If there’s a foot problem then I’ve either had it or I’m going to get it. Currently, I’m battling a tasty little bit of metatarsophalangeal joint pain in my left foot. My symptoms are described to a T in this article from Merck.
I am frustrated but I can overcome it. I’ve overcome a host of other frustrating aches and pains. On that note, I’ve found a series of strength and mobility drills that I’m going to play with and see what happens. It’s from the innovative people at GMB.io. The full article is here. There are three videos in the article. I’m exploring this one now:
It’s easy to get confused when reading and listening to information about health, wellness, fitness, and exercise. We are often caught in the collision between valid science and pseudoscientific snake oil mumbo jumbo. Even when good research is discussed in the press it’s often reported without nuance by reporters who don’t understand the statistical methodology.
With that in mind, here are three recent articles which overlap in their coverage of back pain. Two reflect the current evidence on back pain. The other, in my opinion, is off the mark and may actually help reinforce back pain and the fear of pain.
“O’Sullivan says that rather than focus on the right posture, the ability to vary it and shift easily may be more important: ‘While it is appealing to think that if you sit up straight you will not get back pain, this is not supported by big studies across many countries.’ Indeed, while many websites swear that bad posture (usually defined as slumping, leaning forwards or standing with a protruding belly) causes everything from back pain to varicose veins and indigestion, there is no evidence that it causes general health problems.”
“…If you don’t have back pain, then do not give your posture one second’s thought – think about being healthy. Sleep deprivation and stress are more important than the lifting you do. Stress has a strong inflammatory role; it can make muscles tense. Most people don’t get that their back can become sore if they are sleep deprived.”
One thing to think about is the chicken-or-egg paradigm. That is, does “bad” posture cause back pain? (Evidence suggests it doesn’t.) Or could pain force us to adopt a certain type of posture that looks bad? My bet is on the latter. Related to low-back pain misinformation is the fearmongering around the myth of “text neck.”
If our concept of what causes back pain is misguided then it’s no surprise that many diagnostic and treatment strategies are ineffective. An article from the BBC titled Many back pain patients ‘getting wrong care’ discusses guidelines from a series of papers written by pain experts for the Lancet, a British medical journal. Several points to consider:
Strong drugs, injections and surgery are generally overkill, they say, with limited evidence that they help.
Most back pain is best managed by keeping active, they advise.
UK guidelines recommend a mix of physical exercise, advice, and support to help patients cope with symptoms and enjoy a better quality of life.
Health staff should not treat back pain or sciatica with equipment such as belts, corsets, foot supports or shoes with special soles.
The article suggests that we in the US bend forward “incorrectly” and thus we suffer more back pain than agrarian societies where they bend forward “correctly” and thus suffer less back pain. Is this claim true? Do we suffer more back pain than less-developed countries? Do people in other cultures bend forward differently than we do? The article offers no evidence beyond the writer’s casual observations to support the claims. Ironically, the article shows a picture of two rice farmers in Madagascar. One is bent forward “correctly” with a hip hinge, the other is bent “incorrectly” more through the low-back. I’m not sure how to interpret that picture.
My problem with the article is that it suggests there is a wrong way to lift and implies that doing so is a direct cause of back pain. Such fears lead to fear-avoidance beliefs (FABs). I’ve experienced this phenomenon and I’ve seen it in others.
Recall that in the first article I discussed, we learned that sitting posture doesn’t relate much to back pain and that in fact emotions and lack of sleep were stronger predictors of back pain. My bet is that we might see a similar dynamic with regard to lifting posture.
Some of the information is useful, specifically the instructions on hip-hinging (a technique I regularly teach to clients) are worth knowing. By using a hip-hinge method to lift things from the ground, you will engage the glutes and hamstrings which are big, strong muscles. The hip hinge should allow a lifter to generate more force so he or she can lift a heavier object. The hip hinge also effectively distributes the forces of the lifting of a heavy object throughout the body rather than concentrating it in one place.
