Building an Injury-Free Body with Mobility Expert Kelly Starrett

Great interview! After reading Supple Leopard  I consider Kelly Starrett an industry pioneer with a gift of making the complex simple.

-Chris Vlaun

Kelly Starrett, Doctor of Physical Therapy and co-owner of San Francisco CrossFit, is fond of saying humans beings should be able to perform maintenance on themselves. In Starrett’s mind, the days of seeking physical therapy to merely resolve pain and are over. He believes that if we can understand how to get ourselves into proper positions for any activity — whether it’s our elbows in a push-up, foot placement for a squat, or shoulder position when we’re texting — we can minimize injury and maximize performance. This would translate to running faster, achieving downward dog more fully, or even more efficient flip turns in the pool.

A former whitewater slalom paddler for the US Canoe and Kayak Teams, Starrett led the Men’s Whitewater Rafting Team to two national titles and competition in two World Championships. He’s now a sought-after speaker and educator, traveling all over the world and lecturing audiences from college strength and conditioning coaches to members of the military. At home in San Francisco, clients of his orthopedic sports medicine practice have included world champion rowers, Tour de France cyclists, Olympic weightlifters, and ballet dancers.

Starrett’s methodologies evolved alongside his involvement in CrossFit, which he discovered in 2004 when it was still an obscure strength and conditioning program. He became an early adopter, earning a certification to coach and opening one of the first CrossFit gyms in the country. Even though he’s been producing instructional content for the CrossFit community since 2008, Starrett is best known for MobilityWOD.com, a website he started in 2010 with one video demonstrating how to deepen one’s squat. MobilityWOD now contains three years worth of daily video posts on everything from knee pain and shoulder extension to breathing mechanics and post injury rehab.

We caught up with the mastermind behind MobilityWOD to talk about his new book (Becoming a Supple Leopard), injury prevention, and why ballet dancers should deadlift.

How did you first get interested in physical therapy?

I was at a ski race camp [in Austria] with the reigning world champion, diagramming the arc of the turn, and I remember being like, “I love this, I understand this, this is it: Making the complex simple. Show me the constituent parts and I can do it. Let me understand the process.” I’ve always been obsessed that way. Always.

I quit the [kayaking] national team and moved to San Francisco, where I realized that I needed to go to grad school. This is crazy, but I literally had a moment of satori. I was out surfing and… I heard God’s voice, I saw the spheres, I was like, “Oh, I guess I have to go to grad school.”

How did you discover CrossFit?

I was Olympic lifting once a week with a guy in [South San Francisco] in [the basement [of an old gym]. The first semester of physio school, I was looking for information on how to Olympic lift with dumbbells and I was searching the web. I saw this website, CrossFit. This was early, early CrossFit. And I think there were four or five CrossFit [gyms] in the world. I saw this website and was like, “Whoa, this is interesting.” I read the little manifesto and tried a workout.

I’m a good athlete, I’m a fucking good athlete. And I got crushed. It was “Cindy*” I was devastated. The work secret is out of the bag now. CrossFit has already fundamentally changed the fact that people’s intensity is higher. Now there’s P90X, “Insanity.” People are working harder. This was the dark ages, no one was doing it.

*Note: Cindy is a popular CrossFit benchmar workout consisting of pull-ups, push-ups, and squats.

What made you want to combine physical therapy and CrossFit?

As a Physio, it was perfect because I was getting all this classic medical Western thought diagnosis stuff and I was forced to deal with the dissonance of, “This is how I have to learn how to move. I have to be a better Olympic lifter. I have to learn the tenets of power lifting. I have to be more fit. I have to be a skilled runner.” And at the same time I [had to] reconcile that with what I’m understanding and learning about with rehab. And they were clearly disconnected.

I don’t want to say I am the first person to do this, but I had never seen anyone mobilize someone’s hip to improve something that wasn’t painful. People weren’t doing mobilizations for position. They were stretching, but they weren’t understanding why we were stretching.

I started tinkering with mobilizing a guy’s hips because he was an MMA fighter and he could get into guard better and I wondering if that would work for squatting, too. The physical therapy texts are not about performance or rehab or diagnosis or even injury prevention. It’s about the techniques we use when someone is injured.

The whole medical system is predicated on, “Oh, your issue is resolved and you’re functional.” And it should be, “Oh, you’re out of pain, functional, now go solve the rest of it on your own.”

How did MobilityWOD.com come about?

