How To Move Better

Tension built in the muscles takes pressure off the joints, ligaments, and bones and allows the muscles and tendons to work as the support system for the body.

This all sounds ideal, especially if you’re someone suffering from pain and restrictive movement because of pain. However it’s not guaranteed to happen if you do exercises that compress your structure. Squatting with a bar on your back causes compression on you vertebrae, bench pressing limits the range of motion of your shoulder girdle and disconnects the pec muscles from the powerful oblique muscles, deadlifting causes your lower posterior chain to work but neglects the upper and causes your lumbar spine to overwork.

All of these are very common exercises that are prescribed to build strength, but often what you aren’t aware of is it’s at the expense of your joints, spine, bones, and ligaments. The physics behind these movements causes the muscles to load exclusively through one direction of force, whereas in reality, the same muscles are constantly being used through multiple angles of force.

There are a few problems with this way of training. The movements themselves don’t allow the force to be balanced out through other angles, and so while the muscles are being worked, the nearby joints and ligaments are also being strained. The movements also don’t allow other muscle chains to integrate with the targeted muscles, which leads to overuse and fascial disconnection from the rest of the chain. Finally, since the movements only train one force at a time, when you go to use your body in the real world, the muscles aren’t thoroughly prepared to be resilient against the multiple forces acting on it.

These movements do make your muscles stronger, but only within the context of the exercise itself. Once your body is off the bench, or the bar isn’t on top of it, your muscles have not been conditioned to withstand other forces. Additionally your muscles have not been conditioned through integration and all the built in connections are not linked efficiently so muscles are working on their own to help support you. Like you’re in a canoe with a group and you’re the only one doing all the paddling- the group should work together to make the paddling easier and the water more enjoyable. Your muscles should learn to work the same way.

Another point to consider is that the exercises themselves cause strain on the joints, ligaments, and bones from the dysfunctional mechanics during the movement. But the exercises can indirectly affect the joints, ligaments, and bones later down the road, by not offering the right support from your muscles when you move in the real world. In other words, the exercises aren’t preparing your body for reality.

Exercise should be used to build resiliency to life outside of the gym. This concept is one that our trainers always remind our clients of when we teach them exercises that align with this principle. The result is a stronger body, leading to less pain and old injuries being resolved in the process.

Come to our gym and learn what is best for your body and how you should be exercising to promote longevity and sustain your fitness.

How Do You Train Your Pecs?

Did you know your chest muscles (the pecs) dominate movements like punching, throwing, and even running?

The pecs were designed for these functions via human evolution- throwing spears, pumping the upper body when running from danger, and fighting for survival.

These muscles also connect into multiple kinetic chains and when we move, they function together with the rest of the chain to produce more power and efficiency. For example, the pecs share functions with the nearby oblique muscles and function more often through rotational mechanics, like throwing, instead of exclusively pressing motions.

Traditional chest training like the bench press and pushups will make your pecs stronger, but not the rest of the chain your pecs connect to. Therefore you’re only strong at the bench press and not functional activities that require you to use your pecs the way they were designed.

The bench press is one exercise we were taught to make our chest stronger, but the chest predominately functions in different patterns than the bench. When we go to use our pecs the way nature designed them, but we’re unnaturally training them, they aren’t prepared for reality and injury risk goes up.

Come work with trainers who know the way your muscles need to be trained, and how to teach exercises that go hand in hand with their natural function(s). At our gym, your muscles are prepared for real life so your body can function without pains and injuries, the true meaning of strength.

Functional Anatomy Part 1

It’s important to know common terminology that we use at this gym to effectively teach you how to move well.

The benefits of learning the function of your anatomy and the way it’s capable of moving will help you adjust your body during exercises to produce proper muscle contractions, in the correct muscle.

The big benefit to having the right muscle contracting properly is that it alleviates strain in the wrong muscles, and prevents pain in your joints.

When you think about anatomy, picture the human skeleton from 7th grade science class hanging in the back of the room. All of those boney structures are supported by your muscles (not the other way around) and they are all capable of moving, when your muscles contract.

So, your pelvis, femurs, ribcage, humerus, scapulae, ankles, feet, shoulders, elbows, etc., are all meant to move. And the muscles on top of them, move them. So when your muscles contract properly, your skeleton moves properly. Each muscle/muscle chain has a job to do and is in charge of moving certain structures. When a muscle is taught to contract at the wrong time, in the wrong way, or the wrong muscle contracting, chaos ensues and you aren’t able to move as well as you should. That’s when compensations start to manifest and poor body mechanics caused by poor muscle function, control your movement and eventually create a pull on your skeleton (which exacerbates muscle dysfunction) causing it to get stuck in a certain position.

