The Piriformis is a Real Pain in the Ass

written by David Weinstock – neurokinetictherapy

The piriformis muscle is the most superior of the deep external rotators of the hip. The sciatic nerve passes underneath it and sometimes through it. Hypertonicity of the piriformis can contribute to many kinds of Low Back Pain, also known as Piriformis Syndrome. We will examine the factors that make for a hypertonic piriformis muscle so that we can have an effective treatment strategy. The most common imbalance associated with this condition is a facilitated piriformis inhibiting the ipsilateral hip internal rotators. These muscles, such as the gluteus medius, gluteus minimus, and the tensor fascia lata are prone to inhibition. This balance can easily be ascertained through the manual muscle testing protocol employed by NeuroKinetic Therapy. Release of the piriformis muscle is immediately followed by activation of the internal rotators to reprogram the dysfunctional movement pattern that has been stored in the motor control center. This change is first stored in short-term memory, so it becomes imperative for the client to perform their homework twice a day in order to convert this new functional movement pattern into long-term memory.

 

The piriformis is also a synergist for the gluteus maximus in extension of the hip. Problems occur when the gluteus maximus becomes inhibited, which is very common. The piriformis was not designed to carry the load of the gluteus maximus, much like a local to global muscle relationship. Furthermore, when hip flexors, such as the psoas become inhibited, the piriformis can become facilitated in this agonist/antagonist relationship. Often times the piriformis will be assisted by the quadratus  lumborum ipsilaterally to compensate for an inhibited psoas. This will create a significant case of lower back pain.

Because the piriformis is an external rotator of the hip, it works with the opposite internal rotators of the hip to create ipsilateral lumbar rotation. Therefore inhibition of the contralateral internal rotators of the hip or contralateral external rotators of the hip will create facilitation of the piriformis. Pictures of these tests are in my book, “NeuroKinetic Therapy”. The piriformis also externally rotates the sacrum and can be a major contributor to sacroiliac joint dysfunction. This is often seen in a dysfunctional gait pattern where loading on the forward moving leg is compromised. The sacrum normally externally rotates during this action. Examination of the muscles that contribute to this action, including those that create lateral flexion of the spine, is crucial in unraveling this pattern. For example, the right piriformis could be inhibiting the left quadratus lumborum, left lumbar erectors, left psoas, etc.

A properly functioning piriformis muscle is crucial in maintaining a healthy low back and sacroiliac. Understanding how to assess and treat a hypertonic piriformis is crucial in resolving dysfunctional movement patterns associated with Low Back Pain and Sacroiliac Dysfunction.

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Common shoulder injuries


people playing tennis in tropics
Whether throwing a ball, playing tennis, paddling a canoe, lifting boxes, or pushing a lawn mower, we rely heavily on our shoulders to perform a number of activities.

Normally, the shoulder has a wide range of motion, making it the most mobile joint in the body. Because of this flexibility, however, it is not very stable and is easily injured. Allot of this shoulder instability is due too muscular imbalances and imbalanced functionality patterns within the complexity of the joint 

 

The shoulder is made up of two main bones: the end of upper arm bone (humerus) and the shoulder blade (scapula). The end of the humerus is round, and it fits into a socket in the scapula. The scapula extends around the shoulder joint to form the roof of the shoulder, and this joins with the collar bone (clavicle). Surrounding the shoulder is a bag of muscles and ligaments. Ligaments connect the bones of the shoulders, and tendons connect the bones to surrounding muscle. Four muscles begin at the scapula and go around the shoulder, where their tendons fuse to form the rotator cuff.

When the shoulder moves, the end of the humerus moves in the socket. Very little of the surface of the bones touch each other. Ligaments and muscles keep the humerus from slipping out of the socket and keep the clavicle attached to the scapula.

To keep shoulders healthy and pain-free, it’s important to know how to spot and avoid common injuries.

Shoulder instability

Shoulder instability occurs when the shoulder feels like it might slip out of place. It occurs most often in young people and athletes. The shoulder becomes unstable when muscles and ligaments that hold it together are stretched beyond their normal limits. For younger people, this condition may be a normal part of growth and development. Shoulders generally stiffen or tighten with age.

