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Strong Does Not Necessarily Equal Tough

Guest article by Movement author, Gray Cook

In 1984 I started college and said goodbye to a football career. I was coming off of two ankle fractures and knew my chances to play ball and get respectable grades for PT school were not complementary. It was then, as a college freshman, I first found the weight room.

We didn’t have a legitimate weight room at high school and instead, most of us worked jobs around our rural community where strong and tough went hand and hand. When I arrived at college and became part of the weight room scene, I observed all the fussiness and culture associated with just lifting some weight. I noticed the rigid routines, the gadgets, the notebooks and the 400 mirror checks per workout. This was a new language, with a lifting etiquette, and we had to know our numbers: Dude, how much can you bench?

I wondered how much of this was science and how much was the lifting culture. The guys I grew up with were easily as strong with half the work and without the social gathering to discuss it. My unpopular philosophy to get some work done and get out meant I really did not fit in.

The following year, I was validated by a 10-minute segment of a goofy movie—the movie was Rocky IV. Watch the clip and then read on… just do it!

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Yes, I know the soundtrack is totally ’80s and, yes, I’m that old, but don’t miss the point because I’m going to make one.

You just watched a video of two guys training, both expending physical energy. One was in a stable and modifiable environment, and the other had to adapt and work around natural limitations. One was having his workout brought to him, while one was just looking to work. Rocky’s work looked like hard fun and Drago’s work looked like some kind of exercise lab rat.

Part of why I like the clip is because I’m an outdoors guy and I always work harder out of doors, but this does not mean I don’t like the gym. I just feel a deeper and subtler message, a message that says we can engineer strength, but maybe not toughness, tenacity, adaptability and functionality. Those things need to grow naturally from correct doses of stress. The message says when we try to micromanage and control our workouts—when we try to microscopically isolate focus—we actually give up some degree of function and adaptability. A workout should be an obstacle that becomes manageable through hard work, movement learning, proper technique and physical adaptation… then we move onto other obstacles.

I often see people doing awkward or unnatural movements and exercise variations just to make things harder. Some are proud of how hard they can make a goofy exercise. They demonstrate a dumbbell front raise with the thumb pointed down as they awkwardly shrug the shoulder and contort the neck and face. Why would you lift that? Or how about a weighted squat on an unstable surface—what’s that all about? I guess the front raise thing is supposed to isolate the rotator cuff, but learning to push, pull and press correctly creates an integrated and stable shoulder, and thus the need to isolate the cuff using supplemental exercises never presents itself. The guys I grew up with did not know what a rotator cuff was, and never lifted with an intentional mechanical disadvantage. They knew how to manage weight, use leverage and work efficiently—injury-free.

The point is not to make things unnecessarily hard; it’s to make really hard stuff become easier, safer and more manageable, and then move to something harder. Somehow squatting weight on an unstable surface does not seem that smart or necessary. Balancing on an unstable surface is a great way to train balance reactions, and squatting with weight is a great way to get strong, but combining the activities only reduces the benefit of each in an artificial attempt to be functional. You can’t fool nature; nature knows it’s a stupid exercise. Instead of trying to make our fluffy exercises harder with awkward angles and bad lines, we should pick some hard exercises that are time-honored and technically sound, and learn the art of making them easy.

When I first learned kettlebell training, my team of instructors did not obsess on making the work harder—it was naturally hard. We instead learned how to make a large amount of weight seem manageable. Our instructors spoke of fatigue management and preached alignment, pressurization and proper technique. They demonstrated how to tap into more efficient tension and competent movement patterns. No one ever spoke of calorie burning, muscle hypertrophy or a cool way to make something harder in order to smoke oneself. This work was naturally hard and in this environment the fat-to-muscle ratio took care of itself without being the subject of conversation.

No mirrors were used throughout the entire RKC experience. One might wonder, has this weird tribe of RKC athletes discovered that we don’t need permission from a reflection to get stronger?

