NIFS Healthy Living Blog

Think about the most recognized duos of all time: Batman and Robin. Mario and Luigi. Buzz and Woody. Stability and Mobility. Wait, what? Yes, like superhero teams, stability and mobility work together to achieve a balanced, harmonious environment for functional movement.

It’s All Connected

First, I want to bring to your attention a concept that has been around for some time; however, we often forget the important role it plays in day-to-day performance. Let’s reflect on anatomy and the structure of the human body. I challenge you to think of it in terms of one continuous structure in which each joint affects the joints above or below it. This concept is commonly referred to as the kinetic chain. It boils down to stable joints being stable when they should be and mobile joints being mobile when they’re meant to be. In terms of starting or stopping movement, stability and mobility are quite often complementary in nature.

Being Flexible and Mobile

In case you missed it, let’s review the details from my preceding blog. Flexibility is primarily genetic, but can be improved slowly over time. It refers to the greatest length a muscle can achieve. This is often known as a joint’s range of motion (ROM).

Mobility is the ability to synchronize one’s coordination and overall strength to move around a joint under load—as, for example, when doing the front squat.

Now that we are adding stability to the equation, it enhances movement and helps it make sense. Stability is the ability to provide firmness and strength to certain joints, often with help from the surrounding connective tissue.

The Kinetic Chain in Action

The following illustration at www.acefitness.org depicts the six common links involved in the kinetic chain, along with their assigned level of stability. Each link or joint plays an important role in human movement and overall function.

Therefore, a joint’s health and function are ultimately determined by its structure and the continuous tradeoff between being stable or mobile. When there is more of one, there is always less of the other.

Why This Relationship Is Important: Injury Prevention

Why should you care? Well, when a joint is less stable, that means it is more mobile. More mobility means more motion at that joint; it can also mean more wear and tear, which can lead to more injury at that joint, including arthritis. Also, a less stable joint has to rely on surrounding muscle and tissue to provide the required stability, which can lead to injury in certain joints that are already highly susceptible.

So the next logical question is, how do I train to improve stability? We’ll explore that question in my next blog.

This blog was written by Cara Hartman, NIFS Health Fitness Instructor. To find out more about the NIFS bloggers, click here.

When you hear the word stretch, you might think immediately about flexibility (or perhaps your lack thereof). Flexibility was always the term used for enhancing limited movement, until the word mobility arrived and took the fitness industry by storm.

As a NIFS Health Fitness Instructor for five years now, I’ve spent plenty of time in and around the fitness center using these terms. Whether I’m speaking to a client regarding their goals or sharing instructions on warm-up drills, these two words often get used interchangeably; however, they are not identical.

An Exercise Example to Illustrate the Difference

Generally speaking, flexibility can simply be defined as the greatest length a muscle can achieve during a range of motion (ROM), passively or actively. Mobility also requires achieving a certain ROM, but it also requires coordination and core strength to move around the joint under load.

Let’s examine a front squat to help make this clear. A flexible person may reach the deep squat position, enabled by the flexibility in ankles, knees, and hips, but then lack the mobility (coordination and core strength) needed to correctly complete the exercise by standing up. Similarly, without flexibility, that person wouldn’t even begin to reach the range of motion needed for the deep position required for the front squat, so mobility isn’t even a factor without the proper flexibility.

The Affects of Age

When it comes to flexibility and mobility, age is definitely not on our side. As we age, we lose the elasticity in our muscles, and the tendons and ligaments tighten, making flexibility hard work. It’s not until someone suffers from poor movement patterns resulting in limited functional movement that causes injuries for someone to start trying to combat the effects of aging. (You can learn more about your own condition by having a Functional Movement Screening at NIFS.)

Movement vs. Static Hold

Lastly, when looking to improve and enhance these two concepts, mobility requires movement, whether we are testing for it or training to improve it. On the other hand, flexibility is done more often with a static hold. It’s safe to say that you could have excellent flexibility (the length of muscles required for a deep squat) but very poor mobility because you do not possess the ability to stand up out of a deep squat position under load.

Let me share with you a few helpful movements to further differentiate between these two concepts:

Be sure to stay tuned for part 2 of this series as I discuss the important addition of stability to your movement patterns.

