Sunday, 03 November 2013 20:33
I am extremely excited to announce that the newest DVD in our Complete Athletic Development System is in the final stages of editing and will be available to you in December!
This DVD focusses on mastering the technique of the Bench Press, Squat, Deadlift and all of their variations. The thing that truly separates this product from all other strength dvd's and books is that we don't only show you how to properly set up and perform each lift; we show you how to correct your technique flaws if you're unable to execute the exercise properly.
Is your breakdown in form due to a lack of knowledge?
...Or maybe a mobility restriction?
...Or maybe a lack of strength?
...Maybe it's all three?!
Knowing how to identify technical flaws and then make the necessary correction(s) to change them is invaluable information for those looking to improve strength, health and performance.
Check this out...
NOTE TO COACHES & TRAINERS: It's time for us to take a step back and get great at teaching the BASICS again! Far too many coaches get caught up in advanced program design before their athletes can even squat 225 pounds with acceptable form!!! I have news for you... It doesn't matter what program you're on; if your exercise technique sucks, you're not going to get much of a training effect from it - unless getting injured and having to take time off is the "effect" you're looking for!
It's time to bring back the strength coach that's competent in teaching compound barbell movements to his/her athletes. To me, this is THE foundation for any coach - regardless of the "program" your athletes are on.
Keep checking back for updates on the release of our new DVD...
STRENGTH: Barbell Training Essentials
Sunday, 27 October 2013 10:42
High tops, ankle braces, ankle taping…the list goes on and on. We have seemingly made athletes overcautious. The problem is that all of these means of ankle support are causing a very negative shift towards ankle immobility which can then have a direct influence on how the knee operates under stress and loading.
The Problem with Footwear
Athletes in team sports are very cautious about their ankles because they are key contributors to maneuvers such as sprinting, cutting, and jumping. The fad in basketball footwear is a higher-topped shoe to help with “ankle support” as basketball players must be able to change direction, jump, and land effectively for rep after rep over the course of an entire game. It’s not uncommon for these players to tape their ankles or wear ankle braces (or both) to further aid in the support of their “bad” ankles, while they compete on the court. As a former college football player, I witnessed just about my entire team get their ankles taped before every game (including me).
Let’s be clear for a second. I am not advocating that these athletes go cold turkey and stop with the taping, bracing and the high top shoes. However, what I am saying is that our reliance on these methods of support has gotten a bit out of hand. Having too much support and stability results in all but a complete dismissal of mobility at the ankle joint. The ankle must be able to strengthen and mobilize through function and an over-reliance on these “aids” may, in fact, be one of the primary reasons why the ankle joint begins to degrade over time.
A Joint-By-Joint Approach to the Ankle & Knee
Mike Boyle’s "Joint-By-Joint Approach" is one of the most concise and simple approaches anyone can take to examine how their body operates in a stability/mobility relationship among joints. If you are unfamiliar with the Joint-By-Joint concept by Boyle, I encourage you to take a look at it. It can be found here. What the model shows is an alternating pattern of different joints that either tend to tightness and immobility or instability and weakness.
When it comes to the distal lower extremities, the ankle will tend to immobility as the knee will tend to instability. However, because our foundation is built from the ground up and our feet support all of the superior structures, the immobility at the ankle is, more often than not, the culprit in effecting knee stability.
Hunting Out the Kink in the Kinetic Chain
Taking the logic of the Joint-By-Joint Approach, we can create a cause/effect relationship among different parts of kinetic chains. Kinetic chains are segments of the body utilized in sequence to perform complex movement patterns.
When specifically discussing the ankle and the knee, what we can observe is that as the ankles become progressively more immobile, the body will then search and hunt for another location that it can find the mobility that it needs to serve a given function.
Because the ankle is inhibited due to immobilization, the next best stop along the chain is the knee. But here’s the problem: We now have a joint that serves a primary function of stability becoming unstable and weak because it is being forced to absorb the stress that the preceding joint was unable to conquer. Voila – a stable joint slowly becomes a hypermobile joint. The knee is then forced to compensate and do a job that it was never primarily meant to do and knee pain is just the next chapter in the story.
The Sight of Pain vs. the Cause of Pain
As we should all know by now, local pain is often the result of a distant cause. Going along once more with the Joint-By-Joint Approach, we can see that a dysfunction in one area can affect other areas above or below it. Let’s take the previously stated example. The knee progressively develops pain as a result of compensating for an unstable ankle. The pain is felt in the knee but the real cause is the unstable ankle. If the ankle can become mobilized, then there is a good chance that the knee pain will gradually begin to dissipate.
