Brian Schiff’s Blog

At this phase of my career, I have been around long enough and successful (or rather blessed) enough to be considered an expert in my field.  This affords me the opportunity to see and work to fix complicated client issues as well as teach others how to do the same.

One mistake I see time and time again in rehab and sports training is a lack of sound sequential and functional progression.  I blame part of this on the demise of insurance programs as we once knew them as therapy sessions are now limited both in scope of coverage and number of visits.  But, the rest of the blame often falls squarely on the shoulders of therapists, doctors, sports performance specialists and coaches.  Okay, parents may deserve a spot in my blame circle too. 

Why do I say blame?  Well, to be honest we often mislead or let down athletes recovering from injury by not listening enough, pushing them too hard, not pushing them hard enough, using outdated or irrelevant protocols, or incorrectly assuming they will heal like the last person with injury X.  Sound at all familiar?  Ever wonder why some people with the same injury recover differently and/or suffer a re-injury so soon after going back to sport?

Now, read on as this blog post is not a rant.  The point I want to be crystal clear on is that we as caretakers and health providers of young athletes must be on our game at all times.  This means we must be willing to continually learn and drop our assumptions, standard protocols, experiences and such at the door each time we see a new case.  We must apply and adjust our plan based on each individual we see.

Ont thing I am certain of is that no two humans are exactly alike.  Therefore, we must consistently assess and re-assess.  I believe the real magic if you will that at times occurs for me with my athletes is less a result of my own doing and more a result of my intuition and ability to communicate and extract information at critical times from my clients.

You may think that this happens in every therapy clinic and sports training realm, but trust me when I say that line of thinking is naive.  I have personally heard and witnessed too many failed rehab stories and examples of lackluster care/training to validate it.  As trainers and rehab specialists, we must be willing to do the following to maximize the success of our clients:

1. Listen to the spoken and unspoken words
2. Observe everything (movement, emotion, and facial expressions)
3. Encourage the athlete or client to communicate freely, frequently and most importantly honestly
4. Craft a daily plan based 100% on how the client is doing at that very moment in time - this is tough as you may have to scrap your entire preplanned workout
5. Challenge our own beliefs, assumptions and strategies all the time - it becomes easy to get stuck in a rut or fall back on doing the same thing for similar problems.  We must guard against complacency in our programming.  We must always seek new and better ways to do things. 
6. Involve the athlete/client in the decision making process - in other words explain the “why” behind things and relate it to their activity, rehab or sport.  Most of the time they will work harder and cooperate more when you do this simple thing.
7. Provide routine progress updates verbally (I call them affirmations) to the client and their family.  We all like to know how we are doing and being vague and having no clear direction or goals is simply unacceptable.  Encourage your clients and let them know how they are progressing in straightforward terms.

These are just the seven biggies that come to my mind right now.  The takeaway here is that training and rehab is and always should be exacting, yet flexible at the same time.  Fluid, seamless tweaking and adjusting are hallmarks of all the greats.  Clients should accept nothing less than this precise, analytical and results driven process, nor should we be willing to offer any less.

Following this blueprint will accelerate recovery, maximize performance gains and minimize injuries.  Isn’t that what it is all about?  Here’s to harnessing our passion and giving the absolute BEST to those we are fortunate enough to serve.

If you read my blog, then you know I contribute a column for PFP Magazine.  I have been doing a series for them on TRX training as of late.  My most recent column included an incredibly challenging exercise incorporating a plank and push-up.

Time is precious for many of us in the gym, so I am always looking for the best return on my time with each and every exercise I choose.  While this one is not for the novice or inexperienced TRX user, I assure you it will be one you will love to hate!  Scroll down to check out the column and see how many you can crank out before you fatigue.

Click here to read how to correctly perform the exercise, use a progressive build up series and understand the functional application.  I hope you enjoy this as much as I do!

Finally, I want to wish all my American readers a Happy 4th of July!

It has been known for years that increased coefficient of traction can predispose the knee to catastrophic injury.  Hence, the reason we got rid of all the old style astro turf in football stadiums.  But, traction is influenced by the sole architecture of the shoes as well as the playing surface.  Unfortunately, we are not fully aware of how exactly the sole architecture or this increased traction can lead to injury. 

Nike Astro Turf Shoe

Does footwear really matter?  I say YES.  Case in point - I am not a big fan of Nike Shox because they position the ankle in a plantar flexed position, thereby making it so much easier for ankles to roll inward with cutting.  I have seen too many female athletes suffer inversion sprains while running suicides or training in these shoes.  I simply believe the design creates a biomechanical mismatch and elevated risk for ankle sprains.

Now what about traction?  A study in the American Journal of Sports Medicine by J Wannop et al. recently looked at the difference between two shoe designs in a controlled laboratory study.  The tread types of shoes used were either smooth or tread. 

The shoe used in the study was the adidas Response 2+ CPT (smooth shoe) and adidas Response=2(A) (tread shoe).  The traction testing was performed using a robotic testing machine, while the researchers also observed 13 recreational athletes performing 45 degree V cuts in both shoes.  Data was collected using 8 high speed cameras and a force plate.