As a counterpoint to my own statement though, look at this. It’s Austrailian strong-woman Sue Metcalf picking up 246 lb. atlas stone with a technique that the NPR article would call unsafe.
I think that if lifting a heavy object, then it’s prudent to use as many muscles as possible to do the job and to generally be careful. Nothing wrong with that. But if bending down to pick up a pen, a shoe, a ball — or possibly a giant atlas stone— and if there’s no underlying acute injury, then we should feel free to move the spine. The spine is comprised of 33 bones, 24 of which are moveable. So why not move them? I wish the press were better at discussing these nuances.
If the problems inherent to bad science interest you, then you might want to pay attention to the words of Dr. Ben Goldacre, epidemiologist, has to say.
The posterior tibialis (PT), and the gastrocnemius, soleus, and plantaris, (all muscles that attach to the Achilles tendon) overlap to some degree in how they function in gait. What do those muscles do you ask?
Concentric function (when the muscle contracts and shortens): plantar flexion (points the foot), inversion (sole of the foot turns in)
Eccentric function (when the muscle lengthens): decelerates dorsiflexion (bending of the ankle), decelerates eversion (sole of the foot turns out)
In the case of my Achilles pain, I found relief from strengthening those calf muscles through doing a lot of slow, controlled heel lifts. I thought the same approach would resolve my PTT. I was wrong. I believe that my efforts at strengthening the PT and the PT tendon aggravated the problem and caused more foot pain. I believe my PTT was rooted in a rigid left arch and rigid plantar fascia.
Plantar fascia flexibility, pronation, and force distribution
For years I’ve noticed that my left arch doesn’t pronate (collapse) as much as the right. I believe this lack of movement is part of my problem. In my prior post, I asked the question, “Do you have the mobility to get into the position required by your activity?” As it regards my left arch and running, my answer was, “No.”
Among many runners, the word “pronation” equates to “bad.” That’s wrong. (Uncontrolled or excessive pronation is bad.) Pronation is a necessary movement that contributes to deceleration of the foot, lower leg, and the rest of the body during foot strike. As the arch collapses, the plantar fascia acts as a leaf spring, storing then returning valuable energy that helps propel the runner forward. This energy return occurs as the foot supinates with the arch lifting as the runner pushes away from the ground.
The plantar fascia isn’t the only participant in this process of energy absorption and return. All the muscles and connective tissue throughout the body contributes to the process. The tendons of the lower leg, such as the Achilles tendon and the posterior tibialis tendons, are highly active during this process. If everything is moving correctly, in control, and in a coordinated fashion then the impact forces of running are distributed efficiently among all of the muscles and tendons.
Now imagine if some link in this kinetic chain isn’t moving the correct way. If that happens then other regions and other structures of the body will be forced to handle more than their fair share of the load. Some sort of overload, injury, and pain is likely in this scenario. Specific to my case, I believe the lack of mobility of my left plantar fascia has contributed directly to my past Achilles tendon problems, plantar fasciitis, and to my recent bout with PTT. Plantar Fasciitis and the Windlass Mechanism: A Biomechanical Link to Clinical Practice is a literature review from the Journal of Athletic Training. This reviewprovides the following pertinent comments:
“Researchers have also reported faulty biomechanics and plantar fasciitis in subjects with a higher-arched foot.16–18 A higher-arched foot lacks the mobility needed to assist in absorbing ground reaction forces. Consequently, its inability to dissipate the forces from heel strike to midstance increases the load applied to the plantar fascia, much like a stretch on a bowstring.4
“A review of the literature reveals that a person displaying either a lower- or higher-arched foot can experience plantar fasciitis. Patients with lower arches have conditions resulting from too much motion, whereas patients with higher arches have conditions resulting from too little motion.4,16,19 Therefore, people with different foot types experience plantar fascia pain resulting from different biomechanical stresses.”
(The article is thorough and informative about foot mechanics. If you’re a runner suffering from foot problems, a running coach, or a clinician who treats these issues then I think it could be valuable to you.)
Exercises that helped
I foam rolled the calf. You probably know how to do that. If not, look on Youtube.
