The One Concept Central to Them All

Asymmetry.  Up Leg.  Compression.  Push Down.  Space.  Rotational Organization.  These all describe the physics of one half of the body accepting load, and one half of the body avoiding load.  The first time I wrote about this, I referred to Read more ›

The Pigeon Toe: Friend or Foe?

Oh, the mighty pigeon toe.  Such a strange little insurgent, and yet, it exists peacefully all around us.  Where does it come from and how does it form?  Does it afflict one leg or both?  Is it the tibia or Read more ›

A Different Way to Use, Train, & Treat the Knee (Part 3)

Part 1 of this series explained how knee should not be used as a load-bearing joint. Part 2 showed how pressuring the knee can help build safety, alignment, and desired force at the desired time.  This third and final segment Read more ›

All the Taboos in One Post

  This feature photo shows an unstaged photo of the top drawer of my filing cabinet in my locker room office.  Note the bounty of certain items (that aren’t snacks).  Shorts, pads, some extra underwear — all tell tale signs Read more ›

Why the Bricks Are Genius

While walking through the streets of Europe last Spring, Adarian Barr wondered why his feet felt so good.  He traced it back to the cobblestones.  The lift, the variability, the multiple points of potential folding.  This was the impetus behind Read more ›

Up Leg, Down Leg, and Arches Preference

Pairs.  Roles.  Asymmetry.  The body knows and the body has ways.  Understanding the differences between the halves helps you appreciate them.  One side isn’t ‘good’.  The other isn’t ‘bad’.  They hold a function within the system. Here’s a big picture Read more ›

Coming Together

Flexion and extension.  Compression and Suspension.  There are pairs that govern movement, both globally and locally.  The system and its parts act to pull apart and come together.  Posture, moving fast, and any sort of training or exercise is versed Read more ›

Suspension & Compression

This piece serves as the follow up to How To Push Down.   When we are talking about compression, we are also talking about tension.  It is the interaction of these two push-pulls that creates suspension.  Otherwise everything would collapse.  Read more ›