This blog was written by Cara Hartman, NIFS Health Fitness Instructor. To find out more about the NIFS bloggers, click here.

Maximize Your Workout with the Functional Movement Screen at NIFS

Everyone wants to move better, to maximize their potential in their workouts, and to be free of any aches and pains that linger in the body. Some of these issues within the body can stem from imbalances between your right and left sides. Or maybe the issues lie within your mobility (the ability of your body to move freely and easily) or stability (the ability to stay balanced in both static and dynamic movement). We all compensate with movement even though we feel like we are moving “normally.”

However, the good news is that the majority of these things are fixable through corrective exercises. So where do we go from here? How do we figure out what those imbalances are and what to do to get better?

An Assessment of Limitations and Imbalances

The answer is to start with a Functional Movement Screen, or FMS. The FMS will take you through seven basic movement patterns that encompass all movement and exercise. The FMS certified trainers are looking for different things within each of the seven tests to help them score the assessment and understand what is going on in the body. And don’t let the word tests or assessments scare you off; the FMS is designed for all ability levels and ages! From the elite athlete in the NFL to the everyday exerciser, the FMS will help to identify functional limitations and imbalances in each individual.

Watch this video for a quick look at the FMS.

Get Your List of Exercises

Then what? Great question! Now it’s time to get your list of corrective exercises. You will then be entered into a database called FMS360. With this, you can have full access to your scores from the screen, exercises that are safe for you to keep doing, things that you should steer clear of until you earn a better score, and exercises that will help you work to correct those imbalances. Our trainers can also help you through how to correctly perform the exercises that are given to you.

The secret to success: You must consistently do the correctives! These exercises are simple and easily can be added into a warmup as you prepare for your workout. Stay on top of them and don’t let days go by without completing them; it’s only for the betterment of your movement!

The FMS will allow you to move as you should. No matter where you are in your training plan, I would highly encourage you to get one now, improve your movement efficiency, and reduce the risk of injury.

To schedule your FMS, call the NIFS track desk at 317-274-3432 or email fitness@nifs.org.

 This blog was written by Amanda Bireline. To read more about the NIFS bloggers, click here.

I used to work at a golf course during my time as a teacher. It was a great way to spend my summers and be close to a game I truly enjoy playing. I mainly mowed greens and tees and dug a bunch of holes. I really enjoyed that time of my life very much. On all of the mowers there was a sign that read, “If this equipment can’t work, nor can you.” I think the message is self-explanatory: if the equipment is not properly cared for, it is a very good possibility it will stop working, leading to loss of productivity and failure to complete the job.

I believe the same can be said for our approach to preparing the body for training so that the body (equipment) can work when you need it to accomplish the job at hand. The most critical step in this process is changing the perception of the “warmup” as a secondary or unnecessary part of a training program—something you can skip if you are short on time. In actuality, warmups should be a major part of your training program (if you are truly looking for results, that is).

Long ago I adopted, both for the people I work with and for my personal workouts, a process from a great coach on preparing the body for work. It involves four exercises in four major categories of movement preparation: mobility, stability, core engagement, and loco-motor (dynamic stretches and small plyometrics). For obvious reasons, this is referred to as a 4x4 approach to physical readiness and preparation.

Mobility Drills

Mobility drills refers to the exercises aimed at gaining and enhancing the range of motion in a particular joint. With a joint-by-joint, ground-up approach, these drills typically work to tackle mobility of the ankle, hip, thoracic and cervical spine, and shoulder. Here at NIFS, we work to mobilize movement patterns that involve these joints, and others, which we evaluate in a Functional Movement Screen.