I started teaching some friends. Some little gyms were like, “Can you do a shoulder thing?” And I would talk about shoulders, I would talk about knees. I did this one day course down in Santa Cruz, it was called “A Day with Kelly Starrett: Chasing Performance.” And all of a sudden I have this kind of image. “Why am I seeing the same things in my physical therapy practice? Why is it that no one knows this?” Then I was like, “Well, I can change that! Here’s what we do: I have this iPhone, I have Blogger, I am going to put up a video a day for a year.”

Soon it started to gain momentum and people found out about it. And I realized people needed templates, they need recipes, they needed examples. I needed to make a case.

Can you talk about mobility to stretch and stay loose versus mobility to optimize performance?

Do you have what we know as the full range of motion for the human being? That’s decided. We know how much elbow flexion there is. That’s not debatable.

What’s interesting is how we can divest ourselves of the fact. It’s like, “Hey, it’s okay that I don’t have the range of motion to do this sport, it doesn’t matter because I can still do the sport. It’s okay if I’m at 50 percent of my capacity as a human — that’s okay because I’m still a human.”

And I think that’s the problem, that we’ve sort of made this case where we’ll be like “Well, I can roll out a little bit, stretch, bend over, pull my hamstrings a little bit, I’m not so stiff. Great, goodbye!” I don’t think people are going after the corners. We’re leaving this 20 percent margin of function. So, we were confusing the fact that we didn’t have pain… with the fact that we were working at peak efficiency.

I only know a handful of people that are working at 90 percent of their efficiency. We’re so robust that you can buffer bad diet for decades and it doesn’t matter. You can move like crap for decades and it doesn’t matter. What does that tell you about the resiliency of the human being?

Are some people naturally more or less flexible?

Watch kids crawl — look at all the hip flexion. It’s all the same. You have infinite potential as a child. It’s very level. That’s why you don’t see any difference between boys and girls in middle school, dude.

Kids in the playground just tear off at recess, right? Do they have to activate their glutes? No, they have all that potential. They can put their arms over their head. You know they have full ankle range of motion.

When do we lose this innate mobility?

Not teaching movement practices. Why aren’t those kids in gymnastics? Why are [kids who take gymnastics] little cheetahs the rest of their lives? Remember those kids? They learned to backflip and they can always do a backflip? And they can jump off the trampoline and they can do all that crazy shit? I think that’s why—talk to any coach, they’re like “Oh, yeah, your kid has to be in gymnastics. Period.”

You say people should be able to perform basic maintenance on themselves. Is there one thing that people ought to do?

Protect your nervous system. That’s it. What is it about your spinal positioning that’s wretched? I’m less worried about how stiff your calves are because the number of calf injuries and the number of Achilles injuries [are] low compared to the number of back tweaks and hip tweaks. If you have one thing to do during the day, what is it that you can protect about your nervous system? Your nervous system is your limiting factor. Period.

What is the one movement for that?

I’d say the single most significant thing is to… get people to stop sitting. The “smoking” of our generation is sitting. A treadmill is not the answer. The answer is not to sit. So, you need a cheap-ass barstool and a higher desk and you can lean and put your foot up and change position and just by removing that stimulus alone, life would change.

Is there such a thing as sport-specific training?

My ballet dancers don’t want to deadlift heavy. They have to deadlift, but, like how do I improve their [dancing], right? My male dancers need to be better overhead so they’re not broken when they’re holding their partner. So, the real thing I think is interesting is [that so much of] this is transferable to anything that’s important to you.

You know, I have an idea about what it means to be the best human functionally but people don’t want to work so hard. Have a deeper understanding of what it is you do. Like, if you love to go, you know, fight and you like boxing — box more efficiently, I think that’s where the scalability is; the revolution of it.

How can an athlete know if their programming is safe?

Because you get better at your sport. And you’re working at the limits of your positional understanding. If you have full range of motion or are working towards it, then chances are you’re going to be very protected. It’s built in. Because you’re not going to dive into the pool and dislocate your shoulder because for the last month we’ve been pressing, we’ve gone overhead a gazillion times.

Thanks for your time, Kelly, and looking forward to seeing your future projects!

Note: This interview has been edited for length and clarity.

View More >

http://www.mobilitywod.com

 

 

Chris and Tracie Vlaun Featured for the second time in the WSJ

Miami Beach’s V art of Wellness founders features for the second time in the What’s Your Workout Section of the Wall Street Journal.

Check it out:

http://www.wsj.com/articles/re-create-your-gym-workout-in-your-own-backyard-1433785298?mod=wsj_nview_latest

2nd Feature in the WSJ

2nd Feature in the WSJ

Dr. Stuart McGill on CrossFit

Below you will find a valued opinions on the risks an benefits of CrossFit.

