It was Saturday afternoon, Thanksgiving weekend, when an e-mail landed with a joyless clunk, rousing me from my post-run stupor. A friend wrote that he had just attended a presentation at the Victoria Marathon expo entitled “Running Sport Science: 35 Years of Progress – The New and the Tried and True.” In his message, my friend reported that the seminar’s guest speaker responded to a question from the audience with “Why would any runner want to do yoga?” The speaker explained his position by citing the need for “stiffness” in a runner’s muscles and claiming that yoga made the muscles “loosey-goosey.” Yes, he actually said “loosey-goosey.” This is progress?

Sigh. Just when I thought we’d seen the last of these nitwits, another yoga basher rises from the muck, this one conjuring the insightful “loosey-goosey” to describe the hellish reckoning that awaits runners who do yoga. As a bonus, the condescending snark of “why would any runner want to do yoga?” saves us rubes from getting conned into buying a worthless yoga membership by some smooth talkin’ hustler. We should all be grateful.

If you follow this type of thing, and it seems that in my role as a teacher of yoga to runners I have to, then you know it’s fashionable in certain circles to trash yoga. Some strength and conditioning experts, running coaches, and other athletic types believe that yoga for runners/athletes (I will toggle between the two throughout this piece) is stupid, for want of a better word, mainly because it ruins “athleticism”, a word whose meaning has evolved well beyond the quaint “displaying the attributes of an athlete” found in musty dictionaries.


Athleticism!

Nowadays, “athleticism” is that quality of being a superbly trained, finely-tuned athletic machine, possessing the exquisite neuromuscular skills needed to nail a triple axel or curve a penalty shot past a human wall into the last six inches of net. Athleticism is also the capacity to generate the explosive biomechanical force needed for rocket-sled starts from blocks or the blue line, as well as the enormous oppositional forces for hit-the-brakes decelerations and full stops and turn-on-a-dime changes in direction.

Yoga, some contend, is decidedly un- or even anti-athletic, because the stretching part “deadens the muscle” and reduces “peak strength and power” (the words of a different expert), thereby impairing the body’s ability to perform these astoundingly complex neuromuscular actions.

Adding to the shaming of yoga, those who have swallowed the Crossfit Kool-Aid know that Crossfit’s fundamentalist faction, the group that hews to the strictest interpretation of its doctrine, ranks yoga one notch below pedophilia in their hierarchy of reprehensible activities (a list that also includes long, slow running). So before I go on, a bit of advice: if you join Crossfit, best not to mention your love of downward dog and leisurely two-hour runs or you’ll be frog marched onto the next bus to Camp Dumbbell, their “re-education” centre. There, with your eyes clamped open like Malcolm McDowell in A Clockwork Orange, you’ll be forced to watch box-jumping videos until you’re a weeping puddle of flesh.

malcolm_mcdowell_being_made_to_look_in_Clockwork_OrangeNooo! Not another box jumping video!

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Ask runners about their hamstrings and you might hear sad stories about chronically tight and painful muscles. No matter how much stretching they do or how many hot yoga classes they attend, some never seem to get relief from the unrelenting tension that plagues their hamstrings and makes their running less than enjoyable. Does this sound familiar?

 

What’s important to understand is that many factors affect the tension of the hamstrings, and of these running may be the least influential. There are two likely culprits when it comes to the creation of tight and painful “hams”: the position of the pelvis and dormant or weak Gluteus Maximus (GM) muscles.

 

The Pelvis

 

First, a bit of anatomy: the hamstrings are three large, strong, bi-lateral muscles that begin or “originate” on each side and at the very bottom of the pelvis. From there they run down the back of the thighs, then via tendons cross over the back of the knee and attach high up to the bones of the lower leg. They play a crucial role in stabilizing our knees and, of course, in running, where one of their jobs is to assist with hip extension. (This just means they help bring the hip and leg behind us as we run.)

