Of course people always want to give you crap about things. That’s just human nature.
So write a book about how to barefoot run (and not just any book, THE BEST BOOK), and you get people saying – “Oh, but you’re wearing shoes now!”
They’re absolutely right, and there are a few reasons why wear shoes, but let’s focus on the purpose of the book.
The book shares all of the tips, tricks, and secrets my friend Charlie Reid and I discovered the hard way – by jumping into barefoot running with both feet…HARD.
We were in San Francisco, so we were mostly wearing Vibram’s, and taking jaunts in the park here and there completely barefoot. As soon as I got a pair of Ted’s sandals, I was hooked. I wore those as much as any other shoe I had.
Charlie and I decided we were going to go for the ominous Leadville race. Of course, neither of us are what you’d call “endurance-types.”
So we set off into SF, and across the Golden Gate bridge, for short runs.
Then we went off the rails…
And that’s where we learned our lessons. The ones we share in the book.
The lessons we follow now to keep us able to barefoot, even though we do wear shoes and sandals quite a bit.
Check out the book, and if you have any questions, leave a comment below.
Stretching is critical to maintaining limber tissues. One of the things that happens “naturally” as we age (especially if we become less active) is that the elasticity of our soft tissues decreases.
A lot of this has to do simply with lack of use. Getting good exercise that involves full ranges of motion in your joints is critical to keeping things lubricated and flowing. Using resistance of some sort helps to increase bone density. Doing ballistic (throwing) or “plyometric” (rebounding) type exercises helps to maintain the ability to produce power (the main strength quality that fades as we grow older). Keeping in good cardiovascular shape can be done by exercising a couple of times a week near or at your VO2-max.
But flexibility drills themselves have a lot to offer, especially if done the way I’ll discuss below.
Here is a video of the lower-body portion of the stretching routine I do every night:
Below I’ll tell you about how I’m doing these stretches and why I’m doing them that way! But first…a word from the BRAIN.
Mindset
As you can see, I’ve developed a good level of flexibility.
If you’ve read my other blog posts, or worked with me personally, you know I stress mindset as one of the key factors to success.
So be careful to catch yourself if your internal voice is saying “Well, I’m just not flexible…” and/or “I’ve never been flexible…and I never will be!”
Such an inflexible mindset leads to a self-fulfilling prophecy! How many years have you told yourself you aren’t and/or can’t be flexible? How many years have you tried to become more flexible? I’ve been working at it for roughly 20 years off and on. So don’t think it happens automatically!
Post-Isometric Relaxation
By pulling with my hamstrings I’m creating an isometric (same-length) contraction in my hamstrings, where the muscle temporarily contracts but cannot shorten (the ground prevents my foot from moving).
When you do an isometric contraction of about 5-10 seconds (or shorter, if you’ve trained this ability for a while), the contracted muscle automatically relaxes more deeply post-contraction. You can contract the muscle anywhere from 20-90% and see this result. Once you’ve relaxed, try to go right up to the end-range of motion and hold for a few (maybe 30) seconds.
I also use the Post-Isometric Relaxation principle when I flex my quads against the ground in that “stripper stretch” position.
Reciprocal Inhibition
The other main principle I’m using is “reciprocal inhibition.” That basically says that for any muscle you are using, the opposite muscle will automatically relax (to allow the working muscle to contract completely and move the bones through the complete range of motion).
When I get into the “relaxed” position in the hamstring stretch (for example) after the isometric contraction, I’ll contract my quads on the front of my leg. This sends a signal to my hamstrings saying “relax.” Normally, I’ll contract the quads for up to 5 seconds, and then see if I’ve gained any further range of motion in the hamstrings.
Moving the Joints
There are a host of joint receptors that tell your body where you are in space, how fast your joints/limbs are moving, and what amount of tension is happening within them.
By moving my legs as if I’m “walking,” I’m feeding these joint receptors information about the position of my body. This helps my body to feel “safe” in a somewhat abnormal position, and tells the body it can relax into the stretch.
Breathing to Relax
There are plenty of ways to breathe to create different physiological effects in the body. During stretching, I’m using breathing to help me. Here’s how:
When I am leaning forward into a stretch, especially one where my abdomen is compressed, I’m exhaling as I lean forward. This allows my abdomen to compress further, increasing my potential range of motion.
When the spine has to bend backward (in the “stripper stretch” for example), it is often helpful to breathe in before/during the stretch, rather than out. Why? The air helps to stiffen the abdomen (when the diaphragm pushes down on the abdominal contents), which again makes the body feel “safe” to bend the upper part of the spine backward.
I also tend to use “sighs” as I stretch. The sigh (“aaaaah”) gives a deep exhale from the mouth. Breathing in through the nose and out through the mouth lowers blood pressure. The sigh itself is a relaxation-inducing, so try it out.
Meaningful Movement
As I mentioned at the beginning of the post, movement is the best medicine for flexibility. There are two “types” of flexibility – static and dynamic. Many people exhibit vastly different levels of dynamic flexibility from what they exhibit in static positions. Most of it has to do with what I described above. Remember – dynamic movement automatically uses the principles of reciprocal inhibition and post-isometric relaxation.