Band eversion/dorsiflexion: It’s one of the exercises discussed here. I did and continue to do the exercise with very high reps. It looks like this:
Dorsiflexion/Eversion. Think of pulling the pinky toe up and to the outside of the knee.
Bent-knee heel raises: I used high reps but there is probably benefit to using heavier weight with fewer reps. There are machines for this exercise at many gyms. I don’t have access to such a machine so I did it by stacking up some sandbags under the front of my foot and putting a dumbbell on my knee. I worked to high exertion for several sets:
Arch mobilizer: It takes time to make changes to tissues so I do this frequently throughout the day.
Gait check: This is HUGE! In my first meeting with running coach Andrew Simmons of Lifelong Endurance, he noticed several problems with my gait. These were problems seen in the past with my gait.
(This illustrates the immense power of working with a coach. I don’t know what I don’t know and I can’t see what I can’t see—and neither can you! My technique had slipped and I didn’t know it.)
My ground contact time (or how long my foot was on the ground) was too long. Thus, my feet and lower legs spent a lot of time transmitting stress through my lower leg. That may have been a part of overloading the PT tendon. This long contact time was probably a result of…
A low-energy gait. My legs weren’t rebounding off of the ground sufficiently and the whole gait cycle was sluggish. Now, as I run, I think of a strong, quick, powerful push into the ground. I drive the leg behind me, and I push the ground behind me.When I run correctly, my foot spends less time on the ground and the tissues spend less time under stress and I’m more efficient. Read How to Run: Running With Proper Biomechanics by Steve Magness for details on running technique including the need for hip extension.
Solving the riddle of the sore left foot has been a prolonged, tricky struggle. Every time I find relief I think I’ve solved the problem only to have some other problem pop up later. That said, I now think I’ve figured it out. I could be wrong. Maybe some of this information will help other runners overcome their foot and ankle troubles too.
The upside to adversity is that I get to learn something. If that’s true then I am an expert genius on problems with my left foot and lower-leg. I’ve fought various aches and pains in my left foot region and the war continues! I am grateful to be on the very tale end of a successful battle against posterior tibialis tendinopathy (PTT).
Why does a tendon hurt?
The injury mechanism is that the tissue has been stressed beyond its ability to recovery. Too much stress/too fast/too often is the problem. Thus, the tissue must be unloaded and rested enough that it heals. Tendons, compared to muscle and skin, don’t get much blood flow so they need longer to repair than blood-rich tissue.
I took the whole month of January off. Every runner — probably every athlete or fitness enthusiast in any discipline — shudders at the idea of taking time off, especially a whole month. “I’ll get out of shape!” or “But I have a race in X-number of weeks!” we say. Well, here’s some news for you: If you’re injured then you’re out of shape. Let’s say that together: IF YOU’RE INJURED THEN YOU. ARE. OUT. OF. SHAPE! You’re busted. Broke. Lame. Dead in the water. Out of the race. It’s the agonizing truth.
If you’re injured then you’ve dug your way into a hole. Trying to run your way out of a running injury is like trying to dig your way out of a hole.
You get what I’m saying?
If you don’t want to prolong the condition, if you want to get back to serious training (as opposed to piecemeal, sporadic, painful, crappy training) sooner rather than later, then STOP RUNNING RIGHT NOW! Bite the feces-covered bullet and prepare to take several weeks off. This is a test of your discipline. You may think you’re disciplined because you do all this running but discipline isn’t doing what you like to do, discipline is doing what you need to do.
Or, just like me and a bunch of other runners, you can believe you’re the exception, you’re made of magic, you’re different from all the other humans and your PTT will resolve in miraculous fashion. I took a few days off, tried to keep running, and I was still hurt. I did that a couple of times. Reality, in all its brilliant, gruesome glory was sitting on my chest, trying to kill me. But January was a better month to take off than all the other months coming my way and I decided it was time to stop being stupid.
You’re a grownup. You’ll make your own decision but guess what: At some point you’ll stop running. You can either make the choice or it’ll be made for you.