In athletes, shoulder instability is caused by activities, such as tackling or pitching that put extreme force on the shoulder. Symptoms of shoulder instability are pain that comes on either suddenly or gradually, a feeling that the shoulder is loose, or a weakness in the arm. Treatment may be rest, physical therapy or surgery.

A shoulder separation, also called a sprain, occurs when the ligaments that hold the clavicle to the roof of the shoulder tear. If this happens, the clavicle is pushed out of place and forms a bump at the top of the shoulder. Sprains are common in falls, when the hand or arm is outstretched to stop the fall, or when the fall is on a hard surface. Symptoms are severe pain when the sprain occurs, a misshapen shoulder and decreased movement of the shoulder. Treatment depends on the severity of the sprain. Ice applied immediately after the injury helps decrease pain and swelling. Keeping the arm in a sling to limit the movement of the shoulder allows ligaments to heal; this is followed by physical therapy exercises. Sometimes, surgery is needed.

If the ligaments that hold the shoulder muscles to bones tear and can’t hold the joint together, the shoulder is dislocated. A fall onto an outstretched hand, arm or the shoulder itself, or a violent twisting, can cause a shoulder dislocation. The main symptom is pain in the shoulder that becomes worse when the shoulder is moved. Treatment for a dislocation is ice applied immediately after the injury to decrease pain, swelling and bleeding around the joint. Within 15 to 30 minutes of the injury, the joint will be painful and swollen. A dislocated shoulder needs immediate medical care. Doctors treat dislocations by using gentle traction to pull the shoulder back into place. When the shoulder pops out of the socket repeatedly, the condition is called recurrent instability. Recurrent instability can be treated with surgery to repair the torn ligaments.

Rotator cuff tear

The rotator cuff is a group of four muscles of the upper arm that raise and rotate the arm. The muscles are attached to the bones by tendons. The job of muscles is to move bones. The tendons of the rotator cuff allow the muscles to move the arm. If the tendons tear, the humerus can’t move as easily in the socket, making it difficult to move the arm up or away from the body.

As people age and their physical activity decreases, tendons begin to lose strength. This weakening can lead to a rotator cuff tear. Rotator cuff injuries occasionally occur in younger people, but most of them happen to middle-aged or older adults who already have shoulder problems. This area of the body has a poor supply of blood, making it more difficult for the tendons to repair and maintain themselves. As a person ages, these tendons degenerate. Using your arm overhead puts pressure on the rotator cuff tendons. Repetitive movement or stress to these tendons can lead to impingement, in which the tissue or bone in that area becomes misaligned and rubs or chafes.

The rotator cuff tendons can be injured or torn by trying to lift a very heavy object while the arm is extended, or by trying to catch a heavy falling object.

Symptoms of a torn rotator cuff include tenderness and soreness in the shoulder during an activity that uses the shoulder. A tendon that has ruptured may make it impossible to raise the arm. It may be difficult to sleep lying on that side, and you may feel pain when pressure is put on the shoulder.

Treatment depends on the severity of the injury. If the tear is not complete, your health care provider may recommend RICE, for rest, ice, compression and elevation. Resting the shoulder is probably the most important part of treatment, although after the pain has eased, you should begin physical therapy to regain shoulder movement. Your doctor may prescribe a nonsteroidal anti-inflammatory drug (NSAID) for pain.

Frozen shoulder

This extreme stiffness in the shoulder can occur at any age. It affects approximately 2 percent of Americans, most often between 40 to 60 years of age. Although the causes are not completely understood, it can affect people with diabetes, thyroid disease, heart disease, or Parkinson’s disease. It can also occur if the shoulder has been kept immobile for a period of time. It occurs when a minor shoulder injury heals with scar tissue that affects how the joint moves. This scar tissue reduces flexibility in the shoulder and makes it more prone to injury. The major symptom is the inability to move the shoulder in any direction without pain. Treatment can be NSAIDs, cortisone injections or physical therapy. You can reduce further injury and stiffness by stretching before starting activities.