Restoring function to a weak link in the kinetic chain will then allow for the surrounding links in the chain to function as they should. So, restoring full mobility at the ankle joint will allow for the knee to take on its primary role of a stable joint. The ankle will successfully absorb the necessary forces associated with different movements and the knee won’t have to do the ankle’s job.
How Do I Know If I Have Full Ankle Mobility?
Allow me to make a quick comment regarding knee pain. Despite what I have stated above; there are, of course, cases of knee pain in which the ankle is not the issue. Taking the logic of the weak link in the kinetic chain, the pain could be coming from somewhere else or could be trauma-related. However, being able to restore full ankle range of motion can only help alleviate any knee pain that may be present.
So how can you tell if your ankles are well-suited to handle force and stress in different scenarios?
One way could be to visit a clinical specialist who performs a bunch of different tests around your ankle (dorsi-flexion, plantar flexion, supination, pronation, etc.) and measures the degree at which the ankle moves. This is arguably the most efficient way of determining full range of motion around the ankle joint.
"Hey, that sounds great but I really don’t want to make an appointment or go through that kind of trouble just to see if my ankle is working well. Isn’t there just something I can do at home?"
Lucky for us, mobility master Kelly Starrett has a quick and easy test to measure the function of the ankle. If you can successfully lower yourself into a pistol squat and maintain that position, then you have full range of motion at the ankle. As Kelly says, “there’s nothing that we do as human beings that requires more ankle range of motion than being in a good, stable pistol position.” Needless to say, if you pass this test then your ankles are pretty solid and ready for movement.
To perform the test, set your feet about one fist width apart with your feet parallel to each other and toes facing forward (see pic below).
Next, lower your hips into a very narrow squat (if your ankles really suck then you won’t even be able to do this part). Then, pick one of your feet up and extend the leg straight out in front of you and try to maintain your balance on the foot that’s on the ground. If you can maintain this position then your ankles have full range of motion and likely won’t be a factor in effecting knee pain.
NOTE: If you're a bigger guy who thinks you can’t get into this position just because you're big, take note that the guy in these photos is a 5’10” 275 lb. powerlifter. In other words, "being big" isn't an excuse. *As a side note, it's no coincidence that the above powerlifter displays near perfect squatting technique - even when training with maximal loads. Check out this video clip of Paul squatting 615 (raw) for a triple...
Ok, I Checked My Ankles and They Suck…What Can I Do?
There are plenty of ways that ankle mobility and range of motion can be restored. Taking time to slowly work the ankle through different mobility drills pre and post-workout are common among strength programs and are a great way to help bring the ankle back to full throttle. Another option is soft tissue work to help restore the surrounding fascia and different sliding surfaces around the foot, ankle, and knee. But a very simple and effective way of helping to restore ankle mobility is to simply remove your shoes during lower body training sessions.
Barefoot training has been used by tons of people who advocate its use and when it comes to foot/ankle function it’s pretty hard to beat. Without shoes, your foot and ankle are able to perform as nature originally intended. It is quite a unique experience to go from squatting or lunging for years with shoes to trying it without them. Most people immediately realize the weakness in the soles of their feet and the immobility at the ankles.
I originally started this trend with my athletes during their lower body warm-ups only, but I have now shifted to keeping the shoes off for all lower body exercises. The exceptions to this notion are exercises of very high ground reaction forces such as sprinting or high-intensive jump variations. But all forms of squatting, lunging, deadlifting, and low-intensive jumping or skipping can be performed without shoes and serve the athlete well. The issues of implementing ankle mobility drills or prehab take care of themselves and it serves as a simple and time-effective way of helping your knees by helping your ankles.
Simple and Effective
It’s always a shame to see athletes hindered by nagging chronic pain or injury resulting from years of cumulative stress. The knee is subject to a lot of loading whether you are a strength athlete or a field athlete and it must be kept as healthy as possible.
Without shoes, your ankles are unrestricted in all degrees of movement. Barefoot is the simplest and most time efficient way (training economy) of mobilizing the ankle, which will have a positive impact on the knee.
If we can take small and simple approaches to helping the body function as it should, then we will find ourselves on the right path to fulfilling long, healthy competitive careers. Training can only be effective if it takes place in a sound environment – it should not be adding insult to injury.