Here are just two of my favorite mobility drills:

i. 1/2K—Abducted T-Spine Rotation
ii. Dynamic Pigeon—Knee & Foot

 

 

Stability Drills

These drills work to help stabilize the mobility you just gained with the preceding drills. A mobile joint is a great start, but then you must stabilize it with exercises that will aid in alignment and strength of the joint. These exercises are generally used immediately after the mobility work to help in the retention of the alignment and position we are hoping to obtain. Check out a couple of these drills that you can add to your 4x4 warmup.

i. Band Lat. Walks
ii. Split Squat w/ Band Pull-apart

 

 

Core Drills

Exercises in this phase of our preparation are to “fire up” the core to stabilize the trunk before loading the body with all the great tools we use in strength training and conditioning. A common practice is to save the “ab work” for last during your training session, which is all fine and good, but adding these to your 4x4 work before a weight is lifted can help your performance. A strong, “awake” center will keep you safe during your exercises and allow you to get the most out of them at the same time.

i. Foam Roller Dead Bug with Ext.
ii. Side plank and row

 

 

Loco-motor Drills

After mobilizing and stabilizing the system, now it’s time to energize it! These drills are used to increase the body and tissue temperature that will prepare your body for the strength and conditioning work that lies ahead. These drills are typically fast and fun, and can combine some dynamic stretching with basic calisthenics. These can be as simple as a jumping jack or lateral lunges, or these two gems:

i. Snowboarders
ii. Sprinter Lunge

 

 

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To prepare your body for work and to limit the chances of injury, you must perform a proper warmup. No more skipping a major part of your training session! As soon as you begin to look at the 4x4 warmup as a must-do, the harder it will be to work without it.

This blog was written by Tony Maloney, ACSM Certified Exercise Physiologist and Fitness Center Manager. To find out more about the NIFS bloggers, click here.

In my previous posts, Powerlifting Prep Lesson #1: The Squat and Powerlifting Prep Lesson #2: The Bench, we took a look at how managing the three key principles of mobility, stability, and tension can have a huge impact on your ability to perform those two lifts at a high level while decreasing the chance of injury. We turn now to the big daddy of them all, the deadlift!

This hinging/pulling lift is easily one of the most popular lifts on the planet, and everybody wants to pull a huge bar from the ground and slam it back down. There really is no feeling like it. And not only does it look pretty cool on Instagram, the deadlift is one of the most functional exercises you can do that transfers very nicely to the outside world. Since the dawn of time we have picked up heavy things and set them back down, essentially doing deadlifts day in and day out. In the powerlifting world, the deadlift is where champions can be forged, or injuries suffered.

So let’s break down this giant lift, focusing on the three key principles introduced earlier:

• Mobility: The full range of motion of a particular joint(s).
• Stability: Alignment, with integrity, under load.
• Tension: Defined with terms such as stiffness and phrases like “bending the bar,” and “spread the floor.”

Mobility

You might think that mobility would not play a big role in this lift, but like most weightlifting movements, it’s imperative. I hope I have done a good job in this series of posts to stress that it all starts with mobility. Strength, power, endurance, and any physical attribute must start at mobility, if you want to be the best that there is. The deadlift is no exception; and if you can’t touch your toes, you probably need to take a few steps back before heavy loading the deadlift.

The deadlift is a hinge pattern, so we will start there by focusing on the active straight-leg raise to monitor and improve the mobility of that pattern. A great place to start is with a leg-lower exercise or a kettlebell butt touch exercise to help improve your mobility for the deadlift.

Stability

For stability, take one more look at the active straight-leg-raise pattern to ensure you capture the mobility you gained through the two movements described above. The lying leg raise with core activation looks a lot like the leg-lowering exercise from above, as it should, but here you are adding stability to the mobility you just gained. Trunk stability is key in the deadlift; without it, spines tend to hyper-flex and lead to injury. Planks and plank variations are always a great place to start, as well as loaded carries and dynamic-stability movements such as a sandbag plank drag to challenge and train the musculature of the trunk so you can pull more weight safely.

Next, and just as with the squat and the bench, intra-abdominal pressure will also be key in pulling the most weight possible. Remember to “fill the can” by inhaling fully and pressing the air against your belt during the set-up and first phase of the deadlift. This again will help fire all of the muscles of the trunk to provide maximum stability during the lift. If you want to learn more about breathing and stability in loaded movements, check out this article from Mike Reinold as he breaks down this concept even more.

Tension

Tension in the deadlift starts with grip! Many studies correlate grip strength to overall strength, so the stronger the grip the bigger the deadlift. Loaded carries and all the variations are my go-to to help train grip strength as well as any pulling motions such as chin-ups and inverted rows.

