No Pain, No Gain- An Outdated Fitness Concept

No Pain, No Gain

I remember being in high school sports and repeatedly hearing people laugh and say, “No pain, no gain” as we pushed ourselves to make gains in the weight room or in the pool. We worked out to exhaustion, more focused on completing the workout or the set in the weight room than on form or perfection. Coaches said things like, “Pain is weakness leaving the body.” We got strong, sure. We gained speed. We thought we were so cool as we showed off our bruises and iced down our shoulders.

The reality, though, is that we were injuring ourselves. We were building poorly coordinated neural pathways. We were altering our biomechanics and causing overuse injuries.

 

Now that I am years out of that scenario, I often work with athletes, like myself, who are driven to excel and want to improve in their sport. One of the biggest discussions we have is surrounding this concept of “No pain. No gain.”

A workout should build you up, not break you down.

It is important to work out in a way that pushes your capacity, but does not allow for the break down of your mechanics. For example, when I assign rehab exercises in my practice, we always discuss:

  • The goals of the exercise
  • What you should feel when you perform the exercise
  • What are the “fails” of the exercise (ie: what things let you know that you have completed as many exercises as your body can handle)

It all comes down to the neural edge. This is the limit to which the brain can control the exercise and where we can actively create new pathways. Here is where we can safely make gains in our training.

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Beyond rehab, think of it like this… If you are on a run and you have decided that you will run 6 miles today. However, at 4 miles you notice that your left foot is hurting in the arch with some knee pain as well. Do you decide to continue running? -OR-  Do you listen to your body and stop your run at 4 miles? Should you continue to run, you are risking causing damage in your body that may keep you from running later in the week or season. It is important to evaluate (or to be evaluated by a professional) why the pain is present? Are your supporting or stabilizing muscles doing their jobs? Are you wearing appropriate shoes for your feet and the surface you are running on? Do you have proper nutrition?

Running through pain or working out through pain can be extremely detrimental to training, overall. It can result in overuse injuries and in neural patterning that lends itself to future injuries. Instead, it is imperative to train intelligently. Work smart. Get evaluated to be sure that you are making safe gains and discuss your training with a coach and functional movement specialist.

Let’s forget No Pain, No Gain

Let’s shift our focus in training. Let’s teach our athletes, young and old, to listen to their bodies and find their edge.  Let’s lead by example and learn to work out smart- and hard.

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***This blog is intended to provide educational content and is not for diagnostic purposes nor to provide health care advice. Please speak with your health care professional prior to changing your workout routine.***

What in the heck is Pandiculation?

This weekend, while cruising Facebook, I stumbled across a blog discussing pandiculation versus stretching. They posit that pandiculation is more effective than stretching at changing muscle length and improving flexibility. Completely fascinated, I have started learning more…

Pandiculation Defined:

Dictionary.com defines Pandiculation as a noun. “The act of stretching oneself.” It then goes on to explain that it is most commonly associated with yawning.

Interesting, but I am pretty sure that we all recognize that a yawn is a much different kind of stretch than we achieve from a toe-touch. (Are you yawning yet? Because I am.) The real question is: Why do we feel looser in our jaw, neck, and even shoulders from a yawn, when a voluntary stretch is not as effective?

Perhaps Dictionary.com’s definition is a little incomplete.

EssentialSomatics.com defines Pandiculation as:

A conscious, voluntary contraction of a muscle, followed by a slow, deliberate lengthening of that muscle and a complete relaxation

They further explain that the conscious, voluntary component of pandiculation helps to reset the way our brain perceives the length of our muscles. For the neurology, read this.

Pandiculation versus Stretch

Essentially, pandiculation changes our brain’s understanding of muscle length, acting as a sort of soft reset.

It is important to contrast this with an understanding of our basic stretch. When we stretch a muscle, as in our hamstrings with a toe touch, a reflex tells the spinal cord that is happening in the muscle. This triggers a return signal to the muscle to contract or shorten. This defeats the intention of the toe touch and can actually reduce muscle power afterward. (See the first link in this post for more details)

This seems to indicate that if we truly want to lengthen a muscle, we must control that movement and engage the brain.

Why does it matter/How to apply this

I started reading about this during my down-time at a trail marathon and 50K where I was providing post race soft tissue work for athletes. While assessing the runners, I began to notice trends in their imbalances as well as how hamstrings and glute muscles responded to even a gentle evaluation of length/tension. They tend to cramp or contract in protest! This is a perfect setting to understand that basic stretch reflex. Many of these runners would benefit from an understanding of applied Pandiculation. (Which may be my new favorite word)

One of the best human examples of pandiculation mentioned earlier was yawning. Yawning is a controlled contraction of the muscles in the lower jaw and neck followed by a gradual release.

Now, think about your cat or dog at home. Have you ever seen your feline friend get up from sleeping without that luxurious stretch that they hold and then gently release? I am pretty sure that my cats are expert pandiculaters.

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As humans, most of this is not instinctual for us as it is with our pets. However, yoga is one form of exercise that applies pandiculation to its movements. I know that I sometimes walk into a yoga class unable to touch my toes in forward bend, but after a few flows, I am so much looser and stay that way for days. A great yoga practice literally resets your brain’s perception of muscle length.

Take Home

It is hugely important to make sure that you are training your body with intention and the help of professionals! It is possible to avoid injury, increase power and endurance, and improve overall performance by learning more about your own body’s balance and imbalances. Please work with your health care provider to ensure that your workouts and your body are balanced and appropriate for you. If you are in the greater Seattle area and would like a consultation regarding your fitness, please feel free to contact us at (206)565-9691 to schedule your appointment with Dr. Samelak.

And just for fun… try saying Pandiculation three times, quickly!