 

Because the hamstrings originate primarily on the pelvis (one half of one of the hamstrings, the biceps femoris, originates on the back of the femur), the position of the pelvis plays a key role in determining the amount of “pull” that is exerted on the hamstrings. From its ideal “neutral” orientation, the pelvis can be moved into many different positions, acted on by dozens of soft tissue attachments. If the pelvis is in “anterior rotation” (tipped forward) then the leverage will cause the hamstrings (attached to the bottom of the pelvis) to be pulled more taut. Presto, you’ve got tight hamstrings.

 

Is it really that simple? Well, yes and no. Now we have to figure out why the pelvis is tipped forward. The usual (but not only) reason is that the hip flexor muscles, especially those that originate on the anterior (front) of the pelvis, exert considerable influence on pelvic position. And because the hip flexors are usually very tight, they can create a strong forward pull. Voila, there’s your anterior tilt. So by stretching the hip flexors you’ll reduce the grip they have on the front of the pelvis, and this, everything else being equal, will help return the pelvis to a neutral position. Got it? Well . . . maybe.

 

Let’s figure out why the hip flexors are tight to begin with, and from there we can determine if we really need to stretch, or if some other remedy is called for. Your hip flexors may be tight simply because of the activities of daily living, in particular too much sitting. If this is the case then they will respond well to stretching. But what if your hip flexors are like your hamstrings, chronically tight and seemingly immune to the effects of a regular stretching program? Then there’s a possibility that your core or low back is unstable, and in their search for stability the back and core recruit, and overload, the hip flexors. As a result they become overworked and, predictably, very tight.

 


This nationally ranked U.S. marathoner displays a nasty anterior pelvic tilt

 

If you’ve been stretching the hip flexors doggedly without the slightest improvement, stop, and do side and forearm planks instead. Stretching will do you no good until the core/spine is stabilized. If you find that hip flexor stretches actually offer relief, then continue with them.

 

The Gluteus Maximus

 

A second possible cause of your hamstring woes is the Gluteus Maximus, or buttock, muscles. A wide assortment of muscles play important roles in running, but the GM is preeminent among them. Quite simply, the “glute max” is the mother of running muscles, and if it’s not working properly it is far more likely that some malfunction will occur.

 

More anatomy: the bilateral GM muscles sit prominently on the posterior (back) of the pelvis. The GM muscles are the main muscles or “prime movers” when it comes to hip extension in running. When I said earlier that one of the jobs of the hamstrings is to assist hip extension, what I meant specifically is that they’re assisting the GM.

 

The problems begin when the GM is either “dormant” or weak, and for many runners it is definitely in poor shape. If the GM is not functioning optimally, then the hamstrings (and the adductors as well: chronic groin strains anyone?) must take over the role vacated by the GM. This is a role the hamstrings were not designed for or intended to fulfill, and because of this added burden they become overworked and yes, you guessed it, very tight. This is precisely the same scenario we saw with the hip flexors, but now it’s the hamstrings that are being asked to pick up the slack for a deficit in strength or stability.

 

But why does the GM get weak or dormant to begin with? That’s a bit beyond the scope of this article, but briefly: the GM is a phasic muscle. This means, in part, that it can react to problems elsewhere by becoming weak and/or inhibited. Those problems can include reciprocal inhibition or injury to muscles or joints in the leg (the ankle in particular).

 

Poor GM development is something I see commonly in runners; more accurately I see flat bums and prominent hamstrings. If you’ll excuse my rude humor, this is ass backwards, a classic sign that the “hams” are doing too much of the work and the “glutes” too little or none at all. Effective remedies for lazy or weak glutes can include deep squats, supine bridges, lunges, and one-legged postures.

 

If you can restore the pelvis to its proper, “neutral” position and activate and strengthen your Gluteus Maximus muscles, then you’ll have taken huge steps toward restoring your body’s functional motor pattern and proper biomechanical alignment. You’ll feel relief in the hamstrings (and likely other areas as well), and your running will feel fun again.

 

Did this article excite you beyond belief? If yes, then consider attending my runner’s yoga certificate course happening in November over the Remembrance Day long-weekend. There’ll be three days (15 hours) worth of lectures full of fantastic information and runner’s yoga practice for attendees. No experience is necessary in either running or yoga.

 


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