In the other two lifts I referred to “bending the bar” as a cue to create tension in the system (body) during the lift. In the deadlift, I want you to think about taking that tension out of the bar by preloading the system before pulling the bar from the ground. Pull the bar toward your body without it leaving the ground; you should hear the plates make a kind of clicking noise. This will fire the lats and other spinal musculature to brace before accepting the load of the bar. Ideally in doing so, your entire body will move as one system, like a crane lifting a two-ton I-beam. This will make you a stronger unit to pull the bar off the ground and help eliminate hyper-flexing in the spine that can lead to a bad injury.

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Executed correctly, the deadlift is a super-functional and super strength-building exercise. It is also one of the more exciting lifts in any powerlifting competition, and it’s sure to make some noise once again at the NIFS 5th Annual Powerlifting Competition coming up on November 10. Registration is full, but you should still come out and support all the athletes competing. It is a great show of strength, competition, and sportsmanship and great way to spend a Saturday morning in November!

This blog was written by Tony Maloney, ACSM Certified Exercise Physiologist and Fitness Center Manager. To find out more about the NIFS bloggers, click here.

In my previous post, NIFS Powerlifting Competition Prep Lesson #1: The Squat, I showed you how managing three key principles can have a huge impact on your ability to squat low and heavy as well as minimize the risk for injury. As a reminder, here are those three key principles:

• Mobility: The full range of motion of a particular joint(s)
• Stability: Alignment, with integrity, under load.
• Tension: Defined with terms such as stiffness and phrases like “bending the bar” and “spread the floor.”

Once again I will break down each of these principles and apply them to the next big lift, the bench press. First, be sure to check off your list a few of the basics of the bench press when you are setting up for your next set. As soon as you are up to speed on those weightlifting basics, take a look at how these three principles can impact your bench and how to work to improve your performance.

Mobility

In the bench press, this principle is generally focused around the mobility of the shoulder complex and thoracic spine. I could argue the effects of immobile hips, but we will save that for another time. The ability of the shoulder to pass through the full range of a pressing motion will play one of the biggest roles in determining your success. Just as with the squat, I would strongly recommend starting with soft tissue work of the lats, pecs, and upper back. Utilize different tools like a foam roller, or a tennis or lacrosse ball depending on your level of tightness.

After mashing the tissue surrounding the shoulder complex, the next step is to perform some active stretching of the shoulder area. This can be as simple as basic arm circles and a door stretch or a quadruped t-spine rotation exercise. One of my favorites for shoulder mobility is the hang. Get to a pull-up bar, grasp it with an overhand grip, and hang from it. Take long, controlled breaths while you hang with longer, more forced exhalation. Start with these or any other drills for the shoulder and upper body and you will increase your rate of success in the bench.

Stability

Trunk stability and core strength play a major role in this lift. To help strengthen the muscles of the trunk, I like to keep things simple by performing planks and plank progressions like the RKC plank. Secondly, and just as with the squat, intra-abdominal pressure is also key in the bench press. “Filling the can” with air is the best way to set this principle in motion. Before lowering the bar to the chest, inhale fully, attempting to fill your entire trunk with air (wearing a belt here helps). Hold that breath and lower the bar with the “can full” and explode from the chest.

Placing your feet flat on the ground will also add stability to the system. Even if you need to have some risers like me, get your feet flat on the ground. This helps with keeping your back flat on the bench, allowing you to utilize the trunk to do its job: to stabilize you.

One more thing: stabilize the shoulders with external rotating of the shoulder by “dialing” your hands outwardly like you were turning two large radio knobs (those still exist, right?). Stabilize the mobility you gained from the previous drills and really pack a punch in your bench press.

Tension

“Bending the bar” is a phrase introduced in the preceding post about the squat, and it holds just as much weight in the bench as well. During your setup, you want to act as if you are actively bending the bar before lowering it to your chest. This will create tension in the lats, shoulder complex, and upper back. This tension, as you will see more with the deadlift in the next post, allows the body to move as a “stiff” unit, expressing the greatest amount of strength during this phase. You can also increase tension by pushing your heels through the ground, another reason to have your feet flat on the ground during the pressing motion. Creating tension from the onset of the lift is what will separate a good lift from a failed lift.