Get your ankles right and your knees will thank you!
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Wednesday, 23 October 2013 08:59
[The following is a guest blog post by Mike Guadango]
Former catcher Jorge Posada knew when Kevin Brown was on the mound, he liked to work very quickly. Jorge’s job was to receive the ball and give it back to Brown ASAP, because he liked to work fast. As soon as Brown got it, he got into his windup.
Brown was a very successful Big League pitcher, and working fast was just part of his game. I suppose you can call it an idiosyncrasy. Regardless, once the ball was in his hand, it was “go time”!
-A flaw is a movement that is or leads to a mechanical disadvantage or disturbance, which will lead to a decrease in performance or injury.
-An idiosyncrasy is something the athlete does that is a natural part of their process and does not hinder performance or lead to injury.
So the question is, “How do we distinguish between the two?”
A friend of mine who coaches a higher-level baseball team recently called me for some assistance. Their ace underwent shoulder surgery last year, but continued to experience pain. Their coaching staff, PT's, AT's & MD's couldn’t really see what the issue was because there was no sign of any structural incompetence.
Although I knew I didn’t really have to, I evaluated him physically to see if there were any structural abnormalities through general & semi-specific movement patterns, and as I suspected nothing special showed. I then went on to watch him throw. Because I’ve never seen him throw before, I hadn’t a baseline, so I relied heavily on coaches and players eyes.
My list of questions for his coaches:
#1 - Has that always been his arm slot?
#2 - Is his arm action lagging?
#3 - Does he always work quickly?
He liked to work at a very quick pace even during warm-ups. I suppose it can be considered Kevin Brown-esque.
Then my questions for the pitcher:
#1 - When do you have pain & where?
a. Before first throw?
b. First throw?
c. End of warm-up?
d. Beginning of throwing session?
e. End of throwing session?
f. After session?
#2 - What are you thinking when throwing? Has your mentality changed since the injury?
Here was my thought process as I was watching him...
I watched him like a hawk until he experienced discomfort and then I started comparing movements, times, efforts, etc., to what he did when he wasn’t in discomfort.
He felt fine during general and specific warm-up. He didn’t start experiencing pain until post-warm-up and into the session.
Why? As the session progressed, mechanics altered slightly due to fatigue. When mechanics altered, parts of the body were placed in disadvantageous positions, which caused discomfort. (Makes sense, right?)
I believed that his fatigue occurred because of his fast pace which was not an idiosyncrasy, but a flaw. Baseball is a sport where if you’re tired, you can simply call timeout and take a breather. The need to work quickly is not there, so to train the system to perform in that manner is illogical. However, the pitcher is fairly set in his ways regarding his mental approach to pitching. Because he has been successful it is not only expected but also encouraged, so I will not attempt to change that at all; that would likely be counterproductive.
Instead, I informed the catcher to hold on to the ball for a few seconds longer to allow the pitcher to recover. The reason why I didn’t have the pitcher hold on to it is because it would change his approach, and I didn’t want to do that. He has a certain mindset once he has the ball in his hand/glove and I’m not messing with that - that’d be irresponsible. So instead, I called upon the catcher to slow him down. I then suggested that the pitcher think about throwing at 90% rather than as hard as he can. I wanted movements to be effortless.
Now some of you may be saying, “But that changes his approach. He’s an 'all go' type of pitcher, you just said if you change that it would hinder performance.” The key is I did NOT change his mentality; his mentality stayed consistent, the only thing that changed was the percent of perceived physical effort given. With high-speed movements, trying hard and being tight is counter-productive and dangerous.
After a few throws at this pace, proper mechanics returned, his stride lengthened, discomfort subsided and velocity went up. In fact, this was the hardest he’d thrown to date since surgery. It seemed as though we found a painless fix to a potentially painful issue.
Unfortunately, I only got to work with him that one day, so there was only so much work that could be done and evaluated. So in this instance, the “idiosyncrasy” had to be tweaked a tad to deliver the desired results.
Simply put, it’s all just trial and error. Anyone that tells you otherwise is fooling themselves. As coaches/trainers, we have to assess every single athlete that walks through our doors. We must then do our best to provide them with the most efficient programs and understandable advice in order to help them reach their goals.
Sunday, 13 October 2013 23:42
What did you guys think of this video? Do you have any advice of your own that you'd like to share with my readers?
If so, please drop your comment below.
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