(I’m an expert at dispensing this type of advice but it’s as painful and difficult for me to follow as it is for anyone else. Let me make the dumb mistakes so you don’t have to. Also, for a big pile of woe, read the Let’sRun.com forum on PTT, where you can read about people who’ve dealt with this curse for months and years. My bet is they haven’t taken sufficient time off. But if you read about those who overcame PTT, you’ll see most of them took a significant break from running.)
Fortunately, I could bike and lift. Those aren’t perfect substitutes for running but what is? I was able to keep my body in decent shape. I found peace of mind, and a sense that I wasn’t helpless. The good news is I improved my cycling and my numbers went up on the weights. Hooray me.
Some useful resources
Dr. Nick Studholme is always helpful when I’m hurt and can’t figure out why or what to do about it. He showed me how to use Dynamic Tape to help unload the tendon. He also provided me with the following two resources.
Return to Running Rules of Thumb – Are you ready? This contains specific bench marks that you should be able to hit before you return to running. Some of the terminology may not be familiar to you if you don’t have an education in kinesiology. Do your own research, contact me, or contact a physical therapist for help understanding this information. If you pass these tests then you’re ready for…
Zeren PT Return to Running Program. I like the specific, progressive instructions here. Even though I’m a fitness professional, it helps if I get outside guidance and rules to follow. As the saying goes, “The lawyer who represents himself has a fool for a client.” Might as well replace “lawyer” and “represents” with “coach” and “coaches.” If left to my own guidance then I’ll tend to do too much too soon too fast and I’ll get hurt again.
Below is a taping strategy that can help unload the posterior tibialis and support the arch. Dr. Nick Studholme used Dynamic Tape on me. I’ve been taped with KT Tape and Rock Tape before and I can say for certain that Dynamic Tape provides more resistance than either of the other two and it stays on longer. Also, I tried doing it on my own and it doesn’t work. Get a friend to help or have your physiotherapist do it.
In the past, fixing my technique was the key to overcoming a collection of running-related problems and pains. I believe a regression in my technique is what brought on this PTT. I know how to run. I help my clients regain good running form — but I’m not perfect and I can’t watch myself run. My technique slipped and I didn’t know it until I got some expert eyes on the case.
I’m enormously grateful for the help of my new running coach, Andrew Simmons of Lifelong Endurance. Through his guidance I’ve shored up my technique. The first time we met he videoed me running and we saw some faults. I won’t go into the specifics here but he helped me bring awareness to what I was and wasn’t doing correctly and now I’m running better. I believe good technique will help keep my tendons healthy.
If you’re dealing with nagging running injuries then perhaps the way you’re running is the problem. I highly recommend time with a coach. You don’t know what you don’t know. The right coach does know. It’s money and time well spent.
My PTT was similar in some regards to achilles problems I’ve had in the past, but it was different in its tenacity and response to treatment efforts. In the next post I’ll discuss my rigid arch and why I believe it has contributed to my foot problems. I’ll also demonstrate a mobility drill, foam rolling techniques, strength exercises that helped, and some running technique points.
The shoulder joint is the most mobile joint in the body. That’s a good thing! When combined with good spine mobility, our shoulders allow our arms to reach, throw, pull, and push from all sorts of angles.
A consequence of being mobile is the possibility of being highly unstable. Instability, or the inability to control a limb, may lead to the common aches and pains that many of us experience in our shoulders, elbows, and possibly even the wrists. Why might instability and pain happen? (My answer will be limited to chronic pain, not acute injuries such as fractures and dislocations due to falls and other accidents.)
My belief is that shoulder problems (and most other movement problems) are rooted in a use-it-or-lose-it dynamic. Our modern lifestyle is characterized by limited movement. As adults, we rarely crawl on the ground. As modern humans, most of us don’t have to climb trees or pick up heavy things and put them overhead. We typically sit with our arms in front of us as we type on keyboards, drive cars, and operate TV remote controls. Thus our movement skills stagnate. Our brain and nervous system loses the ability to coordinate the many movements available to us. But then we might decide to swing a golf club, swim, lift weights, attempt pull-ups, pushups, throw a ball, or reach into the back seat from the front seat. Unfamiliar movements—especially if done with high force, high speed and/or done at end-range—may be too much to ask of our deconditioned shoulder complex. Then we get pain.