***

The only secrets to a bigger bench are the principles I have listed above. These are standards to performing at a higher level and will allow your body to respond to heavier and heavier weights. Implement even a few of the suggestions from above and feel the difference.

This blog was written by Tony Maloney, ACSM Certified Exercise Physiologist and Fitness Center Manager. To find out more about the NIFS bloggers, click here.

If you have never entered a powerlifting competition but are interested in competing for the first time, it's a high-energy, exciting celebration of strength. Many enter with the goal of dominating their weight class as well as grabbing that coveted top male or female trophy and being Champion.

If you are one of the athletes who want to throw their hat into the ring, I want to give you three key principles that will help you be the best you can be on event day for each of the three lifts. Those lifts, of course, are the squat, bench, and deadlift. Today we will focus on the squat. We will get to the other two soon, so keep an eye on the NIFS blog. You can improve by using these three key principles, whether you are a competitor or a spectator.

We will look at the same three weightlifting principles for each of the lifts, but each concept will be aimed specifically for each of the three different movement patterns. I learned long ago that principles should guide not only your training, but also your life. And as it relates to movement, variations of movement patterns may change, but the principles to train it will not.

The three key principles we will focus on for each of the lifts are

• Mobility: The full range of motion of a particular joint(s).
• Stability: Alignment, with integrity, under load. (A great lesson from Gray Cook that I learned in a workshop once.)
• Tension: For our context in this and the two following posts, we will define tension as the word stiffness and explain phrases like “bending the bar” and “spread the floor.”

All three of these principles will directly impact how well you perform in each of the three lifts in specific ways. Let’s see how these can impact your squat and how to work to make things better.

Mobility

In the squat, and the back squat specifically, we continue to find the lack of ankle mobility to be a huge factor in how deep you can go and how much weight you can throw on your back. In a July article by Gray Cook (if you can’t tell, I learn a lot from him), Gray explains the importance of knowing your ability to flex your ankle and how it can disrupt the chain. Come see us and we can provide that screen for you. Improving your ankle mobility is a sure-fire way to improve your squat. The first step would be to do some soft-tissue work on the calf and surrounding areas using a foam roller, roller stick, or tennis/lacrosse ball. A simple drill that I would recommend is a wall ankle flexion drill, which you will perform in a few different directions.

Place your hands on a wall with one foot approximately 2–3 inches away from the wall and stagger the other foot behind you. While keeping the heel of the front foot “glued” to the ground, attempt to touch the wall with that same-side knee. Hold the position for a 2 count, return to the start position, and repeat for 4–5 more reps. Then aim that same side knee over your big toe and repeat for 5–6 reps, and then again but with your knee aimed out over your pinky toe. Switch legs and repeat the series. If you can touch the wall with your knee and your heel stays on the ground, move back one inch. The goal is to increase the degree of flexion in your ankle. You can measure your progress by how far from the wall your foot is.

Stability

Considering that powerlifters place huge amounts of weight on their shoulders and pretty much sit down and stand up, spinal stability is so important in performing technically sound and safe squats. Of course, planks and carries are great exercises to strengthen your trunk muscles, which will help prepare you for squatting, but what about during an actual mid-weight squat? Increase your intra-abdominal pressure by bracing your abdominal and low-back muscles. A great way to accomplish this is by wearing a belt. Tighten the belt and push your entire midsection against it, then squat. The belt also provides its own stability by reducing spinal flexion, or bending over. Lastly, wearing a belt is a requirement during competition, so if you are not training with one, you’d better get on it.

Tension

Tension, or stiffness in a lifter, is key when loading up the body with a challenging load. Without it, safety is at risk as well as success in completing the lift. “Bending the bar” is a phrase we use where a lifter will attempt to bend the bar on their shoulders by pulling the bar down with their hands. This, as they say, will take tension out of the bar and stiffen the lifter to move as one complete unit. Another major benefit of this cue is engaging the lats of the back by pulling the bar around your shoulders to help engage the glutes, which are key muscles in a strong squat. The lats connect to the glutes, the only muscle that connects the upper and lower body. Simply put, by creating tension in the lats, you increase the effectiveness of your butt.