CrossFit benefits and risks – Dr. Stuart McGill weighs in on the controversial fitness trend

on SEPTEMBER 10, 2013

CrossFit continues to gain popularity in the fitness industry – there are approximately 7,000 CrossFit-affiliated gyms around the world. The Globe and Mail covered how CrossFit came to be and sat down with some experts to ask them if the benefits of this controversial fitness trend outweighs the risks.

Dr. Stuart McGill had a mixed opinion. He says that the risk of some CrossFit moves outweigh the potential benefit. “That’s a great disc herniator,” he says, watching a video of a hip-back extension exercise on the CrossFit website. “A lot of lifts and jumps are demonstrated by people with wonderful form. But the average person could open themselves up to the risk of injury.” CrossFit’s extensive online component makes it easier to dive right in without proper guidance.

Still, Dr. McGill sees a lot of good in CrossFit, particularly in its emphasis on everyday strength and agility. “Our training culture is polluted by body building,” Dr. McGill said. “It could be a very, very good thing to shift the North American training philosophy to a much more functional one.”

Get the full story from The Globe and Mail’s CrossFit article, ‘No puke, no pain – no gain’. Do you think the consulted experts are right about CrossFit?

Take advantage of the rare opportunity to discuss controversial topics such as these with Dr. Stuart McGill by registering for Dr. Stu McGill – Building the Ultimate Back: From rehabilitation to performance (November 22nd and 23rd in Chicago, IL). Don’t miss out! Our early bird registration rate ends September 5th

Seven Tips To Ensure Optimal Recovery From Intense Training and Competition

By Poliquin Group™ Editorial Staff

A simple way to perform better is to make sure you’re recovering optimally from intense training or competition. If you don’t take advantage of the recovery period, subsequent performance may be negatively affected, and you stand to lose a lot in terms of muscle and strength development.

The recovery period is when your body repairs damaged muscle and connective tissue to make you stronger. At the same time, research shows that intense training, and particularly sports training that is typified by collisions such as rugby, judo, lacrosse, or football will cause an inflammatory hormone response with higher cortisol, lower testosterone, and reduced neuromuscular function.

The skewed testosterone-to-cortisol ratio and decreased power and strength can last for as long as 60 hours after a competition or training, during which, you need to actively pursue recovery.

For example, a recent study tested hormone response and neuromuscular strength in elite male rugby players after a competition. Results showed that cortisol increased from baseline by 56 percent and by 59 percent at 12 and 36 hours, respectively. Cortisol was still elevated by 34 percent at 60 hours. Testosterone declined by 26 percent and by 15 percent at 12 and 36 hours, respectively, and was still down 8 percent lower at 60 hours.

Researchers suggest this poor anabolic environment is caused by the combination of large metabolic stress, muscle damage, negative energy balance, and depleted glycogen reserves from an intense competition.

Naturally, a very intense weight training program could cause similar physiological stress, making this study relevant to serious recreational trainees as well.

In addition, power output was reduced by 7 percent for 36 hours and returned to baseline at 60 hours post-match. The players reported increased mood disturbance at 12 hours post-match, but this had dissipated by 36 hours. Low mood is related to the stress hormone response and possibly to a high degree of muscle damage and soreness.

Take away the following points from this study so that you maximize recovery:

1) Whether you are simply training at a high intensity/volume or are competing, allow for at least 60 hours of recovery between intense workouts. Be aware that the study showed recovery is somewhat individualized: At 60 hours 7 of the players’ peak power output had not fully recovered, and 9 players still had a decreased T/C ratio.

2) Competing in a sport that is combative or has repeated collisions likely requires longer recovery than non-combative sports.

3) Ensure adequate glycogen stores and protein consumption pre-competition to decrease muscle damage and optimize energy stores. Also, eat a high-protein, healthy fat meal a few hours before competing or training.

4) Maximize protein synthesis and tissue repair by using 20 grams whey or another supplemental protein during training. When glycogen stores are depleted a high-quality carb supplement can help to support recovery. Research shows that supplementing with protein and carbs can lead to a lower cortisol response and speed the replenishment of glycogen stores.

5) Avoid alcohol and NSAID pain killers post-competition because both will significantly delay recovery and inhibit tissue healing in the long run.

6) Get extra antioxidants in the form of berries and green vegetables. Research shows blueberries can decrease muscle soreness after intense eccentric exercise. In addition, the amino acids taurine and glutamine may be beneficial, as will vitamin C, which can help clear cortisol.

7) Take a few grams of fish oil after competition because it has also been found to reduce muscle soreness after intense training.

References – West, D., et al. The Neuromuscular Function, Hormonal, and Mood Responses to a Professional Rugby Union Match. Journal of Strength and Conditioning Research. 2013. Published Ahead of Print.