The following videos are designed to help restore mobility and stability to the shoulders. Pay attention to how you move as you do them. Don’t speed through them. Always be in control of the exercise, don’t let the exercise control you. If it hurts then back off or stop. None of these drills are guaranteed to fix any specific problem you may have. You may need to see a physical therapist or some other injury rehab specialist.
For the corner stretch, keep you eyes up a little bit. Don’t let your head and neck flop forward.
For the rotator cuff complex, use high reps, maybe 15-20 reps.
The halo can be varied in some ways not shown in the video. Try the halo while in a hip-hinge or deadlift-like position. Use a light weight.
Our popular culture is filled with admonitions to “Just Do It” and “Push your limits.” We hear aggressively pompous questions like “What’s your excuse?” aimed at people who don’t adhere to some sort of arbitrary exercise pattern. A lot of this is good marketing but it’s not reflective of the reality behind truly great sports performance, career longevity, creativity, and good health. We don’t hear much about the massive importance of rest.
I’m very happy to see a discussion of rest in Sports Illustrated. How extended breaks in training help elite athletes—and why you should take them too is an excerpt from a book titled Peak Performance: Elevate Your Game, Avoid Burnout, and Thrive with the New Science of Success by Steve Magness and Brad Stulberg. They offer the example of 42-year-old Bernard Legat the multiple Olympic medalist and world champion runner:
But here’s the thing: If we never take “easy” periods, we are never able to go full throttle and the “hard” periods end up being not that hard at all. We get stuck in a gray zone, never really stressing ourselves but never really resting either. This vicious cycle is often referred to by a much less vicious name—“going through the motions”—but it’s a huge problem nonetheless. That’s because few people grow when they are going through the motions. In order to give it our all, and do so over a long time horizon without burning out, we’ve got to be more like Bernard Lagat: Every now and then, we’ve got to take it really easy. In addition to his year-end break, Lagat also takes an off-day at the end of every hard training week. On his off-days, Lagat doesn’t even think about running. Instead, he engages only in activities that relax and restore both his body and mind such as massage, light stretching, watching his favorite TV shows, drinking wine, and playing with his kids.
Every hard-exercising, hard-working person should read this and take this advice to heart. This doesn’t just pertain to high-end elite athletes. In fact, the article does a very good job discussing how the need for regular and at times extended rest periods applies to everyone in any field of work. Learn it. Know it. Live it.
Injury and performance exist on a sliding scale. At one end we are completely broken down, hurt, and unable run/bike/swim/lift/fight/hike/etc. At the other end we’re performing at our peak. Probably every active person has been injured and I’m willing to bet that every active person would like to perform their very best. This post is for runners in either or both camps.
I think it stands to reason that if we hurt while running then very likely it’s the way we run that’s the problem. Running requires complex coordination among many parts and systems. It is mind boggling to try and dissect running form, find the problems and then either teach or learn new, helpful techniques.
Meanwhile, if we’re not injured and we’re able to run, then we probably want to know how to run faster and more efficiently. How do we we achieve these goals? These questions aren’t easily answered. With all that in mind, I found two resources that may offer some very valuable information on these issues.
If the knees cave in too much while running: He puts brightly colored tape on the outside He has the patient run on a treadmill facing a mirror. He tells the patient to push the tape out toward the walls.
If the hips are adducting too much: The runner runs on a treadmill facing a mirror with the waistband of their shorts clearly visible. He instructs the runner to keep the pelvis level by keeping their waistband level.