The other cue that will increase tension in a lifter, specifically in the glutes, will be to “spread the floor” with your feet. Once in position and before you squat, feel as if you are trying to create space between your feet by pushing the floor away. Your position should not change, but your tension surely will. Maintain spreading the floor throughout the squat to reap the full benefits of this strategy.

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So squat on, athletes, using mobility, stability, and tension to improve your positioning, which will ultimately lead to bigger lifts. Stay tuned as we break down the bench and the deadlift, focusing again on these key aspects.

Come watch our 6th Annual Powerlifting Competition here at NIFS, Saturday, November 9th at 9am.

This blog was written by Tony Maloney, ACSM Certified Exercise Physiologist and Fitness Center Manager. To find out more about the NIFS bloggers, click here.

It is finally time! If you are like me, that “itch” to get back out onto the golf course may be starting to emerge. You check your weather app at least four or five times a day to see if the conditions for the upcoming weekend are going to be suitable playing (no wind/rain = good for me).

Most of us might have been lucky to get out and play a handful of times over the winter, but some might be picking up a club for the first time in almost five months or more when that first tee time rolls around. Regardless of how many times you have played in recent months, everyone can benefit from improving golf-specific fitness areas before the full-fledged season begins.

About a year or so ago, I wrote a blog called “Caddy Smack” (hence “Caddy Smack Deuce”). Caddy Smack was designed to give you a few starting points on how you can increase one very important aspect of the golf swing, rotational power. Rotational power is a very important force-generating factor and may help you gain a few extra yards off of the tee. But as most of you probably know, there is MUCH more to the golf swing than just power. Follow along as I go over five of the most important fitness areas to improve that can have a direct impact on your swing.

Ankle Mobility

All great golf swings start from the ground up. How the feet are positioned and the movement (or lack thereof) can change a smooth swing into one that looks like a rusted teeter-totter. Lack of mobility throughout the ankles can constrict your range of motion and can also prevent you from using the ground as a force-generating tool.

What can you do to improve it? Do Wall Ankle Mobility Drills: 2 to 3 sets of 10 repetitions per leg

Hip Mobility

As Chubbs from the movie Happy Gilmore once said, “It’s all in the hips.” Well, I’m here to tell you that Chubbs wasn’t lying. A solid portion of the movement that occurs in the swing can be attributed to your ability to achieve a full range of motion within your hips. If you have been around the game long enough, you know the term “hip turn.” This does not happen with poor mobility.

What can you do to improve it? Do Supine Bridge Leg Circles: 2 sets of 5 reps (clockwise and counterclockwise) per leg

Rotational Power

If you have read this blog’s big brother, you know that rotational power plays an important role in your swing. My belief is that if you become more powerful, you will not have to swing as hard in order for the ball to fly the same distance, thus minimizing mis-hits due to being out of control. Essentially, you are generating the same amount of force (or possibly greater) without feeling like you are doing anything different. Seems like a win-win to me.

What (else) can you do to improve it? Perform Standing Rotational Shot Put: 2 to 3 sets of 5 to 8 reps per side

Shoulder Mobility

I know you have done it, watching the slow-mo of one of the tour players’ swings, being enamored by their ability to draw the club back so far (Phil Mickelson goes way past parallel to the shoulders). The next time you hit the driving range, you try to mimic that exact takeaway and the shot is a proverbial dumpster fire. I’ve done it too. You wonder to yourself, “How do they do that”?

Well, for most of them, their swings have been forged since they exited the womb. That feeling is natural to them. But one factor in which they may have a slight advantage over you may be shoulder mobility, or the ability for the shoulder to move freely and under control throughout the range of motion without the sense of constriction. There is no way that you will be able to recreate a backswing of such length if you cannot perform similar tasks without the golf club in your hands.