Static stretching (where you get into the stretch and just sit there at the end range of motion) tends to have complications for most people. If you’re using a static-stretching program, rather than something like the more dynamic program shown here, be sure that you’re feeling the stretch in the body of the muscle and not at the ends near the joints. Feeling the stretch near the joints can mean that you’re stretching tendons (and possibly ligaments), which can become dysfunctional if their length changes too much.
Also, I only do any sort of stretching routine right before a weightlifting workout or other exercise when I know I have some sort of length/tension imbalance and I want to help to correct that before I get going. Stretching changes the proprioceptive information coming from your muscles and joints – it changes your body’s idea of where it is in space. It also “turns off” the muscles that you’ve stretched or lengthened (unless you re-activate them). Obviously that will change the way your body functions, which is not good when you want to lift heavy things or function at optimal levels.
Treat your stretching as therapeutic and/or restorative. If you know you have a muscular length/tension imbalance, you can help to fix it right before you train. Otherwise, I’d keep stretching to after a workout session, or to its own completely different session.
I do this sequence every night. Depending on how long I’m devoting to each stretch, it takes anywhere from 10-20 minutes. I always practice at night. It helps me to focus inward and wind down after a busy day.
Want to be flexible? Practice every single day. It’s the only way.
Hope this was helpful in some way! If you have other questions about flexibility, let me know in the comments below!
Just wanted to share the news – The Best Book on How to Barefoot Run by Charlie Reid and myself, is now available on the Amazon Kindle store.
For those who don’t know, the book is a detailed summary of everything Charlie and I learned as we progressed back to barefoot running – the history of shoes, biomechanics of barefoot running, how to do it safely, and an 8-week program!
Since the book (and accompanying videos on YouTube) represents 3 years of each of our lives, countless hours of effort, hundreds of dollars spent on minimalist footwear, books and seminars, and hours of research time, the $7.99 price is a STEAL.
The Best Book on How to Barefoot Run, written by Charlie Reid and yours truly, covers the history of the shoe and barefoot running, evolutionary considerations, foot function and health, strength training, and an 8-week running program.
The one thing we really tried to do was to focus on getting YOU the reader back into your body, and into your own experience of barefoot running.
To help to avoid injury: Manage your bodyweight – lighter = less impact force Practice good running form – mid-foot strike has less impact and less tibial-musculature strain) Mange your volume (total running mileage/week) properly – both to avoid running under fatigue (which increases risk of injury), and to avoid repetitive strain and impact effects. Do some strength training to augment your running – focus on stability and maximal strength (rather than hypertrophy, as the article suggests for reasons unexplained).
The authors don’t mention barefoot running as a way to improve technique, but it definitely works. Regarding form/technique, I’d also add an “upright” posture, though there’s some debate about this.
Continuing education should be on there as well. If you’re any type of dedicated athlete, you should constantly be striving to contact, meet, and train with dedicated coaches and experts in your sport or event.
Having been part of EA for the past three years, and a member of the development team both for the video and trainer path, I’m incredibly excited for these first steps to be done.
Please go take a look, and buy the video! The EA games are fantastic games for many reasons (that I’ll be outlining in future posts) – but the best way to figure out their effect is to try them for yourself!
I recently had the pleasure of hosting Barefoot Ted here in SF.
While we didn’t get to discuss this topic while he was here, I’ve been thinking about it since, and figured I’d share these thoughts, and see what everyone out in the web-world thinks…
I ordered some leather huaraches from Ted’s site, and was pondering my choice of leather over the Vibram rubber soles that he offers, and that I think he (and many others) prefer to the leather.
I was thinking more about the leather/rubber debate, and started to think about these things:
leather is a natural material, and is not much of an insulator…especially compared to rubber, which is a powerful insulator.
(I’ll refrain from the “production” debate for these materials here)
our blood contains hemoglobin, which has at its center an atom of iron (in the heme)
iron responds to electromagnetic charges.
the earth is a giant electromagnet (its core is partly iron)
when we stand on the earth, we receive that electromagnetic flow through our blood (iron).
further…
“polarity therapy” in massage says that one side of the body is positively charged, and the other negatively charged
if that’s the case, when we move on two (bare) feet, we alternately contact the electromagnetic field of the earth with our oppositely-charged sides, creating a current through our body
when we run, that current is even more divided (a true “alternating current”), since we completely separate contact with one side for a period in a running-gait.
further still… bone forms along lines of stress
that’s because bone is piezoelectric
that is, the lines of stress cause an electric charge to flow through bone
that electric flow is what directs the osteoblasts to break down the bone in places, and the osteoclasts to build in other places.
and…
though the “proof” is controversial, man-made electromagnetic fields are known to disturb natural bodily functions, for instance
high-tension power lines may be related to an increased risk in cancer
microwave ovens can have effects on people
the electrical impulse through natural stone walls has been linked by some to the presence of “ghosts” (as electromagnetic hallucinations)
etc.
final questions:
what happens when we insulate our bodies from the earth’s electromagnetic field
what happens when we don’t…