Next is an article from the always informative Alex Hutchinson at the Sweat Science column at Runner’s World. What Makes a Running Stride Efficient? Hutchinson discusses a study from Loughborough University in England that looked at biomechanical factors
“For running economy, three variables stood out: vertical oscillation (measured by the up-and-down motion of the pelvis; less is better); how bent your knee is when your foot hits the ground (more bent is better); and braking (also measured by looking at the motion of your pelvis; less slowdown as your foot hits the ground is better).
“Overall, these three variables explained 39.4 percent of the individual differences in running economy—and the vast majority of that (27.7 percent) came from vertical oscillation.
“For running performance, four variables stood out: braking (as above); the angle of the shin when your foot hits the ground (closer to vertical is better); duty factor (basically a measure of how long your foot stays on the ground relative to your overall stride; quicker is better); and the forward lean of your trunk (more upright is better).
Overall, these four variables explained 30.5 percent of individual variation in race times, with shin angle (10 percent) and braking (9.9 percent) as the biggest contributors.”
Something I always appreciate about Hutchinson’s writing is that he lays out some of the errors in thinking that we might encounter when we assume that employing new running techniques will automatically equal better, faster, pain-free running. Are these characteristics of efficient runners chickens or eggs?
“For example, you could imagine a study that compared elite runners to ‘regular’ runners and found that the elite tend to have more highly defined calf muscles. It doesn’t necessarily follow that doing a whole bunch of hardcore calf exercises will make you faster. It’s more likely that a whole lot of training, combined with some genetics, has given elites more defined calves. Fixating on getting better calf muscles would be distraction that’s unlikely to help you, and takes away from things that really would make you faster, like running more.”
That said, (and he mentions this) it may well investigating new strategies based on these findings. From my experience in helping people with their running, aiming to achieve these biomechanical outcomes can help. (This post offers a few cues that I’ve found useful to use with runners.)
Ideally, you should be videoed while running.Trying to adjust your gait without knowing how you’re currently running might be near impossible. Video is a very powerful tool when it comes to making adjustments to sporting techniques and I highly recommend it.
Definitely read the article and listen to the podcast if you think you need help with your running or if you’re a coach who works with runners. And if doing it yourself isn’t getting you the results you want then I strongly suggest you employ some sort of running coach to help.
I’ve taken lots of courses, read lots of books and articles, listened to podcasts, and attended seminars dedicated to helping my clients move better and get out of pain. I’ve spent time and money learning about so-called corrective exercises. I’ve learned that rarely is the site of pain the site of the problem. I recognize that the body is a highly interconnected system of systems and that what happens at one end can have powerful effects way out at the other end. I’ve tried to absorb and apply all sorts of complex information and sometimes, my brain gets in the way and I overlook simple solutions.
Patty is one of my senior clients. We’ve worked together for several years. She has intermittent knee pain on both, but mostly her left knee. It’s not terrible but it bothers her after tennis games and often while climbing and descending stairs.
It’s important to recognize that the knee is caught between the hip and the ankle. Rarely is it the fault of the knee that’s causing the knee pain. (An obvious exception would be an acute injury like a ligament sprain or some sort of impact to the knee.)
I’ve had her do all sorts of exercises and mobility drills for her hips. We’ve done glute drills in all three planes of motion. We’ve done all sorts of lunges in all sorts of directions. We’ve done a bunch of ankle and foot mobility work too. In the past, I spent way too much time giving her a bunch of instructions to squeeze the glutes when she walks and to try and make her leg do this or that as she moves. (These are examples of intrinsic cues. They’re usually not the best cues.)
Sometimes her knee(s) feel better but for the past several weeks she’s reported fairly consistent knee pain, particularly on stairs. This was frustrating to me in that last week we did a variety of drills and exercises such that she was able to take the stairs without pain. I was hopeful though. If we could eliminate her pain last week then we could do it again.
We went to the stairs. I planned to review a couple of things we did the prior week. My mind filled with cornucopia of lunges, stepping drills, and ankle mobility exercises. How would I tweak the exercises? How would I load them? There were many options. My brain started to overheat as I tried to contemplate them all.
Then I paused and thought, “What’s the simplest possible way to find success?”