What can you do to improve it? Standing (or seated) Wall Slides: 2 sets of 10 reps

Single-Leg Stability

My final important aspect to aim to improve for your golf swing is single-leg (SL) stability. SL stability combines other factors that I mentioned previously (such as ankle/hip mobility), but for some individuals, it’s just something that needs to be practiced. After you make contact with the ball in your swing, there is a transfer of weight to your lead foot, which causes that hip turn and allows you to hold the finish pose. Although both feet are still in contact with the ground, the lead leg is providing the majority of the support.

When is the last time you balanced on one leg for 30 seconds? What about balancing for 30 seconds with your eyes closed? What about balancing with your eyes closed, juggling flaming bowling pins, while eating sushi (okay, maybe I’m kidding). That is a good place to start. Feel what it is like to stand without using anything but that plant foot. Do it on both sides. After you have mastered the balance, you can add more elements.

What can you do to improve it? Do Single Leg Balance with Tennis Ball Bounce (against wall): 3 sets of 20 per leg

The golf swing is as unique and complex as any movement that I have ever analyzed. There are so many factors that could make or break your success; however, many of those factors are modifiable. I hope that this spring, summer, and fall golfing seasons are the best you’ve ever had!

Now, watch me hit a ball over the White River bridge!

This blog was written by Alex Soller, NIFS Athletic Performance Coach. To find out more about the NIFS bloggers click here.

Strength training is becoming increasingly popular in the United States, and I couldn’t be more excited about that. It can benefit everyone in some way. Now that we are all started down the right track, I would like to offer some more in-depth advice on an aspect of strength training that is overlooked: mobility.

Strength and Mobility Go Hand in Hand

Many people shy away from lifting weights because they think it will make them “big and bulky.” To bring a little more clarity to that notion, please see this blog post. However, strength and mobility should not be thought of as separate ideas. “Strength” can mean many things. To me, strength is not just about one certain lift or exercise. Sure, there are some competitions that measure just three lifts, but that is its own little niche. I think that for anyone who is not a competitive powerlifter or weightlifter, strength has to be applied to all forms of movement.

There are five major categories of movement, which are squatting movements, hip-hinging movements, pressing, pulling, and “other” (such as isokinetic movements—for example, a plank). All of these movement patterns should be strengthened in a strength training program (barring any limiting injuries).

Before I get too far off topic, let’s get back to our main focus: mobility. Mobility, like all of the different movement patterns, is another aspect of strength training. It is impossible to be all-around strong without being mobile. You may be able to put up some respectable numbers on a few different lifts, but if you neglect mobility, that will come back to haunt you. Strength training is great, but over time it can cause muscle tightness, and even limited range of motion if muscle growth is substantial. This can be countered by putting time and effort into working on mobility.

The Functional Movement Screen (FMS)

The Functional Movement Screen was developed to help determine whether an individual is at risk for an injury. What it also assists in doing is locating mobility issues. The tests that are included in the FMS were specifically chosen to test the areas that are most commonly associated with limited mobility. Not only does the FMS pinpoint areas that need some work, but it also gives exercises that can improve on your deficiency. The truth is that everyone is unique, and everyone’s exercises should be, too.

Here are a few examples of what might be included in your FMS corrective exercise list:

• Single Leg Lowering: While lying face up on a mat, bring your feet together and lay your hands down at your sides. Bring both legs up as far as possible while keeping them totally straight. Slowly lower one leg at a time, still keeping it straight, and try to get your leg all the way to the floor. Bring the lowered leg back up slowly and then switch legs.
• Lumbar Locked T-Spine Rotation: Start by sitting with your shins on the ground and sit back onto your heels. Grab the back of your neck with one hand, and put the other hand on the ground straight in front of you. Without moving your hips, take the arm that is grabbing your neck and try to point that elbow up toward the ceiling without removing the hand from your neck. Hold at the top for one second, then bring the elbow back down and in toward the opposite-side knee. Repeat for the other side.

Everyone is unique when it comes to mobility. Your corrective exercise list can be determined by simply going through a 20-minute Functional Movement Screen appointment with any of the Health Fitness Specialists at NIFS. These results will determine which corrective exercises will most benefit you; then you will get a detailed list of these exercises and how to perform them. So get down to NIFS and schedule an FMS appointment today, or call 317-274-3432 and ask for the track desk.