Overuse/strains

Sudden increases in activity can place extensive stress on the shoulders and lead to a decrease in flexibility. This is a common problem in middle age, especially among “weekend warriors,” or people who don’t exercise regularly but go out every now and then for an intense sport.

Although painful and inconvenient, these overuse problems can usually be treated with rest, NSAIDs and stretching exercises.

Arthritis

Beginning as early as age 50, some people develop osteoarthritis, which causes painful movement. This occurs as the smooth surfaces of the cartilage that line the bones of the shoulder joint are worn away, and joints begin to wear out and become larger. The most common cause of osteoarthritis is overuse. Treatments for arthritis in the shoulder depend on the severity of pain. The usual treatments are rest, NSAIDs and cortisone injections.  In some instances, a replacement of the shoulder joint is necessary.

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Can I still exercise if I have hypertension?

Hypertension, or also known as High blood pressure is a very common problem in our modern day society. Individuals with hypertension may require special considerations for exercise testing and / or prescription. There are two distinctive categories of hypertension known as the primary and secondary category.

The primary category entails all the causes of hypertension that is unknown and the secondary category has identifiable endocrine or structural disorders. Without going too deep into the medical genre you should understand that approximately 90% of hypertension is primary of nature. Within this category we have mild, moderate, moderate to severe and uncontrolled groups.

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Cyclist’s Hands, Overcoming overuse injuries

Active isolated stretching can help you, After a ride on your bike, have you experienced numbness, tingling, or pain in your arm, hand, wrist, or little finger? If you have, you could be suffering from an overuse injury. Approximately one-third of all bicycling overuse injuries involves the hands. With the other two third portion being hips, knees, ankles, neck and shoulders. The 2 most common are what we call “handlebar palsy” and carpal tunnel syndrome. By making some adjustments to your bike and by wearing some protective equipment, you can prevent these injuries from occurring.

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Do I stretch or don’t I?

To Stretch or Not To Stretch?

 

A debate written by Roger Robinson and Candace Karu

 

Not To Stretch! “Did it help my running? Not a scrap.”

 

And on the other side:

 

To stretch! ” Stretching can help us extend the life of our muscles, tendons and fascia, helping us maintain flexibility and keeping injuries at bay. Stretching can keep many of us running longer and stronger. Frankly, I’d do just about anything to achieve that goal. Stretching seems a small price to pay.”

 

Read this and find out what is more important too you, doing boring things like brushing your teeth, combing your hair and cleaning your shoes are all necessities in our social environment, so on the same note would stretching be a boring but yet necessary thing to do in the sport and injury environment?

 

It gets even better, you can now simply go and see an expert to do all your stretching for you!, precisely, accurately and right to the points that you needed it most.

 

First up: Roger Robinson

 

NOT TO STRETCH:

 

I’m a skeptic about stretching. Like every runner, I want to be fast, strong, agile, and pain free; I want to eliminate injuries, reduce muscle soreness, and feel at least part-Kenyan. For many years I did get near these goals. But not by stretching.

 

Yes, I did my share of pushing against trees and lampposts, heaving my foot up on fence rails and car hoods, using every unseen elevator ride for that addictive surreptitious twangle of the muscle fibers. I knew how stretching would balance the uneven development of a runner’s calf muscles, quads and hamstrings. At train stations and bus stops I stood holding one foot to the buttock like a wobbly heron, or stood with toes on the curb to practice heel drops, or bowed over a forward-lunging leg like a member of some strange religious sect, facing Eugene, or slumped with dangling arms to touch my toes, convincing onlookers that I was about to pass out and require CPR.

 

Did it help my running? Not a scrap.

 

I know it’s close to heresy, but I believe stretching is a waste of time and energy unless you want to put your leg up behind your ear like a cat. I have four ways of justifying my aversion.

 

I am a runner, not a limbo dancer. In a race I need my leg muscles to work fast, powerfully and often. Stretching teaches them to work slowly, flexibly and once. I need them to move me forward, and every tiny fraction of an inch per stride is significant to my result. Stretching encourages them to move sideways, which could even slow down my final time. I need them to be efficient within the requirements of a highly specific and purposeful range of motion. Stretching encourages them to go outside that range. Running, even a marathon, is intense and mobile. Stretching is leisurely and static. Running is work (and work is heat). Stretching isn’t.