Coach her to walk the stairs differently. No drills, no exercises, nothing special. I would give her a minimum of instructions on how to walk the stairs in a different way than when she arrived.
There were two tactics from last week I wanted to try. If those didn’t work then we could move to all the wacky, exotic stuff. The two main instructions were these:
Ascending: Lean forward a little. By leaning forward I expected the glutes to work more than if she stood fully upright. It didn’t need to be a big lean forward, just somewhat of a lean. Don’t think about the glutes either. Jus lean forward.
Descending: Let the heel of the rear foot stay flat longer. That way the ankle would dorsiflex more thus taking some of the load from the knee. Also, try and descend softly. Try not to slam and clunk down to the next step. My hope was that this would prompt a controlled descent as opposed to a sort of lurching slam into the step.
(I’ve seen this ankle/knee relationship several times in the past. A few of my clients have presented with knee pain and limited ankle dorsiflexion. The knee pain diminished or vanished once dorsiflexion was restored and then used during gait.)
Both strategies worked immediately! How cool! For the next 5-10 minutes I had her practice the new stair walking strategies. The only time the knee pain popped up was when she let the heel rise too early during the descent.
I didn’t tell her anything about her glutes or her knee or any other muscles or joints. Just, “lean forward,” and “keep your heel down longer.” I need to remember that sometimes giving simple cues can do world of good. I don’t always need to go through a rigamarole of creative exercises to help someone move and feel better.
Wolf is among other things, a Fellow of Applied Functional Science (FAFS) by way of the Gray Institute. I also study and apply Gary Gray’s material. I always like to see how other practitioners apply the principles of 3D movement. I love gaining new perspectives on how to create functional exercises, or exercises that most translate to real life. You can see a lot of examples of this at the Adam Wolf, PT, Biomechanical Youtube Channel.
If you ain’t got that sling then you ain’t got that swing.
Something I just learned is that Adam’s dad is Chuck Wolf, another functional exercise and movement professional. Many years ago I was introduced to the concept of Flexibility Highways at one of Chuck’s seminars. These highways aka muscle slings, aka myofascial lines, are networks of muscle and fascia that often work together during real-world, whole-body movements. (“Real-life” movements are in contrast to many of the artificially isolated movements that we see in gyms, especially those performed on machines.) One example is the posterior oblique sling as used in a golf swing. Another example is the anterior oblique sling used when throwing.
The anterior X sling is a big part of throwing, batting, golfing, running, punching and all sorts of things.
The fascial sling system was an interesting concept to me at the time but it has sort of faded from my thinking in recent years. Now, reading Adam’s book and watching his videos has brought those flexibility highways or slings to the front of my mind. These sling concepts are informing both the mobility work I’m doing with clients as well as my exercise selection. In working along and within these sling systems I feel like I’m capturing just about all of the movement we humans are capable of. Check out the following videos from Adam Wolf where he discusses how you can move better by following these fascial lines.
In Part I of this series, I discussed what hip adduction is and why it’s crucial for good movement, balance and sports performance. In this post I’ll give some ways to self-assess your hip adduction and increase your hip adduction mobility, stability and power.
There are many ways to investigate and train hip adduction. I do not propose to cure what ails you with any of these exercises. If you’re in real pain then you need to see a physician.
(I realize now in watching the videos that I use the term “frontal plane” more than I say “hip adduction.” Please consider the terms interchangeable for the purpose of this post.)
Check your ability to move into hip adduction. Check both right and left sides. How do they compare?
Now check your stability. Can you control your hip adduction?
Try this mobility matrix to gain more hip adduction. You may need more on both sides. The great thing about this matrix is that you’re not only address the hip but you’ll also be mobilizing other joints in concert with the hip.
This movement series is a more aggressive way to challenge hip adduction while at the same time getting an upper body workout.
The next three exercises are a few ways to challenge and develop hip adduction mobility, stability and power. These can be used for athletic training purposes or simply as fun ways to tweak familiar exercises. All sorts of implements can be used: