plane, which divides the body into front and back halves, and the transverse plane, which divides the body into top and bottom halves. Muscles of the trunk, spine, and upper extremity that function in these two planes have the chief role of stabilizing movements of the hips, legs, and arms. This stabilization allows the rider to impart more force into the pedals because the hips, legs, and arms now have a stable base to push and pull against while pedaling.

The plan: Keep first things first

The goal of resistance training for the cyclist is to enhance cycling performance. Resistance training must be viewed as an adjunct to riding; a means to a better end. A comprehensive resistance training program for a cyclist must be specific, dynamic, and adaptable. In order to meet these criteria, the concept of periodization should be used when creating a training plan.

Periodization as a framework for structuring a weight training program for cyclists was outlined by Stone, O’Brien, Garhammer, McMullan and Rozenek in a 1982 article published in the National Strength and Conditioning Association Journal. (Table 1 is adapted from this article.) The basic premise of a periodization training scheme is that the training should be cyclical and progressive in nature, allow for rest and regeneration, and manipulate training variables to better prepare for the athlete for competition.

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Andy Kerk Returns from Successful Physical Therapy Trip to Haiti

By Andy Kerk, PT, OCS, CFMT, ATC original post on May 17, 2010 10:41 AM

Body Mechanics Physical Therapist Andy Kerk recently traveled to Haiti to aid those injured in the earthquake. Thousands were injured or lost limbs during the 7.0 earthquake that killed more than 200,000 and left 1.2 million homeless in January.

Andy’s physical therapy work included post operative rehabilitation for those suffering from amputations, fractures and other injuries. Andy traveled April 23-30, 2010 with a medical team organized by Elmbrook Church through CURE International.

Join Andy online at www.bmechanics.com as he posts his experiences, and images of this life changing work.

U.S medical teams are working around the clock to save the injured in Haiti.

Physical therapists are an important part of that effort.
http://www.foxnews.com/search-results/m/28556506/physical-therapists-help-in-haiti.htm

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Fix That Stiff Shoulder

Fix That Stiff ShoulderBody Mechanics

By Andy Kerk, PT, OCS, CFMT, ATC originally posted on September 9, 2010 8:26 AM

Adhesive Capsulitis, or Frozen Shoulder (sometimes called “Locked Shoulder”) is a painful condition that limits your ability to move your arm comfortably. It can occur after a fall or fracture of the shoulder, after surgery, or commonly can just develop due to unkown cause. It is often associated with tightness and/or disc problems in the neck. It is typically treated with nonsteroidal anti-inflammatory medication, steroid injections, and physical therapy to restore motion. Surgery is usually not a good option. The joint capsule, or ligaments that encompass the shoulder become inflammed, thickened, and inelastic. Patients usually complain that they cannot elevate their arm due to pain and stiffness, especially in a sideways direction, or when trying to reach backward behind the body. It is also difficult to lie on the affected shoulder.

Physical therapy works best if skilled manual mobilization techniques are incorporated that include deep tissue mobilization, myofascial release, and specific joint mobilization methods. Sessions may be mildly uncomfortable for brief moments but one should feel better and perhaps more mobile after sessions. In the early stages, adhesive capsulitis is both painful and stiff and in later stages pain subsides and stiffness persists. The shoulder should not be stretched aggressively overhead by the patient or therapist at any time, but especially in the early painful stages. Skilled therapy will apply sustained pressure into key locations to soften the adhesions, and gently manipulate the shoulder into positions that will stretch the joint capsule in specific ways.

The key thing to remember as a patient with this problem is that it takes time to get well. Often therapy may start at twice per week for 4-8 weeks, then taper to weekly or less as the patient continues specific home exercises that are instructed. Studies have shown that more frequent therapy is not necessary as a certain amount of time needs to pass (often 6-9 months) to restore full function. This does not mean to just “wait it out”, however, as the studies show that therapy speeds the progress.

Be advised, all therapy is not alike. You are best to seek physical therapists that have advanced manual therapy training and certifications as exercise alone and machines such as electrical stimulation and ultrasound are not that effective and just add to the cost. Your therapist should also spend 30-60 minutes of undivided hands-on attention to properly apply the most effective methods and to use the time to do what you can’t do on your own. Patients also do better when they do all the little things they can do to help themselves such as ice, proper positioning, and consistent specific exercise that are instructed.

Most of all, be patient and maintain your hope as this condition usually resolves completely, even though it can be a slow process. Please call or email us if you have questions! (262-695-3057)

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What is Manual Therapy

By Andy Kerk, PT, OCS, CFMT, ATC Originally posted on August 9, 2010 9:46 PM

Manual therapy refers to skilled use of the physical therapist‘s hands to mobilize and free restricted connective tissues as well as training more optimal movement patterns. There are knots and hardened areas that develop between muscles, tendons, and joints that limit one’s mobility and cause pain and altered movement. Injury, overuse, posture dysfunction, and repeated traumas result in layers of dysfunction that build up over time. You can help some of these issues with healthy forms of exercise and stretching, but help from a skilled manual therapist will often accomplish what you can’t fix on your own.

There are lots of different methods that we employ at Body Mechanics including, but not limited to, the following: soft tissue mobilization, myofascial release, deep tissue release, lymphatic massage, craniosacral therapy, joint mobilization, joint manipulation, muscle energy techniques, proprioceptive neuromuscular facilitation (PNF), functional mobilization, and neuromuscular reeducation. We use these methods to free specific tissue restrictions that you are not likely able to do on your own with exercise or self treatment methods. Some of these methods also train better movement patterns and posture, and strengthen and stabilize the affected areas.

A typical bout of physical therapy may consist of 6-10 one hour sessions with more manual mobilization in the beginning (getting things moving that you can’t get moving yourself), then blending in thoughtful, specific exercises to continue mobilizing yourself and moving toward stabilization and strengthening activities. It is essential that you learn and be consistent with exercises that can continue your progress and maintain the gains that you make.

Our formula designed for your success includes providing you with the same physical therapist each visit, evaluating your whole body relationships that may be contributing to your pain or limitations, and allowing one-to-one time of 30-60 minutes each visit. Our physical therapists are actively involved in continuing education both in furthering our own training as well as teaching others.

Our methods are typically covered by health insurance as long as they are medically necessary for a given condition or functional limitation. We develop a treatment plan with you based on an evaluation of your particual issues. In cases where insurance does not cover we offer a “prompt pay discount” or time of service cash rate. If you are unsure about your insurance coverage or what your treatment plan may involve, please call or email and we would be happy to discuss and answer questions.

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