Maybe real functional training is the ability to adapt and tolerate various forms of work and naturally become more efficient. The work you do should create body knowledge, movement awareness, and over time maybe it even produces some toughness. The obvious goal of exercise is to learn the movement in front of you, but the deep goal is to learn to use your own body with its abilities and limits. When I train and rehabilitate athletes, military operators, firefighters and regular Joes, I design the work to produce and reinforce smart minds and tougher, more functional bodies. The strength seems to take care of itself.

Nice workout, Rocky, and thanks RKC.

Author’s note: The same year Rocky IV came out, the band Dire Straits hit number 5 with Money for Nothing. Please don’t look at the four songs that charted above it. I think Aerosmith was in rehab that year.

Visit GrayCook.com for more articles and audio material from Gray.


Getting Under the Bar

Boris Bachmann, of Squat RX

I often talk to people who have a hard time properly racking the bar on their backs for barbell squatting. Sometimes, it is simply a matter of knowing how and where to place the bar on your back. For others, compromised shoulder and thoracic flexibility, often due to a combination of injury and poor posture, make it difficult to get under an empty bar, let alone maintain proper positioning under load. In this article, I’ll suggest a few tips and stretches that might help you get back under bar and stay there with less discomfort. If you have neck or shoulder girdle issues that go beyond simple inflexibility, and extend into pain and injury, be sure to work with a medical professional to determine if these drills would be appropriate for you and your issues.

In the first two pictures below of high bar and low bar positioning, notice how inattention to form and/or lack of flexibility has hindered proper back extension even before the lifter has taken the first step out of the racks.


High and low bar positions – hollowing upper body and the resulting spinal flexion

In the following pictures, notice how proper extension engages the posterior chain musculature, reducing stress on your body’s “hardware”, effectively “spreading the load.”


“Proud chest” = chest out, tight upper back, elbows driven downward, lats engaged

You might be thinking, “I can’t get into those proper positions because I’ve been sitting at my computer and in my lazyboy for too long–I’m not Mr. Bendy-Man like you.” Then I’m going to suggest you add the following stretches, drills and exercises to your training diet for a while.

Dislocates

Most people are familiar with this drill. Using a dowel, broomstick, or PVC, bring the arms overhead into a stretch. If you are flexible enough, you can bring your arms all the way over your body. Take a wide grip and start slowly. As you gain flexibility, you can bring the hands closer, however don’t rush this as because a grip that is too narrow can crank your shoulders and elbows.

Barbell Stretches

With this stretch, which can be done on a fireplace mantel or railing just as easily as with a barbell in a rack, a key is to hinge at the hips and keep the chest out while allowing the head to sink between the arms. You should feel a stretch throughout the lats and upper back. Allowing one shoulder to dip will deepen the lat stretch on that side.

Skin The Cat

Turning away from the barbell (or mantel, railing, etc), hands palm down, you should feel a gentle stretch across the pectoral region through the biceps. Move the hands closer and lower your upper body to feel a greater stretch.

Bent Over Laterals & Cross Bench Pullovers

Bent over laterals and cross bench pullovers are two exercises that you rarely see performed in gyms these days, but are excellent for building and maintaining upper body suppleness. Add them to your routine. There’s no need to go heavy on them – these should not be “ego-exercises.” Most people would be fine starting with a pair of 5-20lb dumbbells for their bent-over laterals, and a 10-20lb dumbbell on their cross-bench pullovers. Focus on getting a full range of motion. Build into them, gradually adding range of motion and weight.

Doorway Stretches

Bracing the forearm against a door (or power rack) frame, stick your chest out (remember “proud chest”), draw your shoulder blades together, and lean forward to feel a stretch across the pectoral and anterior delt region. You can do this unilaterally, or both arms at once. Vary the height of the elbow relative to the upper body to shift emphasis of the stretch.

Foam Roller

With a foam roller, you can do stretching positions as shown in the pictures above. Do as tolerated and position yourself by pulling or pushing your body forward and backward with the legs over the roller. A small cushion for your head and neck can be added if the positions cause discomfort.