 

In my peak running days, with a full career outside the sport, I was leading a crowded life that never gave me enough time for the running I ideally wanted to do. To those who asked me about stretching, I used to say simply that if I could find 15 minutes a day to stretch, I’d rather spend that time running. Even now, in my declining years, I know people who spend as much time stretching as they do on their feet in the park. I’d rather be running.

 

Stretching can injure you. I am far from the only runner I know who has been hurt by stretching. In my case, when I was having trouble with an Achilles tendon, I was advised to do “stairs drops.” Instead of giving me a flexuous, pain-free Achilles, it tore tissues behind the knee and put me out for a year. I could have injured the Achilles three times at less cost in time. Yes, no doubt I did my stair stretches too hard, too far, too soon, too often—so they said. But that’s what runners are like. If stretching is so dangerous, why risk it? Even if I had devoted long hours to extending ever so slowly, ever so gently, wearing that bit of stair carpet to the scrim, would the benefit to my running have justified so much time invested? Is there proof that a stretched Achilles tendon is less liable to injury? Why, when most injuries there come from impact or pressure from the shoe?

 

Running is interesting, stretching is boring. Running gives a sense of fulfillment, achievement, even transcendence. Stretching gives a sense of being stretched. Life is too short for boring things. The only time stretching was ever amusing was when the cat used to join me on the floor, rolling and twirling and arching her furry gray back. She was a very satirical cat.

 

I am not alone. The online “Peak Performance Newsletter,” Number 175, summarized a recent research review by Australian exercise physiologists Mick Wilkinson and Alun Williams, published in the British Medical Journal, which finds no statistical link between stretching and injury prevention and no identifiable benefit for runners from stretching. From their statistical data Wilkinson and Williams conclude that the average runner would have to stretch non-stop for 23 years to prevent one injury. Their physiological argument is that encouraging rotational movement, such as hip flexibility, “will not only contribute nothing at all to the main [forward] effort but will also waste precious energy in neutralizing these unhelpful rotary movements.” Pete Pfitzinger ventured into the same territory in the June 2004 issue of Running Times: “Runners who are more economical tend to be relatively inflexible. Reduced flexibility may increase the ability of the muscles to store and return energy, or increase leg stability.”

 

The flexibility a runner needs is running specific. If I wrote a book and called it SF (specific flexibility) it might become a cult. You get it by making your running varied and natural. Instead of bashing every mile on the same unyielding blacktop or concrete road surface, run on trails and tracks, hills and hollows, soggy mud, sticky clay, and springy grass, splash through puddles and skitter over stones and struggle through sand—whatever you can find that is varied and natural. Running at speed for a long time over all kinds of terrain is how people two million years ago used to do the grocery shopping. It stretches everything that needs stretching for running, and, more importantly, it works everything, too. You will do more useful stretching from Pete Pfitzinger’s drills and strides on page 12 than from hours of pushing against the lamppost.

 

The truth is there is only one way to be a good and happy runner—by running, and running over the old earth as she really is. That might sound unglamorous and unscientific, but actually it is a source of wonder, reward and delight. And you can’t say that about stretching.

 

SECONDLY: Candace Karu

 

TO STRETCH:

 

To stretch! ” Stretching can help us extend the life of our muscles, tendons and fasciae, helping us maintain flexibility and keeping injuries at bay. Stretching can keep many of us running longer and stronger. Frankly, I’d do just about anything to achieve that goal. Stretching seems a small price to pay.”

 

Five years ago the idea of my taking the “pro” side of the stretching debate would have been unfathomable. Like my esteemed colleague, Mr. Robinson, I eschewed even the most cursory attempt to improve my flexibility. Why bother, I asked myself. I was running strong, comparatively fast, and injury free. Included in my career-high weekly mileage was a healthy mix of tempo runs, long runs, and speed work. I had a plan of periodization and followed it with dedication and commitment. In order to strengthen my feet and legs and minimize burnout, I made it a point to run on changing terrain and surfaces. I ate nutritious meals, slept enough to feel rested most of the time, and I was posting PRs, even at my advanced age. My running life was perfect, so why would I take the extra time, time I couldn’t spare, for the sake of adding a stretching routine into my busy schedule.