When your skeleton can’t move out of a position then the muscle that’s causing it to be stuck there, is chronically contracting (tense) or is chronically flaccid (weak) and not strong enough to move your skeleton between spectrums of movement. That’s where the hard work comes in of reprogramming muscle function to change your posture (skeletal positioning) and allow your body the freedom to move in a multitude of directions- to handle the multiple forces acting upon it.

A lot goes in to restoring balance amongst the musculoskeletal system. First, you have to learn basic structural functions like tilts, shifts, and rotations, as well as extensions and flexions. Then, you need to learn how those functions apply to the parts of your body, like your pelvis, spine, ribcage, and limbs. Finally, depending where your skeleton is stuck we work to move it in the opposite direction. Creating enough tension in another muscle to release the tension in the muscle forcing your skeletal misalignment, or learning to contract a muscle more effectively that’s weak or dormant, causing your skeleton to shift because it doesn’t have enough support from that muscle. All of this sounds simple, and it mostly is, but it’s not easy. Think about your current ailment (that you’re aware of) and how long you’ve been dealing with it. That has become your new “normal” and your brain has been conditioned to accept this as how things are going to be, even though it might be detrimental to your body and long term wellbeing.

Let’s face it, a misaligned skeleton caused by poor functioning muscles will cause aches and pains that can be sharp and debilitating or gradually cause more problems over time. And this causes stress to your body because it’s not able to achieve homeostasis. So your physical posture not only looks bad, but you start to feel bad and the wear and tear on your physiological wellbeing from the subconscious stress being induced isn’t good for your long term health. So actually, exercising for the sake of exercising might not be what your body needs to actually be healthy.

Think about it, if your misaligned, which most of us are- us included- every time you move, whether you’re walking a few feet from your car to the store or your vigorously working out, your muscles are not working properly and you’re just reinforcing the same shoddy mechanics that are already hindering you. So if you’re 20 and have a structural dysfunction and you don’t do anything to resolve it, then 20 more years of improper workouts and general movement and you’re 40… and you feel 40, or 60. That’s called expediting the aging process. But if you decide to spend some time on fully rehabbing old injuries, fixing dysfunctions that popped up from bad habits or maybe you were born with, then you start to move better, and better movement supports better posture in your skeleton, and better aligned skeleton doesn’t cause pain, which doesn’t cause stress to your innate wellbeing.

So if you want to function, well, into your late life, then it starts now, no matter your age. All the damage, self inflicted or just by chance, can be undone (overtime) and you can live a pain free life! This isn’t just a personal training studio, this is biomechanics training that revolves around human function- so you can actually learn exercises that transfer to your life outside of the gym.

For more information about the function of your anatomy (shifts, tilts, rotations, etc.) check back for our next blog, covering the details on why these are key to unlocking your movement potential and how to actually perform them!

The Way You Exercise

Recognize that the way you exercise has significant influence over your function and fitness, and your dysfunction and pain. Training like what you see in the mainstream gym culture likely produces the same results- decrepit posture, lower back pain, a knee brace, etc. Movement that replicates the mechanics of the way the human body moves day to day, has carry over to life outside of the gym. Ergo, pain free recreational activities and sports, no joint stiffness or muscle tightness, and an overall freedom to move!

Fascial Web

Your body is an interconnected web of fascia, that houses your muscles.

Dysfunctional muscles in one region of the web affects muscle function throughout the rest of your body via the fascial connection.

Optimal function during movement can’t happen without unifying the interdependent muscle connections throughout the body.

Train to create and enhance this interconnectedness if you want to sustain a fundamental level of function. Otherwise your body will become the equivalent of a broken fishing net as you age- it won’t work very well…

Functional Training

Your functional capacity is a byproduct of your exercise regimen, or lack thereof. Lifting weights up and down to build big muscles is shortsighted when you don’t consider the function of the muscle.

Muscle mass built on a compromised structure turns into dysfunctional muscle because its main function(s) isn’t its only job anymore. It’s having to hold your body upright in positions that aren’t preferable but it’s stuck there, because you have trained the muscle to associate its function “this way” instead of the way nature intended.

Lift weights to train your muscles in the context that your body uses them most. You walk on a daily basis, so a unilateral stance progressed with stepping patterns translates more to reality than a squat because you’re learning how to transfer and distribute weight every rep with a step, as opposed to keeping your feet fixed in one plane during the simplicity of a squat.

Is the way your train relevant for what you want your body to be capable of, in life outside of the gym?