The results are not shocking.  The highlights are:

• The coefficient of translational traction and peak moment of rotation were both significantly higher in the tread show compared to the smooth shoe.   
• In addition, the high-traction shoe had much higher peak ankle externalrotation moments, peak knee external rotation moments, peak knee adduction moments, and knee adduction angular impulse compared to low-traction shoe.

The findings of the study indicate that the resultant joint loading increased 12% in the ankle (transverse plane) and 13% and 20% in the transverse and frontal planes for the knee.  This increased traction is certainly enough to push the knee into the previously reported mechanical rupture zone.

What we cannot deduce is whether the increases in joint loading is strictly attributable to the higher linear and rotational traction or if there is even a linear relationship between them at all.

You should also note that athletes often choose traction shoes for enhanced performance.  In this study, there was no significant difference in the performance measured between the two groups.  So, we are left to ponder whether we really need higher traction shoes at all.  Future studies will need to address this relationship as preventing knee and ankle injuries just by adjusting footwear seems like a no-brainer if the science supports this.

I have been rehabbing rotator cuff injuries for the better part of 13 plus years now.  I also have the privilege of teaching fitness boot camps, educating other fitness pros on training/rehab and training athletes.  One of the most common issues I encounter in my work is rotator cuff pathology (tendinitis, tears, etc.).

I have sold well over 10,000 copies of my Ultimate Rotator Cuff Training Guide (e-book and print versions) since its release in 2004.  While most of the training methodology is still sound today, I wanted to add some new content and tweak a few progressions.  Like anything, with time you gain more experience and wisdom.

In addition, many people were asking me for the DVD version to better understand how to perform the exercises.  So at last, I have released the DVD version.  Some of the new additions include:

• Soft tissue mobility exercises
• Self assessment screening tools
• Integrating a towel roll with rotation exercises

In addition to the DVD itself, you get a companion CD-ROM with my Self Stretching Guide, personal interview on rotator cuff injuries, my 60 minute rotator cuff explained power point and audio seminar, the entire updated rotator cuff e-book, and 5 second video clips of each the particular exercises in the rehab plan.

I am selling this product for $49.95, but until next Wednesday (June 16) you can get it for only $29.95.

Click here to see a sample clip from the DVD

If you decide to grab a  copy, simply use the code BFITCUFF (all caps) at checkout and be sure to hit apply to get credit for the coupon.  You can order at www.brianschiff.com.

This DVD is ideal for people with acute or chronic nagging shoulder pain related to bursitis, scapular imbalances, rotator cuff tendinitis and rotator cuff tears.  As always, I offer a 60 day money back guarantee on all my products.  If you have any questions, simply post them on the blog.

Here’s to happier and healthier shoulders!

So, I was meeting with a 14 y/o soccer player referred to me by a physical therapist today who is need of sports performance conditioning (return to play) work after a lateral release.  This talented female athlete suffers from a shallow trochlear groove, thereby making her more prone to patella subluxations.

Such an incident led to two recent surgeries and nearly a year away from the soccer field.  She has returned to soccer, but has been referred to me for prevention and performance work.  I have been thinking about her program, history and all the athletes I have trained in recent memory with knee problems.

I also recall reading an email this weekend from a past intern asking me if there was a single leg training certification out there as she saw me do so much of it at my facility.  These thoughts lead me to my post today.  If you are a jumping, cutting or competitive athlete using your legs to perform, you should absolutely be integrating single leg training into your conditioning programs.

Why, do I say so?  The answer is rather simple in my mind.  The human body is often out of balance.  The brain is so adept at mastering movement, it learns to compensate for even the slightest deficits on one side.  Over time, you end up grooving improper motor patterns and these tend to lead to small imbalances or even overuse issues.

Ever hear about stretch weakness or adaptive shortening?  Maybe you are familiar with the terms overactive and under active muscles?  Regardless, I can assure you that at any given moment, your body may be susceptible to these patterns.

 Through a poper single leg assessment, I see many issues come to light that may otherwise be hidden with two legged squats, lunges, leg press, etc.  Let me go back to the young lady sitting in my office this morning.  She has bilateral shallow trochlear grooves, yet only one knee to date has given way.  Why so?  Will the other one follow suit?

There is no way to definitively predict if her other knee will become problematic.  But, my hunch is there were some single sided imbalances that may have led to her current injury history.  It is now my job to try my best to prevent such an episode on her other knee, as well as make sure she does not have issues on the surgically repaired side.

Anything short of a program heavy on single leg work would be a mistake for her (and many others like her).  You see, we often reinforce imbalances and poor technique with heavy squatting, lunging and dead lifts seen in traditional programs.  I am not oppose dot these lifts - in fact they can be great for strength and power development.

However, we MUST address and correct the single sided imbalances first.  We must also always include some single leg strength work with our athletes to ensure there is no asymmetry developed unknowingly.  Most athletes compete using their own body weight.  We must train in such a way that we foster control, power and mastery of movement with each limb.

This focus and approach will be most helpful in reducing injuries like ankle sprains, ACL tears, muscle strains and common overuse issues in the lower extremity.  So, next time you think about performance training, I want you to consider the importance and relevance of single leg training.  No program is perfect.  But, I will tell you my track record is pretty solid with prevention, performance and return to play training I have done that relies heavily on this approach to conditioning.

Stay tuned as later this week I will unveil my latest DVD as well as review how traction with footwear affects lower limb joint loading.