 

Not long ago, the answer came to me, startling in its clarity. It started with a persistent, painful case of plantar fasciitis, and segued into chronic back issues. My foot problems made walking difficult and running a distant memory. In spite of neuromuscular massage, cortisone injections, and endless hours rolling my foot over what appeared to be the unholy spawn of a golf ball and a porcupine, my foot pain continued unabated. In desperation I succumbed to the advice of my friend and mentor, fitness guru Sarah MacColl, who addressed my problem with a plan for stretching. This routine did not include the types of moves so eloquently described by a certain skeptic who shall remain nameless. There was no desultory heel dropping followed by a few half-hearted tree and lamppost pushes. There was no gung-ho, too-much-is-not-enough zealous attack. This was a directed, concentrated program, the goal of which was to elongate my calf muscles and the fascia that covers the muscles on the bottom of my foot.

 

Yes, it was boring—painfully boring, excruciatingly boring. But it was a program that I could fit in while watching the 11 p.m. news. Yes, I would rather have spent the time running, but since by then I couldn’t run a step, I had little to lose. By that time I would have volunteered to watch paint dry if it would have allowed me to run again.

 

And, miracle of miracles, it worked. A consistent and well-monitored regimen of stretching allowed me to heal a chronic overuse injury and get back on the roads. For a while. Not long after I had started to increase my weekly mileage, an old back injury returned to haunt me. My 50th birthday was spent having a celebratory MRI. The news wasn’t good. The news was awful. The news was catastrophic. I was told to stop running. Forever. For months I sank into a deep, soul-crunching depression. Then I found a new doctor. And a new physical therapist.

 

You can see it coming, can’t you? Once again, stretching came to my rescue. Stretching allowed me to run again. I took up cross training to keep a semblance of fitness while I was on my running hiatus. If you think stretching is boring, you obviously haven’t spent much time on a stationary bike. Again I incorporated a specific, targeted stretching and core-strengthening routine. Over the course of several months, I extended my 11 p.m. routine to help increase flexibility in my torso and arms as well as my legs and feet. To enhance this program and to keep things fresh, I also tried both yoga and Pilates classes.

 

During this time I also availed myself of the wisdom of various stretching experts. I culled some excellent advice from Rob Lyden in his book Distance Running. I revisited Heather Liston’s chapter entitled “Developing Your Flexibility” in The Running Times Guide to Breakthrough Running. I even rented “Power Yoga for Runners” on DVD and used it when I couldn’t get to a class. The most helpful resources of all were Active Isolated Stretching: The Mattes Method and Specific Stretching for Everyone, both by Aaron L. Mattes. Mattes, a kinesiologist, is the father of this popular stretching technique, in which each stretch is held for only two seconds, followed by a brief rest, repeating the stretch eight to 12 times. Not surprisingly, this book has developed a cult following among physical therapists and exercise physiologists.

 

Stretching comes with its own caveats. A program of stretching should have purpose and specificity. For the price of a couple of massages, you can hire a fitness instructor or physical therapist to help you structure a stretching routine that will benefit your unique running needs. Tossing your leg upon the nearest horizontal surface or dropping your heels off a curb after a long run is an interesting way to cool down, but probably not much value as a stretching mechanism. At best you’ll look like a “real” runner to the uninitiated, at worst you’ll end up with a painful stretching injury.

 

It is also important to remember that the time to start a stretching program is not when you are recently injured. If an injury is causing you pain, do not try to stretch it out. Begin a stretching program when you are in reasonably good shape and your muscles are most receptive. Better yet, seek the advice of a professional before you begin.

 

As we age, our flexibility diminishes. We can vary the surfaces over which we run, we can cross train, we can push our limits. What we cannot do is turn back time. Stretching can help us extend the life of our muscles, tendons and fascia, helping us maintain flexibility and keeping injuries at bay. Stretching can keep many of us running longer and stronger. Frankly, I’d do just about anything to achieve that goal. Stretching seems a small price to pay.