Adding The Drills

  • Add the barbell stretches, skin-the-cat, dislocates, light cross-bench dumbbell pullovers and light bent-over laterals to your squat session warm-up.  Two or three “sets” of each should suffice and take no more than five minutes total. Seek a light stretch—the goal is to feel better and more comfortable under the bar.
  • When you’re relaxing in front of the television or at home killing time, add the foam roller work, doorway stretches, and skin-the-cat drill to your daily routine.

After incorporating these drills into your warm-ups and daily routine for a couple of weeks, you should feel a marked difference in your ability to maintain proper positioning under the bar.

Boris is in the middle of a Japanese Disaster Relief Squat-a-thon: One Million Pounds. He’d love to have your participation in building his squat support team, or in cash contributions or just to check in on his work. To join the party, here’s a link to the forum thread, and here’s one to his blog updates.

Visit Boris’ Squat RX site for more of his fabulous tutorials.


Evan Osar: The Cervical Spine

by Evan Osar, DC
Fitness Education Seminars

Do you know what is the most sensitive area of the spine is?

Generally, people often think about the low back—the inordinate number of injuries and costs related to its treatment. Interestingly enough, the lumbar spine and pelvis are relatively stable albeit stressed by our poor habits and conditioning.

So what is the most sensitive area of the spine?  The cervical spine.

Why do I say this?

Just consider—

  • The thoracic spine is protected by the rib cage and some of the largest muscles in the body;
  • The lumbar spine and sacrum are protected and supported by the largest muscles in the body (including but not limited to the gluteus maximus, lumbar erectors, and abdominals) and the most dense fascial network in the body (the thoracolumbar fascia);
  • The cervical spine by comparison has some of the smallest muscles supporting it and doesn’t have the luxury of ribs or pelvis for protection;
  • It also holds a 10-14 pound object on top of it (the head) which supports the most sensitive structures in our body— the brain and brainstem as well as the 12 pairs of cranial nerves;
  • The cervical spine protects 8 pairs of spinal nerves and 2 of the major arteries of the brain (anteriorly the carotid artery and posteriorly the vertebral artery);
  • And a spinal cord injury occurring at the level of the cervical spine will affect function in the entire body possibly leading to quadruplegia, respiratory system compromise, and if significant enough, death.

So hopefully you can appreciate how important and sensitive this area of the body is. Unfortunately many of the things we do in life drive dysfunction of the cervical spine. What are the top 3 things we do that most dramatically affect its function?

1. Forward head posture:

For every one inch the head moves in front of the cervical spine, an additional weight of the head is added to the loads the cervical spine muscles now have to support. For example if your head is one inch in front of your cervical spine, your neck muscles now have to support 20-28 pounds instead of 10-14 pounds. If the head is two inches in front, now you have to support 30-42 pounds. Just think of the ramifications for your clients who more than two inches of forward head posture!

2. What is the most common cause of stress to the cervical spine?

It’s not poor exercise choices. It’s not because your client works too much on the computer. It’s not even because you don’t stretch enough. The most common cause of the forward head posture is poor respiratory habits. Overuse of the accessory muscles, primarily the pectoralis minor, sternocleidomastoid, and scalenes pull the cervical spine and head forward. And because respiration is a 24/7 activity, no amount of stretching or swithcing exercises or jobs will alter this pattern.

3. Poor shoulder stabilization:

Using the neck improperly as an anchor for arm movement overly stresses the cervical spine and neural structures. This dysfunctional pattern is often seen with poor scapular stabilization and improper dissociation of the glenohumeral joint.

How do we stabilize the cervical spine?

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CONCLUSION

To improve function of the entire neuromusculoskeletal system,

1. We must teach our clients how to stabilize their neck, shoulder, and upper back.

2. We must improve their ability to breathe from their diaphragm rather than over-utilizing their neck.

This approach will relieve the massive stress on the the brainstem, cervical portion of the spinal cord, and cervical spinal nerves ultimately affecting function of the upper extremity and entire nervous system.

Evan Osar is a practicing chiropractor, author and lecturer. You can review more of his material and his workshop schedule on his website, Fitness Education Seminars. His newsletter archive is here, and his video collection is here.